{"text_format":"1","workbook":"xlsx","n_sheets":19,"sheets":["Disclaimer","Overview & Key","Assessment","Calculation approach","Assumptions","Results","Calculator","Sens. & Uncert. Analysis","Building Profiles","Backend","First Order Effects","Emission Factors","Raw Data >","Building Dataset","IoT Acc & Radio Network","Building comparison before AI","Kiona AI Lifecycle data","References >","Lists"],"not_rendered":{"charts":26,"images":8,"macros":0,"external_links":8,"defined_names":2529,"comments":2,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Disclaimer","index":0,"n_rows":22,"n_cols":2,"rows_kept":22,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Disclaimer for European Parliament Pilot Project – European Green Digital Coalition (EGDC) Case Studies"]
[]
[null,"The following disclaimer is intended to provide clarity and context for the case studies prepared as part of the Phase 2 - EGDC Moves to Action, which have showcased the net carbon impact of specific digital solutions using the EGDC ICT Methodology developed during the project:"]
[]
[null,"1. Purpose of the Case Studies:"]
[null,"The case studies served multiple purposes, including:"]
[null,"1. Development of the Methodology: They contributed to the development of the EGDC ICT Methodology. These case studies were conducted concurrently with the methodology's creation and served as a valuable testing ground for its initial formulation."]
[null,"2. Application Examples: They provided practical examples of how the methodology can be applied to real-life use cases. These case studies were essential in demonstrating the practicality and effectiveness of the methodology when applied to concrete situations."]
[null,"3. Identification of Improvement Areas: By conducting these case studies, we aimed to highlight parts of the calculation in need of improvement. They shed light on the challenges and limitations inherent in using available data and indicated the necessary steps to move towards best practices in assessing net carbon impacts."]
[null,"2. Data Quality as a Key Determinant:"]
[null,"It is imperative to emphasize that data quality is a fundamental determinant of the quality and reliability of the case studies. The accuracy and completeness of the data used significantly influence the outcomes and findings of these case studies."]
[null,"It is essential to acknowledge that the data available for each case study may differ in terms of accuracy, granularity, and coverage. As a result, the case studies may not necessarily represent the best practice application of the EGDC ICT Methodology. Instead, they reflect the application of the methodology at various stages of data availability."]
[null,"3. Liability for Errors/Omissions:"]
[null,"While reasonable steps have been taken to ensure that the information contained within the case studies is correct, the EGDC gives no warranty and makes no representation as to its accuracy. We accept no liability for any errors or omissions that may be present in the case studies, methodology, or related information. Users and readers are advised to exercise their judgment and seek further clarification if needed, as the information provided may evolve over time and depend on external factors beyond our control."]
[null,"4. Appropriate Use of the Case Study Calculators:"]
[null,"The case study calculators are intended for educational and informational purposes. They rely on certain assumptions and input data to generate results."]
[null,"The results of the calculators are specific to the implementation of the ICT solution and may not be representative for other implementation contexts."]
[null,"As such, it is imperative for users to refrain from directly extrapolating these results to ICT solutions or implementation contexts that may seem conceptually similar."]
[null,"Instead, users are advised to use the calculators as a means to understand the practical application of the EGDC ICT Methodology, thereby equipping themselves with the knowledge required to develop customized calculators specifically tailored to their unique ICT solutions and implementation circumstances."]
[]
[null,"In conclusion, these case studies provide valuable insights into the calculation of the net carbon impact of digital solutions through the practical application of the EGDC ICT Methodology. However, it is vital to exercise caution when interpreting the results, considering the variances in data quality and the evolving nature of the methodology. The findings are indicative of the methodology's potential and its room for refinement as we work towards more accurate and comprehensive assessments of net carbon impacts."]

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[null,null,"Key"]
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[]
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[null,null,null,"Sheet Key:","Introductory sheets"]
[null,null,null,null,"Results sheets"]
[null,null,null,null,"Backend Calculations"]
[null,null,null,null,"Raw Data"]
[]
[null,null,null,"Cell Legend:","Data Input Cell"]
[null,null,null,null,"Calculation Cell"]
[null,null,null,null,"Calculator input"]
[null,null,null,null,"Guidance Text"]

{"sheet":"Assessment","index":2,"n_rows":29,"n_cols":2,"rows_kept":29,"cut":false,"hidden":false,"merged":[]}
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[]
[]
[null,"Assesment Overview"]
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[]
[null,"Goal of the assessment "]
[]
[]
[]
[null,"Assesment Scope"]
[]
[null,"Description of ICT Solution and main second order effects"]
[]
[]
[]
[null,"Functional Unit"]
[]
[]
[]
[null,"Assessment perspective"]
[]
[]
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[null,"Description of the reference scenario(s)"]
[]
[]
[]
[null,"Effects to be quantified"]

{"sheet":"Calculation approach","index":3,"n_rows":4,"n_cols":2,"rows_kept":4,"cut":false,"hidden":false,"merged":[]}
[]
[]
[]
[null,"Calculation approach"]

{"sheet":"Assumptions","index":4,"n_rows":19,"n_cols":3,"rows_kept":19,"cut":false,"hidden":false,"merged":[[5,1,9,1],[14,1,17,1],[7,8,7,16],[10,8,10,16],[14,8,16,17],[10,1,13,1]]}
[]
[]
[]
[null,"Assumptions"]
[]
[null,"Quantifying Effects","Embodied emissions include raw material production and distribution, product manufacturing,  transport & distribution and end-of-life."]
[null,null,"Installation of Edge Hub's and sensors are simple and do not require any special tools or expertise. It is assumed that emissions from installations are negligible and are excluded."]
[null,null,"Temperature and humidity sensors are battery operated so it is assumed there are no additional use-phase emissions."]
[null,null,"Assume the lifetime of batteries is 10 years and does not need to be replaced during sensor lifetime."]
[null,null,"Assume that no material component of the Edge Hubs and sensors are recycled and that 100% of materials go to landfill."]
[null,"Data","Assume the IoT accelerator energy consumption and lifecycle emissions can be allocated based on buildings' number of Edge Hubs."]
[null,null,"Assume the Radio Network energy consumption and lifecycle emissions can be allocated based on buildings' number of Edge Hubs."]
[null,null,"Buildings with no sensors are excluded from the data set as the lack of a feedback loop from the indoor climate are assumed to heavily affect the steering function and consequent savings."]
[null,null,"For the Google cloud emissions no activity data is available, so it is assumed their energy emissions account for WTT and T&D."]
[null,"Emission Factors","For supplier specific district heating emissions factors, if the utility provider does not explicitly state that the factors are WTT, it is assumed WTT is included in the figure to be conservative with regards to the savings."]
[null,null,"Residual mix electricity factors from the AIB are uplifted using 2018 values to convert from emissions in kgCO2 to kgCO2equivalent.\nElectricity emission factors are used to quantify the impact of the first order effects."]
[null,null,"When calculating the emissions from electricity consumption using the market based-approach, country-specific electricity residual mix factors from AIB were used. \nElectricity emission factors are used to quantify the impact of the first order effects."]
[null,null,"If no supplier specific emission factor was available for district heating, the location-based emission factor was used."]
[null,"Results","The observed savings presented in the results are indicative of the conditions of the sample buildings and cannot be used to make conclusions regarding other buildings or other building management systems or other heating systems without further analysis.  "]

{"sheet":"Results","index":5,"n_rows":72,"n_cols":49,"rows_kept":72,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,"Results & Analysis"]
[]
[null,"Overview"]
[]
[]
[]
[]
[]
[]
[]
[null,"Emissions Reduction (kgCO2e)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Uncertainty",null,null,null,null,null,null,null,null,null,null,null,null,"Sensitivity Analysis"]
[]
[null,null,"Total net carbon impact for the data set",null,null,null,"Net carbon impact for set building parameters",null,null,null,"Net carbon impact per building profile",null,null,null,null,null,null,null,null,"Net carbon impact per building for different building variables",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Approach","market-based",null,null,"BAU emissions per m2  (kg CO2e)",{"$f":"IF(AND($AS$14=\"location-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!$I$22,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!$J$22,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!$K$22,IF(AND($AS$14=\"market-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!$N$22,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!O22,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!P22,0))))))","v":14.026643221408873}]
[null,null,"Total annual net carbon impact for all buildings in data set (tCO2e) location-based approach",{"$f":"(Table7[[#Totals],[Net annual emissions location-based (kgCO2e/building/year)]])/1000","v":1113.1768804257833},null,null,"Please select from the building parameters below\n*Please note, some combinations of building characteristics do not exist.",null,null,null,"Approach","location-based",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Scenario","upper bound",null,null,"Average building aggregated first-order effects (kgCO2e)",{"$f":"IF(AND($AS$14=\"location-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!I23,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!J23,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!K23,IF(AND($AS$14=\"market-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!N23,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!O23,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!P23,0))))))","v":8.5506518259066636E-3}]
[null,null,"Total annual net carbon impact for all buildings in data set (tCO2e) market-based approach",{"$f":"(Table7[[#Totals],[Net annual emissions market-based* (kgCO2e/building/year)]])/1000","v":841.91175210492747},null,null,"Savings","Avoided Emissions (kgCO2e/m2/year)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building rebound effects per m2 (kgCO2e)",{"$f":"IF(AND($AS$14=\"location-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!I24,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"lower bound\"),-'Sens. & Uncert. Analysis'!J24,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"upper bound\"),-'Sens. & Uncert. Analysis'!K24,IF(AND($AS$14=\"market-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!N24,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!O24,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!P24,0))))))","v":-0.46916852889422089}]
[null,null,null,null,null,null,"Build Year","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building avoided emissions per m2  (kgCO2e)",{"$f":"IF(AND($AS$14=\"location-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!I25,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!J25,IF(AND(Results!$AS$14=\"location-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!K25,IF(AND($AS$14=\"market-based\",$AS$15=\"average\"),'Sens. & Uncert. Analysis'!N25,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"lower bound\"),'Sens. & Uncert. Analysis'!O25,IF(AND(Results!$AS$14=\"market-based\",Results!$AS$15=\"upper bound\"),'Sens. & Uncert. Analysis'!P25,0))))))","v":0.51556981197167129}]
[null,null,"Total net carbon impact by country",null,null,null,"Window glazing","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net carbon impact per m2 (kgCO2e)",{"$f":"IF(AW16<0,AW17,(AW17-SUM(AW15:AW16)))","v":0.51556981197167129}]
[null,null,"Select country:","Sweden",null,null,"Ventilation","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building avoided emissions per m2  (kgCO2e)",{"$f":"-AW17","v":-0.51556981197167129}]
[null,null,"Total annual net carbon impact for all buildings provided (tCO2e) location-based approach",{"$f":"SUMIF(Table7[Country],Results!D19,Table7[[#Data],[#Totals],[Net annual emissions location-based (kgCO2e/building/year)]])/1000","v":813.43652516689633},null,null,"Approach","location-based",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net avoided emissions per m2 (kgCO2e)",{"$f":"AW18","v":0.51556981197167129}]
[null,null,"Total annual net carbon impact for all buildings provided (tCO2e) market-based approach",{"$f":"SUMIF(Table7[Country],D19,Table7[Net annual emissions market-based* (kgCO2e/building/year)])/1000","v":700.34716168242119}]
[null,null,null,null,null,null,"Building Profile",{"$f":"$H$17&\" - \"&$H$18&\" - \"&$H$19","v":"Average building - Average building - Average building"}]
[null,null,"Total net carbon impact by building year segment",null,null,null,"Average BAU emissions (kgCO2e)",{"$f":"IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$M$10:$M$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$I$10:$I$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))))","v":14.026643221408873}]
[null,null,"Select year:","1995-2020",null,null,"Average first order effects (kgCO2e)",{"$f":"IFERROR(_xlfn.IFS(($H$20=\"location-based\"),(IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$AA$10:$AA$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AC$10:$AC$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))))),($H$20=\"market-based\"),IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$AB$10:$AB$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AD$10:$AD$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))))),\"\")","v":4.5411692911668739E-3}]
[null,null,"Total annual net carbon impact for all buildings provided (tCO2e) location-based approach",{"$f":"(SUMIFS(Table7[Net annual emissions location-based (kgCO2e/building/year)],Table7[Building Year Group],Results!D24))/1000","v":84.647792785503441},null,null,"Average second order effects (kgCO2e)",{"$f":"IFERROR(_xlfn.IFS(($H$20=\"location-based\"),(IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$S$10:$S$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$U$10:$U$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))))),($H$20=\"market-based\"),(IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$T$10:$T$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$V$10:$V$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0)))))),\"\")","v":0.86962549472598094}]
[null,null,"Total annual net carbon impact for all buildings provided (tCO2e) market-based approach",{"$f":"(SUMIFS(Table7[Net annual emissions market-based* (kgCO2e/building/year)],Table7[Building Year Group],Results!D24))/1000","v":23.661337299438582},null,null,"Average net carbon impact (kgCO2e)",{"$f":"IFERROR(_xlfn.IFS((H$20=\"location-based\"),(IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$AG$10:$AG$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AK$10:$AK$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))))),($H$20=\"market-based\"),(IF($H$16=\"Avoided Emissions (kgCO2e/m2/year)\",(INDEX('Building Profiles'!$AH$10:$AH$43,MATCH($H$22,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AL$10:$AL$43,MATCH(H$22,'Building Profiles'!$E$10:$E$43,0)))))),\"\")","v":0.86508432543481362}]
[null,null,null,null,null,null,"Average avoided emissions (kgCO2e)",{"$f":"-H25","v":-0.86962549472598094}]
[null,null,"Average net carbon impact per m2 (kgCO2e/m2/year)",null,null,null,"Average net avoided emissions (kgCO2e)",{"$f":"H26","v":0.86508432543481362}]
[null,null,null,null,null,null,"Average net carbon impact per selected building profile"]
[]
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[]
[]
[]
[]
[]
[]
[]
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[null,"Energy Reductions (kWh)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Uncertainty",null,null,null,null,null,null,null,null,null,null,null,null,"Sensitivity Analysis"]
[]
[null,null,null,null,null,null,"Net avoided energy consumption for set building parameters"]
[null,null,"Total net avoided energy consumption for the data set",null,null,null,"Please select from the building parameters below\n*Please note, some combinations of building characteristics do not exist.",null,null,null,"Net energy savings per building profile",null,null,null,null,null,null,null,null,"Net energy savings per m2 for different building variables"]
[null,null,"Total energy savings (MWh)",{"$f":"(Table7[[#Totals],[Net annual energy savings  (kWh/building/year) ]])/1000","v":17325.47905999998},null,null,"Savings","Energy savings (kWh/m2/year)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Scenario","average",null,null,"BAU energy per m2  (kWh)",{"$f":"IF($AS$58=\"average\",'Sens. & Uncert. Analysis'!D22,IF(Results!$AS$58=\"lower bound\",'Sens. & Uncert. Analysis'!E22,IF(Results!$AS$58=\"upper bound\",'Sens. & Uncert. Analysis'!F22,0)))","v":149.04465272637341}]
[null,null,null,null,null,null,"Build Year","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building aggregated first-order effects (kWh)",{"$f":"IF($AS$58=\"average\",'Sens. & Uncert. Analysis'!D23,IF(Results!$AS$58=\"lower bound\",'Sens. & Uncert. Analysis'!E23,IF(Results!$AS$58=\"upper bound\",'Sens. & Uncert. Analysis'!F23,0)))","v":5.051716502612779E-3}]
[null,null,"Total net avoided energy consumption by country",null,null,null,"Window glazing","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building rebound effects per m2 (kWh)",{"$f":"IF($AS$58=\"average\",'Sens. & Uncert. Analysis'!D24,IF(Results!$AS$58=\"lower bound\",'Sens. & Uncert. Analysis'!E24,IF(Results!$AS$58=\"upper bound\",'Sens. & Uncert. Analysis'!F24,0)))","v":3.8410533707865144}]
[null,null,"Select country:","Sweden",null,null,"Ventilation","Average building",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building avoided energy per m2  (kWh)",{"$f":"IF($AS$58=\"average\",'Sens. & Uncert. Analysis'!D25,IF(Results!$AS$58=\"lower bound\",'Sens. & Uncert. Analysis'!E25,IF(Results!$AS$58=\"upper bound\",'Sens. & Uncert. Analysis'!F25,0)))","v":10.974438202247185}]
[null,null,"Total annual net energy savings for all buildings provided (MWh)",{"$f":"SUMIF(Table7[Country],Results!D61,Table7[Net annual energy savings  (kWh/building/year) ])/1000","v":15783.872251348306},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net avoided energy per m2 (kWh)",{"$f":"AW61-SUM(AW59:AW60)","v":7.1283331149580587}]
[null,null,null,null,null,null,"Building Profile",{"$f":"$H$59&\" - \"&$H$60&\" - \"&$H$61","v":"Average building - Average building - Average building"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average building avoided emissions per m2  (kWh)",{"$f":"-AW61","v":-10.974438202247185}]
[null,null,"Total net avoided energy consumption by building year segment",null,null,null,"Average BAU energy consumption (kWh)",{"$f":"IFERROR(IF($H$58=\"Energy savings (kWh/m2/year)\",(INDEX('Building Profiles'!$H$51:$H$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$J$51:$J$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":149.04465272637341},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net avoided emissions per m2 (kWh)",{"$f":"AW62","v":7.1283331149580587}]
[null,null,"Select year:","1995-2020",null,null,"Average first order effects (kWh)",{"$f":"IFERROR(IF($H$58=\"Energy savings (kWh/m2/year)\",(INDEX('Building Profiles'!$Q$51:$Q$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$R$51:$R$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":5.051716502612779E-3}]
[null,null,"Total annual net energy savings for all buildings provided (MWh)",{"$f":"(SUMIFS(Table7[Net annual energy savings  (kWh/building/year) ],Table7[Building Year Group],Results!D65))/1000","v":524.91149966292164},null,null,"Average energy savings (kWh)",{"$f":"IFERROR(IF($H$58=\"Energy savings (kWh/m2/year)\",(INDEX('Building Profiles'!$M$51:$M$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$N$51:$N$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":10.974438202247185}]
[null,null,null,null,null,null,"Average net energy savings (kWh)",{"$f":"IFERROR(IF($H$58=\"Energy savings (kWh/m2/year)\",INDEX('Building Profiles'!$T$51:$T$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0)),(INDEX('Building Profiles'!$V$51:$V$78,MATCH($H$63,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":10.969386485744572}]
[null,null,null,null,null,null,"Average energy savings (kWh)",{"$f":"-H66","v":-10.974438202247185}]
[null,null,null,null,null,null,"Average net savings (kWh)",{"$f":"H67","v":10.969386485744572}]
[]
[]
[null,null,"Average net energy savings per m2",null,null,null,"Average net energy savings per selected building profile"]

{"sheet":"Calculator","index":6,"n_rows":40,"n_cols":51,"rows_kept":40,"cut":false,"hidden":false,"merged":[]}
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[null,null,null,"Calculator",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"*net energy savings are the same for market and location based "]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"*annual savings"]
[null,null,"Inputs"]
[null,null,"Build Year","1995-2020"]
[null,null,"Window glazing","Triple glazed"]
[null,null,"Ventilation","Exhaust"]
[null,null,"Approach","location-based"]
[]
[null,null,"Data type","Number of buildings"]
[]
[null,null,"Volume data",356]
[]
[]
[null,null,"Results - Indicative Only"]
[]
[null,null,"Building Profile",{"$f":"D7&\" - \"&D8&\" - \"&D9","v":"1995-2020 - Triple glazed - Exhaust"}]
[]
[null,null,"Average Net Carbon Impact"]
[null,null,"Average BAU emissions (kgCO2e/m2/year)",{"$f":"IFERROR(_xlfn.IFS((D10=\"location-based\"),\n(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$M$10:$M$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$I$10:$I$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))))),\n(D10=\"market-based\"),\n(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$N$10:$N$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$J$10:$J$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0)))))),\"\")","v":57921.610753326961}]
[null,null,"Average aggregated first order effects (kgCO2e/m2/year)",{"$f":"IFERROR(_xlfn.IFS((D10=\"location-based\"),(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$AA$10:$AA$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AC$10:$AC$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))))),(D10=\"market-based\"),IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$AB$10:$AB$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AD$10:$AD$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))))),\"\")","v":10.703948822582467}]
[null,null,"Average avoided emissions (kgCO2e/m2/year)",{"$f":"IFERROR(_xlfn.IFS((D10=\"location-based\"),(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$S$10:$S$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$U$10:$U$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))))),(D10=\"market-based\"),(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$T$10:$T$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$V$10:$V$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0)))))),\"\")","v":2301.644199842689}]
[null,null,"Average net carbon impact (kgCO2e/m2/year)",{"$f":"IFERROR(_xlfn.IFS((D10=\"location-based\"),(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$AG$10:$AG$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AK$10:$AK$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))))),(D10=\"market-based\"),(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$AH$10:$AH$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0))),(INDEX('Building Profiles'!$AL$10:$AL$43,MATCH(D19,'Building Profiles'!$E$10:$E$43,0)))))),\"\")","v":2290.9402510201066}]
[null,null,"Average avoided emissions (kgCO2e/m2/year)",{"$f":"-D24","v":-2301.644199842689}]
[null,null,"Average net avoided emissions (kgCO2e/m2/year)",{"$f":"D25","v":2290.9402510201066}]
[null,null,"Average Net Energy Savings"]
[null,null,"Average BAU energy consumption (kWh/m2/year)",{"$f":"IFERROR(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$H$51:$H$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$J$51:$J$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":299574.38437500002}]
[null,null,"Average aggregated first order effects (kWh/m2/year)",{"$f":"IFERROR(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$Q$51:$Q$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$R$51:$R$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":10.569775280898874}]
[null,null,"Average energy savings (kWh/m2/year)",{"$f":"IFERROR(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$M$51:$M$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$N$51:$N$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":11936.259375000003}]
[null,null,"Average net savings (kWh/m2/year)",{"$f":"IFERROR(IF(D12=\"Area (m2)\",(INDEX('Building Profiles'!$U$51:$U$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0))),(INDEX('Building Profiles'!$V$51:$V$78,MATCH(D19,'Building Profiles'!$E$51:$E$78,0)))),\"\")","v":11925.68959971911}]
[null,null,"Average energy savings (kWh/m2/year)",{"$f":"-D31","v":-11936.259375000003}]
[null,null,"Average net savings (kWh/m2/year)",{"$f":"D32","v":11925.68959971911}]
[]
[null,null,"Net Carbon Impact"]
[null,null,"Total carbon savings enabled",{"$f":"(D14*D25)/1000","v":815.57472936315799},"tCO2e / year"]
[]
[null,null,"Net Energy Savings"]
[null,null,"Total energy savings enabled (m2)",{"$f":"D14*D32","v":4245545.4975000033},"kWh / year"]

{"sheet":"Sens. & Uncert. Analysis","index":7,"n_rows":83,"n_cols":29,"rows_kept":83,"cut":false,"hidden":false,"merged":[]}
[null,null,"Sensitivity Analysis"]
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[null,null,null,null,null,null,null,null,null,null,null,null,"Market-based method, emissions sensitivity analysis"]
[null,null,"kWh energy savings sensitivity analysis",null,null,null,null,"Location-based method, emissions sensitivity analysis"]
[]
[null,null,"Energy ","Average building","Lower bound","Upper bound",null,"Emissions","Average building","Lower bound","Upper bound",null,"Emissions","Average building","Lower bound","Upper bound"]
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[null,null,"Average building aggregated first-order effects energy consumption per m2 (kWh)",{"$f":"Backend!AW367","v":5.051716502612779E-3},{"$f":"D23","v":5.051716502612779E-3},{"$f":"2*D23","v":1.0103433005225558E-2},null,"Average building aggregated first-order effects location-based (kgCO2e)",{"$f":"Backend!AY367","v":4.5411692911668739E-3},{"$f":"I23","v":4.5411692911668739E-3},{"$f":"I23*2","v":9.0823385823337478E-3},null,"Average building aggregated first-order effects market-based (kgCO2e)",{"$f":"Backend!AZ367","v":4.2753259129533318E-3},{"$f":"N23","v":4.2753259129533318E-3},{"$f":"N23*2","v":8.5506518259066636E-3}]
[null,null,"Average building rebound effects per m2 (kWh)",{"$f":"0.35*D25","v":3.8410533707865144},{"$f":"0.09*D25","v":0.98769943820224659},{"$f":"-0.91*D25","v":-9.9867387640449383},null,"Average building rebound effects per m2 location based (kgCO2e)",{"$f":"0.35*I25","v":0.30436892315409331},{"$f":"0.09*I25","v":7.8266294525338287E-2},{"$f":"-0.91*I25","v":-0.79135920020064265},null,"Average building rebound effects per m2 market-based(kgCO2e)",{"$f":"0.35*N25","v":0.18044943419008494},{"$f":"0.09*N25","v":4.6401283077450416E-2},{"$f":"-0.91*N25","v":-0.46916852889422089}]
[null,null,"Average building avoided emissions per m2 (kWh)",{"$f":"Backend!AE367","v":10.974438202247185},{"$f":"D25","v":10.974438202247185},{"$f":"D25","v":10.974438202247185},null,"Average building avoided emissions per m2 location-based (kgCO2e)",{"$f":"Backend!AG367","v":0.86962549472598094},{"$f":"I25","v":0.86962549472598094},{"$f":"I25","v":0.86962549472598094},null,"Average building avoided emissions per m2 market-based (kgCO2e)",{"$f":"Backend!AH367","v":0.51556981197167129},{"$f":"N25","v":0.51556981197167129},{"$f":"N25","v":0.51556981197167129}]
[]
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[]
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[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,"Sweden District heating emission factor gCO2e/kWh","Net annual emissions location-based (kgCO2e/m2/year)",null,"Finland District heating emission factor gCO2e/kWh","Net annual emissions location-based (kgCO2e/m2/year)",null,"Sensor lifetime (years)","Aggregated first order effects location-based (kgCO2e/m2/year)","Net annual emissions location-based (kgCO2e/m2/year)",null,"Edge Hub lifetime (years)","Aggregated first order effects location-based (kgCO2e/m2/year)","Net annual emissions location-based (kgCO2e/m2/year)",null,"Edge Hub maximum daily energy consumption (W/day)","Net annual emissions location-based (kgCO2e/m2/year)",null,"Electricity consumption Stockholm site  (MWh/year)","Net annual emissions location-based (kgCO2e/m2/year)",null,null,"Electricity consumption Amsterdam site (MWh/year)","Net annual emissions location-based (kgCO2e/m2/year)",null,"Electricity intensity /subscription (kWh/subscriber)","Net annual emissions location-based (kgCO2e/m2/year)"]
[null,null,null,0,162.83542698825562,null,0,160.92950094287883,null,1,8.5522537263562572,301.03442239609268,null,1,5.1170762645612804,304.46959985788783,null,3,307.37201616960135,null,0.5,307.41512405616947,null,null,0.48,307.36648698825559,null,10,307.4990239416228]
[null,null,null,10,194.39242698825569,null,50,199.46554984539856,null,5,2.9237518666558748,306.6629242557932,null,5,2.634030152817318,306.95264596963165,null,6,307.36648698825559,null,1.26,307.36648698825559,null,null,1,306.41832014850229,null,37,307.36648698825559]
[null,null,null,25,241.72792698825558,null,100,238.0015988249904,null,10,2.2201891341933249,307.36648698825559,null,10,2.3236493888493244,307.26302673359953,null,10,307.35911474646167,null,2,307.31912984318177,null,null,2,304.59492237974592,null,50,307.30267289959767]
[null,null,null,45.8,307.36648698825599,null,190,307.36648698825559,null,15,1.9856682233724765,307.60100789907636,null,15,2.2201891341933249,307.36648698825559,null,20,307.34068414197657,null,5,307.12714141720602,null,null,5,299.12472907347643,null,100,307.05723409706582]
[null,null,null,100,478.40542698825584,null,300,392.14579474335733,null,20,1.8684077679620494,307.7182683544869,null,20,2.168459006865326,307.41821711558373,null,100,307.19323930609613,null,10,306.80716070724554,null,null,10,290.00774022969438,null,200,306.56635649200263]
[null,null,null,200,793.97542698825566,null,500,546.28999066172457]
[null,null,null,500,1740.685426988256,null,750,738.97023555968497]
[null,null,null,1000,3318.5354269882564,null,1000,931.65048045764468]
[null,null,null,2000,6474.2354269882553,null,2000,1702.3714600494807]
[]
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[]
[]
[]
[]
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[]
[]
[]
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[]
[]
[]
[]
[]
[]
[null,null,"Uncertainty Analysis"]
[]
[]
[null,null,"Average uncertainty location-based (kgCO2e/m2/year)","Average uncertainty market-based (kgCO2e/m2/year)","Average uncertainty location-based (kgCO2e/year)","Average uncertainty market-based (kgCO2e/year)","Average uncertainty location-based (tCO2e/year)","Average uncertainty market-based (tCO2e/year)","Uncertainty lower bound location-based (tCO2e/year)","Uncertainty upper bound location-based (tCO2e/year)","Uncertainty lower bound market-based (tCO2e/year)","Uncertainty upper bound market-based (tCO2e/year)"]
[null,null,{"$f":"'Building Profiles'!AP43","v":5.7673661093580096E-2},{"$f":"'Building Profiles'!AQ43","v":3.4192648198641505E-2},{"$f":"C83*Table7[[#Totals],[Area (m2)]]","v":86161.508317092885},{"$f":"D83*Table7[[#Totals],[Area (m2)]]","v":51082.072583712281},{"$f":"E83/1000","v":86.161508317092881},{"$f":"F83/1000","v":51.082072583712282},{"$f":"Results!D15+G83","v":1199.3383887428763},{"$f":"Results!D15-G83","v":1027.0153721086904},{"$f":"Results!D16+H83","v":892.99382468863973},{"$f":"Results!D16-H83","v":790.82967952121521}]

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[null,null,"Building Profiles"]
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[null,"Annual emissions calculations for specific building profiles (kgCO2e)"]
[null,null,null,null,null,null,"BAU Emissions",null,null,null,null,null,null,null,"Second order effect",null,null,null,null,null,null,null,"Aggregated First Order Effects",null,null,null,null,null,null,null,"Net Carbon Impact",null,null,null,null,null,null,null,null,"Uncertainty",null,null,null,"Percentage Reductions"]
[null,"Year","Window glazing","Ventilation","Combined name","Buildings","Emissions w/o AI location-based (kgCO2e/year)","Emissions w/o AI market-based (kgCO2e/year)","Average emissions w/o AI location-based (kgCO2e/building/year)","Average emissions w/o AI market-based (kgCO2e/building/year)","Emissions w/o AI location-based (kgCO2e/m2/year)","Emissions w/o AI market-based (kgCO2e/m2/year)","Average emissions w/o AI location-based (kgCO2e/m2/year)","Average missions w/o AI market-based (kgCO2e/m2)","Avoided emissions location-based (kgCO2e/m2/year) ","Avoided emissions market-based (kgCO2e/m2/year)","Avoided emissions location-based (kgCO2e/building/year)","Avoided emissions market-based (kgCO2e/building/year)","Average avoided emissions location-based (kgCO2e/m2/year) ","Average avoided emissions market-based (kgCO2e/m2/year)","Average avoided emissions location-based (kgCO2e/building/year)","Average avoided emissions market-based (kgCO2e/building/year)","Aggregated first order effects  location-based (kgCO2e/m2/year)","Aggregated first order effects  market-based (kgCO2e/m2/year)","Aggregated first order effects location-based (kgCO2e/year)","Aggregated first order effects market-based (kgCO2e/building/year)","Average aggregated first order effects location-based (kgCO2e/m2/year)","Average aggregated first order effects market-based (kgCO2e/m2/year)","Average aggregated first order effects  location-based (kgCO2e/building/year)","Average aggregated first order effects market-based (kgCO2e/building/year)","Net avoided emissions  location-based (kgCO2e/m2/year)","Net avoided emissions market-based (kgCO2e/m2/year)","Average net avoided emissions  location-based (kgCO2e/m2/year)","Average net avoided emissions market-based (kgCO2e/m2/year)","Net avoided emissions location-based (kgCO2e/year)","Net avoided emissions market-based (kgCO2e/year)","Average net avoided emissions location-based (kgCO2e/building/year)","Average net avoided emissions market-based (kgCO2e/building/year)","Net avoided emissions either market or location based (selection) (kgCO2e/m2/year)","Uncertainty location-based (kgCO2e/m2/year)","Uncertainty market-based (kgCO2e/m2/year)","Average uncertainty location-based (kgCO2e/m2/year)","Average uncertainty market-based (kgCO2e/m2/year)","Emissions percentage reduction (kgCO2e/m2/year)","Emissions percentage reduction (kgCO2e/building/year)"]
[null,"1920-1944","Double glazed","Natural ventilation",{"$f":"B10&\" - \"&C10&\" - \"&D10","v":"1920-1944 - Double glazed - Natural ventilation"},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nCOUNTIFS(Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),COUNTIFS(Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":2},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/building)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":21647.431079999995},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* 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(kgCO2e/m2)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":15.974018584528316},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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(kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":15.974018584528316},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI location-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":7.9870092922641582},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":7.9870092922641582},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AG$10:$AG$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":1.8405199999999997},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AH$10:$AH$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AH$10:$AH$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This 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Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":4821.924579999999},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":4821.924579999999},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI location-based (kgCO2e/year)]]/Carbon_Savings_By_Profile[[#This 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(kgCO2e/m2)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":6.8106279378531065},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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(kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":6.8106279378531065},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI location-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":6.8106279378531065},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":6.8106279378531065},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AG$10:$AG$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":0.61005999999999982},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AH$10:$AH$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AH$10:$AH$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This 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(kgCO2e/building)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/building)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":7004.3883799999994},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI location-based (kgCO2e/year)]]/Carbon_Savings_By_Profile[[#This 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(kgCO2e/m2)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI location-based (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":2.4405534425087105},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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(kgCO2e/m2)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions w/o AI market-based* (kgCO2e/m2)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":2.4405534425087105},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI location-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":2.4405534425087105},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Emissions w/o AI market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":2.4405534425087105},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average 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glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AG$10:$AG$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":0.24815999999999983},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AH$10:$AH$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AH$10:$AH$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This 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glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AI$10:$AI$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":712.21919999999955},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AJ$10:$AJ$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AJ$10:$AJ$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This 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building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BB$10:$BB$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BB$10:$BB$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":2890.4906383677212},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Aggregated first order effects  location-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":4.7685045298457357E-3},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Aggregated first order effects  market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":4.5138322953896534E-3},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Aggregated first order effects location-based (kgCO2e/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":10.35864717638321},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Aggregated first order effects market-based (kgCO2e/building/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":9.7322917116758294},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BE$10:$BE$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BE$10:$BE$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$BE$10:$BE$365,Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BE$10:$BE$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BE$10:$BE$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":270.42456014103021},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average 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building\"),\nSUMIFS(Backend!$BF$10:$BF$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BF$10:$BF$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":152.98689191708567},0.91052040451525329,{"$f":"Carbon_Savings_By_Profile[[#This Row],[Net avoided emissions market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":0.5151073801922077},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BG$10:$BG$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average 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Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":868316.87036010996},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BH$10:$BH$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BH$10:$BH$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$BH$10:$BH$365,Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BH$10:$BH$365,Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BH$10:$BH$365,Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":625567.29079377314},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Net avoided emissions location-based (kgCO2e/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":2923.6258261283165},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Net avoided emissions market-based (kgCO2e/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":2106.2871743898086},{"$f":"IF(Results!$L$15=\"market-based\",Carbon_Savings_By_Profile[[#This Row],[Average net avoided emissions market-based (kgCO2e/m2/year)]],Carbon_Savings_By_Profile[[#This Row],[Average net avoided emissions  location-based (kgCO2e/m2/year)]])","v":0.91052040451525329},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 location-based (kgCO2e)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Emissions uncertainty per m2 location-based (kgCO2e)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 location-based (kgCO2e)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 location-based (kgCO2e)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions uncertainty per m2 location-based (kgCO2e)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":18.028512975927811},{"$f":"IF(AND(Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Carbon_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Carbon_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)],Backend!$H$10:$H$365,Carbon_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Carbon_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Carbon_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":10.235017249005486},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Uncertainty location-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":6.0702063892012832E-2},{"$f":"Carbon_Savings_By_Profile[[#This Row],[Uncertainty market-based (kgCO2e/m2/year)]]/Carbon_Savings_By_Profile[[#This Row],[Buildings]]","v":3.4461337538739006E-2},-5.9683590516213247E-2,-7.0949276990523072E-2]
[]
[null,"Average building annual emissions calculations (kgCO2e)"]
[null,"Year","Window glazing","Ventilation","Combined name","Buildings","Emissions w/o AI location-based (kgCO2e/building/year)","Emissions w/o AI market-based (kgCO2e/building/year)","Average emissions w/o AI location-based (kgCO2e/building/year)","Average emissions w/o AI market-based (kgCO2e/building/year)","Emissions w/o AI location-based (kgCO2e/m2/year)","Emissions w/o AI market-based (kgCO2e/m2/year)","Average emissions w/o AI location-based (kgCO2e/m2/year)","Average missions w/o AI market-based (kgCO2e/m2)","Avoided emissions location-based (kgCO2e/m2/year) ","Avoided emissions market-based (kgCO2e/m2/year)","Avoided emissions location-based (kgCO2e/year)","Avoided emissions market-based (kgCO2e/year)","Average avoided emissions location-based (kgCO2e/m2/year) ","Average avoided emissions market-based (kgCO2e/m2/year)","Average avoided emissions location-based (kgCO2e/building/year)","Average avoided emissions market-based (kgCO2e/building/year)","Aggregated first order effects  location-based (kgCO2e/m2/year)","Aggregated first order effects  market-based (kgCO2e/m2/year)","Aggregated first order effects location-based (kgCO2e/year)","Aggregated first order effects market-based (kgCO2e/year)","Average aggregated first order effects location-based (kgCO2e/m2/year)","Average aggregated first order effects market-based (kgCO2e/m2/year)","Average aggregated first order effects  location-based (kgCO2e/building/year)","Average aggregated first order effects market-based (kgCO2e/building/year)","Net avoided emissions  location-based (kgCO2e/m2/year)","Net avoided emissions market-based (kgCO2e/m2/year)","Average net avoided emissions  location-based (kgCO2e/m2/year)","Average net avoided emissions market-based (kgCO2e/m2/year)","Net avoided emissions location-based (kgCO2e/year)","Net avoided emissions market-based (kgCO2e/year)","Average net avoided emissions location-based (kgCO2e/building/year)","Average net avoided emissions market-based (kgCO2e/building/year)","Net avoided emissions either market or location based (selection) (kgCO2e/m2/year)","Net uncertainty location-based (kgCO2e/m2/year)","Net uncertainty market-based (kgCO2e/m2/year)","Average uncertainty location-based (kgCO2e/m2/year)","Average uncertainty market-based (kgCO2e/m2/year)","Emissions percentage reduction (kgCO2e/m2/year)","Emissions percentage reduction (kgCO2e/building/year)"]
[null,"Average building","Average building","Average building",{"$f":"B43&\" - \"&C43&\" - \"&D43","v":"Average building - Average building - Average building"},{"$f":"COUNT(Table7[Carbon trust building ID])","v":356},{"$f":"SUM(Table7[Emissions w/o AI location-based (kgCO2e/building)])","v":15266495.628167635},{"$f":"SUM(Table7[Emissions w/o AI market-based* (kgCO2e/building)])","v":15266495.628167635},{"$f":"G43/F43","v":42883.41468586414},{"$f":"H43/F43","v":42883.41468586414},{"$f":"SUM(Table7[Emissions w/o AI location-based (kgCO2e/m2)])","v":4993.4849868215588},{"$f":"SUM(Table7[Emissions w/o AI market-based* (kgCO2e/m2)])","v":4993.4849868215588},{"$f":"K43/F43","v":14.026643221408873},{"$f":"L43/K43","v":1},{"$f":"SUM(Backend!$AG$10:$AG$365)","v":309.58667612244921},{"$f":"SUM(Backend!$AH$10:$AH$365)","v":183.542853061915},{"$f":"SUM(Backend!$AI$10:$AI$365)","v":1116863.2413401369},{"$f":"SUM(Backend!$AJ$10:$AJ$365)","v":845361.15643340466},{"$f":"O43/F43","v":0.86962549472598094},{"$f":"P43/F43","v":0.51556981197167129},{"$f":"Q43/F43","v":3137.2562958992607},{"$f":"R43/F43","v":2374.609989981474},{"$f":"SUM(Backend!$AY$10:$AY$365)","v":1.616656267655407},{"$f":"SUM(Backend!$AZ$10:$AZ$365)","v":1.5220160250113861},{"$f":"SUM(Backend!$BA$10:$BA$365)","v":3686.3609143529643},{"$f":"SUM(Backend!$BB$10:$BB$365)","v":3449.4043284774834},{"$f":"W43/F43","v":4.5411692911668739E-3},{"$f":"X43/F43","v":4.2753259129533318E-3},{"$f":"Y43/F43","v":10.354946388631923},{"$f":"Z43/F43","v":9.6893380013412465},{"$f":"SUM(Backend!$BE$10:$BE$365)","v":307.97001985479363},{"$f":"SUM(Backend!$BF$10:$BF$365)","v":182.02083703690349},{"$f":"AE43/F43","v":0.86508432543481362},{"$f":"AF43/F43","v":0.51129448605871763},{"$f":"SUM(Backend!$BG$10:$BG$365)","v":1113176.8804257833},{"$f":"SUM(Backend!$BH$10:$BH$365)","v":841911.75210492744},{"$f":"AI43/F43","v":3126.9013495106274},{"$f":"AJ43/F43","v":2364.9206519801332},{"$f":"IF(Results!$L$15=\"market-based\",AH43,AG43)","v":0.86508432543481362},{"$f":"SUM(Table7[Emissions uncertainty per m2 location-based (kgCO2e)])","v":20.531823349314514},{"$f":"SUM(Table7[Emissions uncertainty per m2 market-based* (kgCO2e)])","v":12.172582758716375},{"$f":"AN43/F43","v":5.7673661093580096E-2},{"$f":"AO43/F43","v":3.4192648198641505E-2},{"$f":"((M43-AG43)-M43)/M43","v":-6.1674365832192421E-2},{"$f":"((I43-AK43)-I43)/I43","v":-7.2916333095586289E-2}]
[]
[]
[null,"Annual energy savings calculations for specific building profiles (kWh)"]
[]
[]
[null,null,null,null,null,null,"BAU consumption",null,null,null,"Energy Savings",null,null,null,"Aggregated first-order effects",null,null,null,"Net energy savings",null,null,null,"Uncertainty",null,"Percentage Reductions"]
[null,"Year","Window glazing","Ventilation","Combined name","Buildings","BAU energy consumption (kWh/m2/year)","Average BAU energy consumption (kWh/m2/year)","BAU energy consumption (kWh/year)","Average BAU energy consumption (kWh/building/year)","Energy savings (kWh/m2/year) ","Energy savings (kWh/year)","Average energy savings (kWh/m2/year)","Average energy savings (kWh/building/year)","Aggregated first order effects (kWh/m2/year)","Aggregated first order effects (kWh/year)","Average aggregated first order effects (kWh/m2/year)","Average aggregated first order effects (kWh/building/year)","Net savings (kWh/m2/year)","Average net savings (kWh/m2/year)","Net savings (kWh/building/year)","Average net savings (kWh/year)","Net uncertainty (kWh/m2)","Average uncertainty (kWh/m2)","Energy percentage reduction (kgCO2e/m2/year)","Energy percentage reduction (kgCO2e/building/year)"]
[null,"1920-1944","Double glazed","Natural ventilation",{"$f":"B51&\" - \"&C51&\" - \"&D51","v":"1920-1944 - Double glazed - Natural ventilation"},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nCOUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),COUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":2},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[Energy consumption w/o AI (kWh/m2)],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[Energy consumption w/o AI (kWh/m2)],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[Energy consumption w/o AI (kWh/m2)],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Energy consumption w/o AI (kWh/m2)],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Energy consumption w/o AI (kWh/m2)],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":308.97521440093453},{"$f":"Energy_Savings_By_Profile[[#This Row],[BAU energy consumption (kWh/m2/year)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":154.48760720046727},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Table7[[#Data],[Energy consumption_withoutAI_kwh]],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Table7[[#Data],[Energy consumption_withoutAI_kwh]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Table7[[#Data],[Energy consumption_withoutAI_kwh]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[[#Data],[Energy consumption_withoutAI_kwh]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[[#Data],[Energy consumption_withoutAI_kwh]],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":418712.39999999997},{"$f":"Energy_Savings_By_Profile[[#This Row],[BAU energy consumption (kWh/year)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":209356.19999999998},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AE$10:$AE$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AE$10:$AE$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AE$10:$AE$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AE$10:$AE$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AE$10:$AE$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":35.599999999999994},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AF$10:$AF$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AF$10:$AF$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AF$10:$AF$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AF$10:$AF$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AF$10:$AF$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":50337.099999999977},{"$f":"Energy_Savings_By_Profile[[#This Row],[Energy savings (kWh/m2/year) ]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":17.799999999999997},{"$f":"Energy_Savings_By_Profile[[#This Row],[Energy savings (kWh/year)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":25168.549999999988},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AW$10:$AW$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AW$10:$AW$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AW$10:$AW$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AW$10:$AW$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AW$10:$AW$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":1.8855785764272569E-2},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$AX$10:$AX$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$AX$10:$AX$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AX$10:$AX$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AX$10:$AX$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AX$10:$AX$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":21.139550561797755},{"$f":"Energy_Savings_By_Profile[[#This Row],[Aggregated first order effects (kWh/m2/year)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":9.4278928821362844E-3},{"$f":"Energy_Savings_By_Profile[[#This Row],[Aggregated first order effects (kWh/year)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":10.569775280898877},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BC$10:$BC$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BC$10:$BC$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":35.581144214235721},{"$f":"S51/F51","v":17.79057210711786},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BD$10:$BD$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BD$10:$BD$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$BD$10:$BD$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BD$10:$BD$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BD$10:$BD$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":50315.960449438178},{"$f":"Energy_Savings_By_Profile[[#This Row],[Net savings (kWh/building/year)]]/Energy_Savings_By_Profile[[#This 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glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BC$10:$BC$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":544.25326399121082},10.078764147985385,{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BD$10:$BD$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BD$10:$BD$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average 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building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Energy savings uncertainty per m2 (kWh)],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Energy savings uncertainty per m2 (kWh)],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":36.11130153831288},{"$f":"Energy_Savings_By_Profile[[#This Row],[Net uncertainty (kWh/m2)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":0.66872780626505335},-7.495057977230947E-2,-7.8394938173700121E-2]
[null,"1970-1994","Double glazed","ESX","1970-1994 - Double glazed - ESX",{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This 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[null,"1970-1994","Triple glazed","Exhaust","1970-1994 - Triple glazed - Exhaust",{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This 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[null,"1995-2020","Double glazed","ESX","1995-2020 - Double glazed - ESX",{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This 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[null,"1995-2020","Double glazed","Exhaust","1995-2020 - Double glazed - Exhaust",{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nCOUNTIFS(Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),COUNTIFS(Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nCOUNTIFS(Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This 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building\"),SUMIFS(Backend!$AF$10:$AF$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AF$10:$AF$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AF$10:$AF$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AF$10:$AF$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window 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Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$AW$10:$AW$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$AW$10:$AW$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$AW$10:$AW$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":1.558617668568439},{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average 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building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BC$10:$BC$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Backend!$BC$10:$BC$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Backend!$BC$10:$BC$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":3211.5413823314316},10.813270647580577,{"$f":"IF(AND(Energy_Savings_By_Profile[[#This Row],[Window glazing]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),\nSUMIFS(Backend!$BD$10:$BD$365,Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]]),IF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]=\"Average building\"),SUMIFS(Backend!$BD$10:$BD$365,Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]]),\nIF(AND(Energy_Savings_By_Profile[[#This Row],[Year]]=\"Average 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building\",Energy_Savings_By_Profile[[#This Row],[Window glazing]]<>\"Average building\",Energy_Savings_By_Profile[[#This Row],[Ventilation]]<>\"Average building\"),\nSUMIFS(Table7[Energy savings uncertainty per m2 (kWh)],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]]),SUMIFS(Table7[Energy savings uncertainty per m2 (kWh)],Backend!$H$10:$H$365,Energy_Savings_By_Profile[[#This Row],[Year]],Backend!$K$10:$K$365,Energy_Savings_By_Profile[[#This Row],[Window glazing]],Backend!$J$10:$J$365,Energy_Savings_By_Profile[[#This Row],[Ventilation]])))))","v":213.09315513820573},{"$f":"Energy_Savings_By_Profile[[#This Row],[Net uncertainty (kWh/m2)]]/Energy_Savings_By_Profile[[#This Row],[Buildings]]","v":0.71748537083570951},-7.181246100619694E-2,-8.0499705511253045E-2]
[]
[null,"Year","Window glazing","Ventilation","Combined name","Buildings","BAU energy consumption (kWh/m2/year)","Average BAU energy consumption (kWh/m2/year)","BAU energy consumption (kWh/year)","Average BAU energy consumption (kWh/building/year)","Energy savings (kWh/year) ","Energy savings (kWh/year)","Average energy savings (kWh/m2/year)","Average energy savings (kWh/building/year)","Aggregated first order effects (kWh/m2/year)","Aggregated first order effects (kWh/year)","Average aggregated first order effects (kWh/m2/year)","Average aggregated first order effects (kWh/building/year)","Net savings (kWh/m2/year)","Average net savings (kWh/m2/year)","Net savings (kWh/year)","Average net savings (kWh/building/year)","Net uncertainty (kWh/m2)","Average uncertainty (kWh/m2)","Energy percentage reduction (kWh/m2/year)","Energy percentage reduction (kWh/building/year)"]
[null,"Average building","Average building","Average building",{"$f":"B78&\" - \"&C78&\" - \"&D78","v":"Average building - Average building - Average building"},{"$f":"COUNT(Table7[Carbon trust building ID])","v":356},{"$f":"SUM(Table7[Energy consumption w/o AI (kWh/m2)])","v":53059.89637058894},{"$f":"G78/F78","v":149.04465272637341},{"$f":"SUM(Table7[[#Data],[Energy consumption_withoutAI_kwh]])","v":214468917.10000002},{"$f":"I78/F78","v":602440.77837078657},{"$f":"SUM(Backend!$AE$10:$AE$365)","v":3906.8999999999978},{"$f":"SUM(Backend!$AF$10:$AF$365)","v":17329241.900000013},{"$f":"K78/F78","v":10.974438202247185},{"$f":"L78/F78","v":48677.645786516892},{"$f":"SUM(Backend!$AW$10:$AW$365)","v":1.7984110749301494},{"$f":"SUM(Backend!$AX$10:$AX$365)","v":3762.8399999999847},{"$f":"O78/F78","v":5.051716502612779E-3},{"$f":"P78/F78","v":10.569775280898833},{"$f":"SUM(Backend!$BC$10:$BC$365)","v":3905.1015889250675},{"$f":"S78/F78","v":10.969386485744572},{"$f":"SUM(Backend!$BD$10:$BD$365)","v":17325479.05999998},{"$f":"U78/F78","v":48667.076011235898},{"$f":"SUM(Table7[Energy savings uncertainty per m2 (kWh)])","v":259.10604955010928},{"$f":"W78/F78","v":0.72782598188232939},{"$f":"((H78-T78)-H78)/H78","v":-7.3597987482871524E-2},{"$f":"((J78-V78)-J78)/J78","v":-8.0783170327295845E-2}]
[]
[]
[null,"NOT IN DATASET"]
[null,"1920-1944","Triple glazed","Natural ventilation",{"$f":"B82&\" - \"&C82&\" - \"&D82","v":"1920-1944 - Triple glazed - Natural ventilation"}]
[null,"1920-1944","Triple glazed","Exhaust","1920-1944 - Triple glazed - Exhaust"]
[null,"1945-1969","Triple glazed","Natural ventilation","1945-1969 - Triple glazed - Natural ventilation"]
[null,"1970-1994","Double glazed","Natural ventilation","1970-1994 - Double glazed - Natural ventilation"]
[null,"1970-1994","Triple glazed","Natural ventilation","1970-1994 - Triple glazed - Natural ventilation"]
[null,"1970-1994","Triple glazed","ESX","1970-1994 - Triple glazed - ESX"]
[null,"1995-2020","Double glazed","Natural ventilation","1995-2020 - Double glazed - Natural ventilation"]
[null,"1995-2020","Triple glazed","Natural ventilation","1995-2020 - Triple glazed - Natural ventilation"]

{"sheet":"Backend","index":9,"n_rows":367,"n_cols":64,"rows_kept":367,"cut":false,"hidden":false,"merged":[[6,48,6,53],[7,36,7,38],[7,50,7,53],[6,54,6,59],[3,2,3,6],[7,20,7,23],[6,20,6,23],[6,30,6,35],[7,30,7,31],[7,32,7,35],[5,2,5,7],[6,25,6,29],[6,36,6,47],[7,40,7,42],[7,43,7,45],[7,46,7,47],[7,60,7,63],[7,56,7,59],[7,54,7,55],[7,48,7,49],[7,25,7,29]]}
[null,null,"Backend Calculations"]
[]
[null,null,"Assumptions"]
[null,null,"1. Assume the IoT accelerator energy consumption and lifecycle emissions can be allocated based on the number of Edge Hubs per building.\n2. Assume the Radio Network energy consumption and lifecycle emissions can be allocated based on the number of Edge Hubs per building.\n3. Buildings with no sensors are excluded from the data set as the lack of a feedback loop from the indoor climate are assumed to heavily affect the steering function and consequent savings."]
[null,null,"Calculations"]
[null,null,"For each individual building provided in the assessment the baseline energy consumption and emissions, the energy savings and change in GHG emissions(second order effect), the first order effects and aggregated first order effects and the net carbon impact are calculated (per meter square and per building) using both a location-based and market-based approach. The unceratinty of the data and results is also assessed.\n\nNote: all market based calculations and results are for the purpose of the sensitivity analysis. These have been denoted with an asteriscs (*).\n"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Uncertainty",null,null,null,"Check","Reference Scenario (BAU)",null,null,null,null,"Second order effects",null,null,null,null,null,"First Order Effects",null,null,null,null,null,null,null,null,null,null,null,"Aggregated First Order Effects",null,null,null,null,null,"Net carbon impact"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Uncertainty",null,null,null,"% Change savings","Reference Scenario (BAU)",null,null,null,null,"Energy Savings (kWh)",null,"Second order effect (kgCO2e)",null,null,null,"Edge Hubs",null,null,"Sensors","IoT Accelerator",null,null,"Radio Network",null,null,"Cloud",null,"First order effects (kWh)",null,"First order effects (kgCO2e)",null,null,null,"Net energy savings (kWh)",null,"Net carbon impact (kgCO2e)",null,null,null,"Percentage Reductions (%)"]
[null,null,"Carbon trust building ID","City","Combined name","Country","Building type","Building Year Group","Build Year","Ventilation","Windows","Area (m2)","Sensors","Edge Hubs","Energy Company                                                                                              ","Energy sources","Baseline year","Energy consumption_withoutAI_kwh","savings_ withAI_kwh_persqm","Energy consumption_kwh_2022","Energy consumption uncertainty (%)","Energy savings uncertainty per m2 (kWh)","Emissions uncertainty per m2 location-based (kgCO2e)","Emissions uncertainty per m2 market-based* (kgCO2e)","% change in savings_ withAI_kwh_persqm2","Energy consumption w/o AI (kWh/m2)","Emissions w/o AI location-based (kgCO2e/building)","Emissions w/o AI market-based* (kgCO2e/building)","Emissions w/o AI location-based (kgCO2e/m2)","Emissions w/o AI market-based* (kgCO2e/m2)","Annual energy savings (kWh/m2/year) ","Annual energy savings (kWh/building/year)","Annual avoided emissions location-based (kgCO2e/m2/year) ","Annual avoided emissions market-based* (kgCO2e/m2/year)","Annual avoided emissions location-based (kgCO2e/building/year)","Annual avoided emissions  market-based* (kgCO2e/building/year)","Annual Edge Hubs energy use per building (kWh/building/year)","Annual Edge Hubs emissions location-based (kgCO2e/building/year)","Annual Edge Hubs emissions market-based* (kgCO2e/building/year) ","Annual Sensor emissions (kgCO2e/building/year)","Annual IoT accelerator energy use  (kWh/building/year) ","Annual IoT accelerator emissions location-based (kgCO2e/building/year) ","Annual IoT accelerator emissions  market-based* (kgCO2e/building/year)","Annual Radio Network energy use  (kWh/building/year) ","Annual Radio Network emissions location-based (kgCO2e/building/year) ","Annual Radio Network emissions market-based* (kgCO2e/building/year)","2022 Google cloud emissions  location-based\n(kgCO2e/building/year) ","2022 Google cloud emissions market-based*\n(kgCO2e/building/year)","Aggregated first order effects (kWh/m2/year)","Aggregated first order effects (kWh/building/year)","Aggregated first order effects location-based (kgCO2e/m2/year)","Aggregated first order effects market-based* (kgCO2e/m2/year)","Aggregated first order effects location-based (kgCO2e/building/year)","Aggregated first order effects market-based* (kgCO2e/building/year)","Net annual energy savings  (kWh/m2/year) ","Net annual energy savings  (kWh/building/year) ","Net annual emissions location-based (kgCO2e/m2/year)","Net annual emissions  market-based* (kgCO2e/m2/year)","Net annual emissions location-based (kgCO2e/building/year)","Net annual emissions market-based* (kgCO2e/building/year)","Energy savings percentage reduction (kWh/m2/year)","Energy savings percentage reduction (kWh/building/year)","Emissions percentage reduction (kgCO2e/m2/year)","Emissions percentage reduction (kgCO2e/building/year)"]
[null,null,1,"Sandviken",{"$f":"C10&\"-\"&D10","v":"1-Sandviken"},"Sweden","Residential",{"$f":"VLOOKUP(Table7[[#This Row],[Build Year]],Table210[],2,1)","v":"1945-1969"},1968,"Exhaust","Triple glazed",2864,23,1,"Sandviken Energi AB                                                                                  ","District heating",2022,394492.4,10.1,365566,{"$f":"Table19[[#Totals],[Percentage difference]]","v":6.6320113018021792E-2},{"$f":"Table7[[#This Row],[savings_ withAI_kwh_persqm]]*Table7[[#This Row],[Energy consumption uncertainty (%)]]","v":0.66983314148202011},{"$f":"Table7[[#This Row],[Energy savings uncertainty per m2 (kWh)]]*_xlfn.XLOOKUP(Table7[[#This Row],[Country]],'Emission Factors'!$D$33:$D$34,'Emission Factors'!$J$33:$J$34)","v":3.4630373414620434E-2},{"$f":"Table7[[#This Row],[Energy savings uncertainty per m2 (kWh)]]*_xlfn.XLOOKUP(Table7[[#This Row],[Energy Company                                                                                              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[null,null,171,"Sandviken",{"$f":"C180&\"-\"&D180","v":"171-Sandviken"},"Sweden","Residential",{"$f":"VLOOKUP(Table7[[#This Row],[Build Year]],Table210[],2,1)","v":"1995-2020"},2010,"Exhaust","Double glazed",1016,15,1,"Sandviken Energi AB                                                                                  ","District heating",2022,81332.5,7.2,74017.3,{"$f":"Table19[[#Totals],[Percentage difference]]","v":6.6320113018021792E-2},{"$f":"Table7[[#This Row],[savings_ withAI_kwh_persqm]]*Table7[[#This Row],[Energy consumption uncertainty (%)]]","v":0.47750481372975689},{"$f":"Table7[[#This Row],[Energy savings uncertainty per m2 (kWh)]]*_xlfn.XLOOKUP(Table7[[#This Row],[Country]],'Emission Factors'!$D$33:$D$34,'Emission Factors'!$J$33:$J$34)","v":2.468699886982843E-2},{"$f":"Table7[[#This Row],[Energy savings uncertainty per m2 (kWh)]]*_xlfn.XLOOKUP(Table7[[#This Row],[Energy Company                                                                                              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[null,"TOTAL",{"$f":"SUBTOTAL(103,Table7[Carbon trust building ID])","v":356},null,null,null,null,null,null,null,null,{"$f":"SUM(Table7[Area (m2)])","v":1493949},{"$f":"SUM(Table7[Sensors])","v":13518},{"$f":"SUM(Table7[Edge Hubs])","v":356},null,null,null,{"$f":"SUM(Table7[Energy consumption_withoutAI_kwh])","v":214468917.10000002},{"$f":"SUM(Table7[savings_ withAI_kwh_persqm])","v":3906.8999999999978},{"$f":"SUM(Table7[Energy consumption_kwh_2022])","v":197139675.20000014},null,null,null,null,{"$f":"(Table7[[#Totals],[Energy consumption_kwh_2022]]-Table7[[#Totals],[Energy consumption_withoutAI_kwh]])/Table7[[#Totals],[Energy consumption_withoutAI_kwh]]","v":-8.0800715247327959E-2},{"$f":"SUM(Table7[Energy consumption w/o AI (kWh/m2)])","v":53059.89637058894},{"$f":"SUM(Table7[Emissions w/o AI location-based (kgCO2e/building)])","v":15266495.628167635},{"$f":"SUM(Table7[Emissions w/o AI market-based* (kgCO2e/building)])","v":15266495.628167635},{"$f":"SUM(Table7[Emissions w/o AI location-based (kgCO2e/m2)])","v":4993.4849868215588},{"$f":"SUM(Table7[Emissions w/o AI market-based* (kgCO2e/m2)])","v":4993.4849868215588},{"$f":"SUM(Table7[Annual energy savings (kWh/m2/year) ])","v":3906.8999999999978},{"$f":"SUM(Table7[Annual energy savings (kWh/building/year)])","v":17329241.900000013},{"$f":"SUM(Table7[Annual avoided emissions location-based (kgCO2e/m2/year) ])","v":309.58667612244921},{"$f":"SUM(Table7[Annual avoided emissions market-based* (kgCO2e/m2/year)])","v":183.542853061915},{"$f":"SUM(Table7[Annual avoided emissions location-based (kgCO2e/building/year)])","v":1116863.2413401369},{"$f":"SUM(Table7[Annual avoided emissions  market-based* (kgCO2e/building/year)])","v":845361.15643340466},{"$f":"SUM(Table7[Annual Edge Hubs energy use per building (kWh/building/year)])","v":779.64000000000624},{"$f":"SUM(Table7[Annual Edge Hubs emissions location-based (kgCO2e/building/year)])","v":68.404533010176721},{"$f":"SUM(Table7[Annual Edge Hubs emissions market-based* (kgCO2e/building/year) ])","v":168.63840702286143},{"$f":"SUM(Table7[Annual Sensor emissions (kgCO2e/building/year)])","v":978.54900828479902},{"$f":"SUM(Table7[Annual IoT accelerator energy use  (kWh/building/year) ])","v":1739.9999999999854},{"$f":"SUM(Table7[Annual IoT accelerator emissions location-based (kgCO2e/building/year) ])","v":1999.9716000000146},{"$f":"SUM(Table7[Annual IoT accelerator emissions  market-based* (kgCO2e/building/year)])","v":1999.9716000000146},{"$f":"SUM(Table7[Annual Radio Network energy use  (kWh/building/year) ])","v":1243.1999999999969},{"$f":"SUM(Table7[Annual Radio Network emissions location-based (kgCO2e/building/year) ])","v":302.24531316982376},{"$f":"SUM(Table7[Annual Radio Network emissions market-based* (kgCO2e/building/year)])","v":302.24531316982376},{"$f":"SUM(Table7[2022 Google cloud emissions  location-based\n(kgCO2e/building/year) ])","v":337.19045988816526},{"$f":"SUM(Table7[2022 Google cloud emissions market-based*\n(kgCO2e/building/year)])","v":0},{"$f":"SUM(Table7[Aggregated first order effects (kWh/m2/year)])","v":1.7984110749301494},{"$f":"SUM(Table7[Aggregated first order effects (kWh/building/year)])","v":3762.8399999999847},{"$f":"SUM(Table7[Aggregated first order effects location-based (kgCO2e/m2/year)])","v":1.616656267655407},{"$f":"SUM(Table7[Aggregated first order effects market-based* (kgCO2e/m2/year)])","v":1.5220160250113861},{"$f":"SUM(Table7[Aggregated first order effects location-based (kgCO2e/building/year)])","v":3686.3609143529643},{"$f":"SUM(Table7[Aggregated first order effects market-based* (kgCO2e/building/year)])","v":3449.4043284774834},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual energy savings  (kWh/m2/year) ]])","v":3905.1015889250675},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual energy savings  (kWh/building/year) ]])","v":17325479.05999998},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual emissions location-based (kgCO2e/m2/year)]])","v":307.97001985479363},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual emissions  market-based* (kgCO2e/m2/year)]])","v":182.02083703690349},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual emissions location-based (kgCO2e/building/year)]])","v":1113176.8804257833},{"$f":"SUM(Table7[[#Headers],[#Data],[Net annual emissions market-based* (kgCO2e/building/year)]])","v":841911.75210492744}]
[null,"Average",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AVERAGE(Table7[Energy consumption_withoutAI_kwh])","v":602440.77837078657},{"$f":"AVERAGE(Table7[savings_ withAI_kwh_persqm])","v":10.974438202247185},{"$f":"AVERAGE(Table7[Energy consumption_kwh_2022])","v":553763.13258427009},null,null,null,null,null,{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Energy consumption w/o AI (kWh/m2)]])","v":149.04465272637341},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Emissions w/o AI location-based (kgCO2e/building)]])","v":42883.41468586414},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Emissions w/o AI market-based* (kgCO2e/building)]])","v":42883.41468586414},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Emissions w/o AI location-based (kgCO2e/m2)]])","v":14.026643221408873},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Emissions w/o AI market-based* (kgCO2e/m2)]])","v":14.026643221408873},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual energy savings (kWh/m2/year) ]])","v":10.974438202247185},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual energy savings (kWh/building/year)]])","v":48677.645786516892},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual avoided emissions location-based (kgCO2e/m2/year) ]])","v":0.86962549472598094},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual avoided emissions market-based* (kgCO2e/m2/year)]])","v":0.51556981197167129},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual avoided emissions location-based (kgCO2e/building/year)]])","v":3137.2562958992607},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual avoided emissions  market-based* (kgCO2e/building/year)]])","v":2374.609989981474},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Edge Hubs energy use per building (kWh/building/year)]])","v":2.1900000000000177},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Edge Hubs emissions location-based (kgCO2e/building/year)]])","v":0.19214756463532787},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Edge Hubs emissions market-based* (kgCO2e/building/year) ]])","v":0.47370339051365568},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Sensor emissions (kgCO2e/building/year)]])","v":2.7487331693393231},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual IoT accelerator energy use  (kWh/building/year) ]])","v":4.8876404494381616},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual IoT accelerator emissions location-based (kgCO2e/building/year) ]])","v":5.6178977528090295},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual IoT accelerator emissions  market-based* (kgCO2e/building/year)]])","v":5.6178977528090295},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Radio Network energy use  (kWh/building/year) ]])","v":3.4921348314606653},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Radio Network emissions location-based (kgCO2e/building/year) ]])","v":0.84900368867928022},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Annual Radio Network emissions market-based* (kgCO2e/building/year)]])","v":0.84900368867928022},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[2022 Google cloud emissions  location-based\n(kgCO2e/building/year) ]])","v":0.94716421316900357},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[2022 Google cloud emissions market-based*\n(kgCO2e/building/year)]])","v":0},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects (kWh/m2/year)]])","v":5.051716502612779E-3},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects (kWh/building/year)]])","v":10.569775280898833},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects location-based (kgCO2e/m2/year)]])","v":4.5411692911668739E-3},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects market-based* (kgCO2e/m2/year)]])","v":4.2753259129533318E-3},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects location-based (kgCO2e/building/year)]])","v":10.354946388631923},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Aggregated first order effects market-based* (kgCO2e/building/year)]])","v":9.6893380013412465},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual energy savings  (kWh/m2/year) ]])","v":10.969386485744572},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual energy savings  (kWh/building/year) ]])","v":48667.076011235898},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual emissions location-based (kgCO2e/m2/year)]])","v":0.86508432543481362},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual emissions  market-based* (kgCO2e/m2/year)]])","v":0.51129448605871763},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual emissions location-based (kgCO2e/building/year)]])","v":3126.9013495106274},{"$f":"AVERAGE(Table7[[#Headers],[#Data],[Net annual emissions market-based* (kgCO2e/building/year)]])","v":2364.9206519801332},{"$f":"((Table7[[#Totals],[Energy consumption w/o AI (kWh/m2)]]-Table7[[#Totals],[Net annual energy savings  (kWh/m2/year) ]])-Table7[[#Totals],[Energy consumption w/o AI (kWh/m2)]])/Table7[[#Totals],[Energy consumption w/o AI (kWh/m2)]]","v":-7.3597987482871621E-2},{"$f":"((Table7[[#Totals],[Energy consumption_kwh_2022]]-Table7[[#Totals],[Net annual energy savings  (kWh/building/year) ]])-Table7[[#Totals],[Energy consumption_kwh_2022]])/Table7[[#Totals],[Energy consumption_kwh_2022]]","v":-8.7884283274907007E-2},{"$f":"((Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/m2)]]-Table7[[#Totals],[Net annual emissions location-based (kgCO2e/m2/year)]])-Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/m2)]])/Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/m2)]]","v":-6.1674365832192442E-2},{"$f":"((Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/building)]]-Table7[[#Totals],[Net annual emissions location-based (kgCO2e/building/year)]])-Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/building)]])/Table7[[#Totals],[Emissions w/o AI location-based (kgCO2e/building)]]","v":-7.2916333095586275E-2}]

{"sheet":"First Order Effects","index":10,"n_rows":84,"n_cols":13,"rows_kept":84,"cut":false,"hidden":false,"merged":[[40,4,40,8],[3,2,3,4],[10,8,10,11],[10,4,10,7],[31,4,31,7],[31,8,31,11],[4,2,4,4]]}
[null,null,"First Order Effects"]
[]
[null,null,"Assumptions"]
[null,null,"1. Embodied emissions includes raw material production and distrubtion, product manufacturing and transport & distribution\n2. Installation of Edge Hubs and sensors are simple, do not require any special tools or expertise. It is assumed that emissions from installations are neglibile and are excluded.\n3. It is assumed that no material component of the Edge Hubs and sensors are recycled.\n4. Temperature and humidity sensors are battery operated so it is assumed there are no additional use-phase emissions.\n5. Assume the lifetime of batteries is 10 years and does not need to be replaced during sensor lifetime."]
[null,null,"Note:\n- Embodied emissions of all first order effects include the raw material and production life cycle stages.\n- All market based calculations and results are for the purpose of the sensitivity analysis.\n- All market based calculations and results are for the purpose of the sensitivity analysis. These have been denoted with an asteriscs (*)."]
[]
[]
[]
[null,null,"Temperature and Humidity Sensors Lifecycle Emissions"]
[]
[null,null,null,null,"Embodied Emissions",null,null,null,"End-of-Life"]
[null,null,"Component","Weight (g)","Emission Factor Name","Emission Factor Source","Emission Factor unit","Embodied Emissions (kgCO2e)","Emission factor name (waste)","Emission Factor Source (waste)","Emission Factor (waste) (kgCO2e/kg)","Emissions from disposal (kgCO2e)"]
[null,null,"Plastic (PCABS POLYBLEND 85FS UV VIT)",23.6,"Plastics: PET (incl. forming)","BEIS, 2022","kgCO2e/kg",{"$f":"(D13/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table13[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":9.5164403999999994E-2},"Plastics: average plastic rigid","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table13[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table13[[#This Row],[Weight (g)]]/1000)*Table13[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":5.0220800000000008E-4}]
[null,null,"Battery (ER14505, Lithium-thionyl Chloride (Li-SOCl2) Battery)",17.3,"Batteries - NiMh","BEIS, 2022","kgCO2e/kg",{"$f":"(D14/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table13[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":0.49097399999999997},"Batteries","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table13[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table13[[#This Row],[Weight (g)]]/1000)*Table13[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":3.6814399999999999E-4}]
[null,null,"Circuit board (FR4)",4.5,"Electrical items - IT","BEIS, 2022","kgCO2e/kg",{"$f":"(D15/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table13[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":0.11189465999999998},"WEEE - small","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table13[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table13[[#This Row],[Weight (g)]]/1000)*Table13[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":9.5759999999999991E-5}]
[null,null,"Capacitator (Aluminium cap Type)",1,"Electrical items - IT","BEIS, 2022","kgCO2e/kg",{"$f":"(D16/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table13[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":2.4865479999999999E-2},"WEEE - small","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table13[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table13[[#This Row],[Weight (g)]]/1000)*Table13[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":2.128E-5}]
[null,null,"Total",{"$f":"SUM(D13:D16)","v":46.400000000000006},null,null,null,{"$f":"SUM(H13:H16)","v":0.72289854399999987},null,null,null,{"$f":"SUM(L13:L16)","v":9.8739199999999991E-4}]
[]
[]
[null,null,"Lifetime of sensor (years)",10]
[null,null,"Embodied emissions (kgCO2e)",{"$f":"H17","v":0.72289854399999987}]
[null,null,"Usage emissions (kgCO2e)",0]
[null,null,"End-of-life emissions (kgCO2e)",{"$f":"L17","v":9.8739199999999991E-4}]
[null,null,"Total lifecycle emissions (kgCO2e)",{"$f":"SUM(D21:D23)","v":0.72388593599999984}]
[null,null,"Annual emissions per sensor (kgCO2e)",{"$f":"D24/D20","v":7.2388593599999981E-2}]
[]
[]
[]
[]
[null,null,"Edge Hub Lifecycle Emissions"]
[]
[null,null,null,null,"Embodied Emissions",null,null,null,"End-of-Life"]
[null,null,"Component","Weight (g)","Emission Factor Name","Emission Factor Source","Emission Factor unit","Embodied Emissions (kgCO2e)","Emission factor name (waste)","Emission Factor Source (waste)","Emission Factor (waste) (kgCO2e/kg)","Emissions from disposal (kgCO2e)"]
[null,null,"Plastic (PP, Hostacom G2N02)",112,"Plastics: average plastic rigid","BEIS, 2022","kgCO2e/kg",{"$f":"(D34/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table16[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":0.36699152000000002},"Plastics: PP (incl. forming)","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table16[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table16[[#This Row],[Weight (g)]]/1000)*Table16[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":2.3833600000000002E-3}]
[null,null,"Circuit board ",58,"Electrical items - IT","BEIS, 2022","kgCO2e/kg",{"$f":"(D35/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table16[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":1.44219784},"WEEE - small","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table16[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table16[[#This Row],[Weight (g)]]/1000)*Table16[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":1.2342400000000002E-3}]
[null,null,"Copper (CW024A)",11,"Electrical items - IT","BEIS, 2022","kgCO2e/kg",{"$f":"(D36/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table16[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":0.27352027999999995},"Metal: scrap metal","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table16[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table16[[#This Row],[Weight (g)]]/1000)*Table16[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":2.3407999999999998E-4}]
[null,null,"Plastic screw connection (Halogen-free polyamide)",5,"Plastics: PET (incl. forming)","BEIS, 2022","kgCO2e/kg",{"$f":"(D37/1000)*(INDEX('Emission Factors'!$E$64:$E$83/1000,MATCH(Table16[[#This Row],[Emission Factor Name]],'Emission Factors'!$C$64:$C$83,0)))","v":2.0161949999999998E-2},"Plastics: average plastics","BEIS, 2022",{"$f":"INDEX('Emission Factors'!$F$92:$F$109,MATCH(Table16[[#This Row],[Emission factor name (waste)]],'Emission Factors'!$C$92:$C$109,0))/1000","v":2.128E-2},{"$f":"(Table16[[#This Row],[Weight (g)]]/1000)*Table16[[#This Row],[Emission Factor (waste) (kgCO2e/kg)]]","v":1.064E-4}]
[null,null,"Total",{"$f":"SUM(D34:D37)","v":186},null,null,null,{"$f":"SUM(H34:H37)","v":2.1028715899999999},null,null,null,{"$f":"SUM(L34:L37)","v":3.9580800000000001E-3}]
[]
[]
[null,null,null,null,"Usage Emissions"]
[null,null,"Country","Component","Average daily data use (MB/day)","Maximum daily energy consumption (W/day)","Maximum yearly energy consumption (kWh/year)","Annual emissions per Edge Hub (kgCO2e)\nLocation-based","Annual emissions per Edge Hub (kgCO2e) market-based*"]
[null,null,"Sweden","HUB",3,6,{"$f":"(F43/1000)*365","v":2.19},{"$f":"G43*_xlfn.XLOOKUP(C43,'Emission Factors'!$C$12:$C$14,'Emission Factors'!$G$12:$G$14)","v":2.8469999999999999E-2},{"$f":"G43*_xlfn.XLOOKUP(C43,'Emission Factors'!$B$43:$B$46,'Emission Factors'!$E$43:$E$46)","v":7.8813449629629634E-2}]
[null,null,"Finland","HUB",3,6,{"$f":"(F44/1000)*365","v":2.19},{"$f":"G44*_xlfn.XLOOKUP(C44,'Emission Factors'!$C$12:$C$14,'Emission Factors'!$G$12:$G$14)","v":0.12807388163265307},{"$f":"G44*_xlfn.XLOOKUP(C44,'Emission Factors'!$B$43:$B$46,'Emission Factors'!$E$43:$E$46)","v":1.1701234269795917}]
[]
[]
[null,null,"Country","Sweden","Finland"]
[null,null,"Lifetime of sensor (years)",15,15]
[null,null,"Embodied emissions (kgCO2e)",{"$f":"H38","v":2.1028715899999999},{"$f":"H38","v":2.1028715899999999}]
[null,null,"Usage emissions location-based (kgCO2e)",{"$f":"H43*D48","v":0.42704999999999999},{"$f":"H44*E48","v":1.9211082244897961}]
[null,null,"Usage emissions market-based* (kgCO2e)",{"$f":"I43*D48","v":1.1822017444444446},{"$f":"I44*E48","v":17.551851404693874}]
[null,null,"End-of-life emissions (kgCO2e)",{"$f":"L38","v":3.9580800000000001E-3},{"$f":"L38","v":3.9580800000000001E-3}]
[null,null,"Total lifecycle emissions location-based (kgCO2e)",{"$f":"SUM(D49:D50,D52)","v":2.5338796699999997},{"$f":"SUM(E49:E50,E52)","v":4.0279378944897966}]
[null,null,"Total lifecycle emissions market-based* (kgCO2e)",{"$f":"SUM(D49:D49,D51:D52)","v":3.2890314144444441},{"$f":"SUM(E49:E49,E51:E52)","v":19.658681074693874}]
[null,null,"Annual emissions per Edge Hub location-based (kgCO2e)",{"$f":"D53/D48","v":0.1689253113333333},{"$f":"E53/E48","v":0.26852919296598643}]
[null,null,"Annual emissions per Edge Hub market-based* (kgCO2e)",{"$f":"D54/D48","v":0.21926876096296294},{"$f":"E54/E48","v":1.3105787383129248}]
[]
[null,null,"IoT Accelerator"]
[null,null,"Electricity consumption Stockholm site  (MWh/year)","Electricity consumption Amsterdam site (MWh/year)","Total annual electricity consumption (kWh/year)","Electricity emissions Stockhom site location-based (kgCO2e/year)","Electricity emissions Amsterdam site location-based (kgCO2e/year)","Total annual electricity emissions location-based (kgCO2e/year)","Embodied emissions factor","Embodied emissions location-based (kgCO2e)"]
[null,null,1.26,0.48,{"$f":"(SUM(C60:D60))*1000","v":1740},{"$f":"(C60*1000)*'Emission Factors'!$G$13","v":16.38},{"$f":"(D60*1000)*'Emission Factors'!$G$14","v":177.792},{"$f":"SUM(F60,G60)","v":194.172},9.3000000000000007,{"$f":"H60*I60","v":1805.7996000000001}]
[null,null,"Source: Ericsson, see tab 'IoT Acc & Radio Network' tab"]
[]
[null,null,"Embodied emissions location-based (kgCO2e)",{"$f":"J60","v":1805.7996000000001}]
[null,null,"Usage emissions location-based (kgCO2e)",{"$f":"H60","v":194.172}]
[null,null,"Annual emissions location-based (kgCO2e)",{"$f":"SUM(D63,D64)","v":1999.9716000000001}]
[]
[]
[null,null,"Radio Network"]
[null,null,"Country","Total number of Kiona subs recalculated to average subscriptions (subscribers)","Electricity intensity /subscription (kWh/subscriber)","Network electricity consumption based on Kiona subscribers (kWh/year)","Electricity emissions location-based (kgCO2e/year)","Embodied emissions factor","Embodied emissions location-based (kgCO2e)"]
[null,null,"Sweden",33.6,37,{"$f":"Table14[[#This Row],[Total number of Kiona subs recalculated to average subscriptions (subscribers)]]*Table14[[#This Row],[Electricity intensity /subscription (kWh/subscriber)]]","v":1243.2},{"$f":"F70*_xlfn.XLOOKUP(C70,'Emission Factors'!$C$12:$C$14,'Emission Factors'!$G$12:$G$14)","v":16.1616},9.3000000000000007,{"$f":"H70*G70","v":150.30288000000002}]
[null,null,"Finland",33.6,37,{"$f":"Table14[[#This Row],[Total number of Kiona subs recalculated to average subscriptions (subscribers)]]*Table14[[#This Row],[Electricity intensity /subscription (kWh/subscriber)]]","v":1243.2},{"$f":"F71*_xlfn.XLOOKUP(C71,'Emission Factors'!$C$12:$C$14,'Emission Factors'!$G$12:$G$14)","v":72.70385828571429},9.3000000000000007,{"$f":"H71*G71","v":676.1458820571429}]
[null,null,"Source: Ericsson, see tab 'IoT Acc & Radio Network' tab"]
[null,null,"Country","Sweden","Finland"]
[null,null,"Embodied emissions location-based (kgCO2e)",{"$f":"I70","v":150.30288000000002},{"$f":"I71","v":676.1458820571429}]
[null,null,"Usage emissions location-based (kgCO2e)",{"$f":"G70","v":16.1616},{"$f":"G71","v":72.70385828571429}]
[null,null,"Annual emissions location-based (kgCO2e)",{"$f":"SUM(D74,D75)","v":166.46448000000001},{"$f":"SUM(E74,E75)","v":748.84974034285722}]
[]
[]
[null,null,"Google Cloud"]
[null,null,"Total annual Google cloud emissions location-based (tCO2e/year)","Total annual Google cloud emissions market-based* (tCO2e/year)","Total annual Google cloud emissions location-based (kgCO2e/year)","Total annual Google cloud emissions market-based* (kgCO2e/year)","Total number of Kiona Edge Hubs/Gateways in use","Edge Hubs in dataset","Percentage of Google cloud emissions for dataset (%)","Emissions per Edge Hub location-based (kgCO2e/year)","Emissions per Edge Hub market-based* (kgCO2e/year)","Annual emissions for dataset buildings location-based (kgCO2e/year)","Annual emissions for dataset buildings market-based* (kgCO2e/year)"]
[null,null,8.3000000000000007,0,{"$f":"C81*1000","v":8300},{"$f":"D81*1000","v":0},8763,{"$f":"Table7[[#Totals],[Edge Hubs]]","v":356},{"$f":"Table18[[#This Row],[Edge Hubs in dataset]]/Table18[[#This Row],[Total number of Kiona Edge Hubs/Gateways in use]]","v":4.0625356613032064E-2},{"$f":"E81/G81","v":0.94716421316900601},{"$f":"F81/G81","v":0},{"$f":"E81*I81","v":337.19045988816612},{"$f":"F81*I81","v":0}]
[null,null,"Source: Kiona, see tab 'Kiona AI lifecycle data' tab"]
[null,null,"Annual emissions location-based (kgCO2e)",{"$f":"Table18[Annual emissions for dataset buildings location-based (kgCO2e/year)]","v":337.19045988816612}]
[null,null,"Annual emissions market-based* (kgCO2e)",{"$f":"Table18[Annual emissions for dataset buildings market-based* (kgCO2e/year)]","v":0}]

{"sheet":"Emission Factors","index":11,"n_rows":136,"n_cols":12,"rows_kept":136,"cut":false,"hidden":false,"merged":[[4,2,6,5],[57,1,57,7]]}
[null,null,"Emission factors"]
[]
[]
[null,null,"Assumptions"]
[null,null,"1. For supplier specific district heating emissions factors, if the utility provider does not explicitly state that the factors are WTT, it is assumed WTT is included in the figure to be conservative with regards to the savings.\n2. Residual mix electricity factors from the AIB are uplifted using 2019 values to convert from emissions in CO2 to CO2 equivalents.\n3. It is assumed that no material component of the HUBs and sensors are recycled.\n4. If no supplier specific emission factor was avaialble, the location based emission factor was used."]
[]
[]
[]
[null,"Electricity Emission Factors"]
[]
[null,"Emission Factors","Lookup Name","Scope 2 Emissions Factor 2022","Totals","Unit","Totals - Conversion","Unit2","Source - Scope 2 Emissions & Scope 3 T&D losses"]
[null,"Electricity: Finland","Finland",57,{"$f":"Table1034[[#This Row],[Scope 2 Emissions Factor 2022]]","v":57},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1034[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1034[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1034[[#This Row],[Lookup Name]],$B$51:$B$54))),(Table1034[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1034[[#This Row],[Totals]]))","v":5.8481224489795924E-2},"kgCO2e/kWh","Real-time CO2 emissions estimate - Fingrid (Table.2)"]
[null,"Electricity: Sweden","Sweden",1.2999999999999999E-2,{"$f":"Table1034[[#This Row],[Scope 2 Emissions Factor 2022]]","v":1.2999999999999999E-2},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1034[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1034[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1034[[#This Row],[Lookup Name]],$B$51:$B$54))),(Table1034[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1034[[#This Row],[Totals]]))","v":1.2999999999999999E-2},"kgCO2e/kWh","https://www.climatiq.io/data/emission-factor/be026186-9486-46b5-b2b8-99f542ca38fd"]
[null,"Electricity: Netherlands","Netherlands",0.37040000000000001,{"$f":"Table1034[[#This Row],[Scope 2 Emissions Factor 2022]]","v":0.37040000000000001},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1034[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1034[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1034[[#This Row],[Lookup Name]],$B$51:$B$54))),(Table1034[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1034[[#This Row],[Totals]]))","v":0.37040000000000001},"kgCO2e/kWh","Association of Issuing Bodies (AIB) 2022"]
[]
[null,"District Heating Emission Factors"]
[]
[null,"Emission Factors","Country","Lookup Name","Scope 2 Emissions Factor 2022","Scope 3 2022","WTT - T&D 2021","Totals","Unit","Total - Conversion","Conversion unit (kgCO2e/kWh)","Source - Scope 2 Emissions & Scope 3 T&D losses"]
[null,"District Heating: Affärsverken Karlskrona AB","Sweden","Affärsverken Karlskrona AB                                                                           ",{"$f":"C117","v":3.53},null,{"$f":"C118","v":6.05},{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":9.58},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":9.58E-3},"kgCO2e/kWh","https://www.affarsverken.se/globalassets/affarsverken/om-affarsverken/hallbarhet/hallbarhetsredovisning/hallbarhetsredovisning-2021-tga.pdf"]
[null,"District Heating: Alva","Finland","Alva                                                                                                 ",113,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":113},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":0.11593646258503403},"kgCO2e/kWh","https://www.openco2.net/en/emission-factors/district-heating/district-heat-sold-by-alva-jyvaskyla/3049"]
[null,"District Heating: E.ON Energilösningar AB","Sweden","E.ON Energilösningar AB                                                                              ",{"$f":"C127","v":90.19},null,{"$f":"F127","v":5.1333333333333329},{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":95.323333333333323},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":9.5323333333333329E-2},"kgCO2e/kWh","swe-fjarrvarme-natspecifika-miljovarden.pdf (eon.se)"]
[null,"District Heating: Eskilstuna Energi och Miljö AB","Sweden","Eskilstuna Energi och Miljö AB                                                                       ",10.85,null,6.79,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":17.64},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":1.7639999999999999E-2},"kgCO2e/kWh","Environmental values for district heating - eem.se"]
[null,"District Heating: Göteborg Energi AB","Sweden","Göteborg Energi AB                                                                                   ",64,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":64},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":6.4000000000000001E-2},"kgCO2e/kWh","https://www.goteborgenergi.se/ars-och-hallbarhetsredovisning/hallbarhetsredovisning"]
[null,"District Heating Loimua Oy, Jyväskylä","Finland","Loimua Oy, Jyväskylä                                                                                 ",34.799999999999997,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":34.799999999999997},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":3.5704326530612243E-2},"kgCO2e/kWh","Emissions from our district heat production in 2022 - Loimua"]
[null,"District Heating: Sandviken Energi AB","Sweden","Sandviken Energi AB                                                                                  ",13,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":13},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":1.2999999999999999E-2},"kgCO2e/kWh","Fuel mix and environmental values - Sandviken Energi"]
[null,"District Heating: Sollentuna Energi & Miljö AB","Sweden","Sollentuna Energi & Miljö AB                                                                         ",65.206999999999994,null,4.3920000000000003,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":69.59899999999999},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":6.4306039012345675E-2},"kgCO2e/kWh","How district heating works | SEOM"]
[null,"District Heating: Tekniska Verken i Linköping AB","Sweden","Tekniska Verken i Linköping AB                                                                       ",null,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":0},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","District Heating: Sweden"]
[null,"District Heating: Telge Nät AB","Sweden","Telge Nät AB                                                                                         ",{"$f":"C132","v":37.4},null,{"$f":"C135","v":3.8},{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":41.199999999999996},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":3.8066765432098762E-2},"kgCO2e/kWh","Miljövärden (telge.se)"]
[null,"District Heating: Tranås Energi AB","Sweden","Tranås Energi AB                                                                                     ",null,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":0},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","District Heating: Sweden"]
[null,"District Heating: Trelleborgs Fjärrvärme AB","Sweden","Trelleborgs Fjärrvärme AB                                                                            ",null,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":0},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","District Heating: Sweden"]
[null,"District Heating: Växjö Energi AB","Sweden","Växjö Energi AB                                                                                      ",null,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":0},"kgCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","District Heating: Sweden"]
[null,"District Heating: Vattenfall AB","Sweden","Vattenfall AB                                                                                        ",null,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":0},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","District Heating: Sweden"]
[null,"District Heating: Finland","Finland","Finland",190,null,null,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":190},"gCO2/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":0.19493741496598641},"kgCO2e/kWh","OpenCO2.net"]
[null,"District Heating: Sweden","Sweden","Sweden",45.8,null,5.9,{"$f":"SUM(Table1732[[#This Row],[Scope 2 Emissions Factor 2022]:[WTT - T&D 2021]])","v":51.699999999999996},"gCO2e/kWh",{"$f":"_xlfn.IFS((Table1732[[#This Row],[Totals]]=0),INDEX($J$33:$J$34,MATCH(Table1732[[#This Row],[Country]],$C$33:$C$34,0)),(Table1732[[#This Row],[Unit]]=\"gCO2e/kWh\"),(Table1732[[#This Row],[Totals]]/1000),(Table1732[[#This Row],[Unit]]=\"gCO2/kWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2/GJ\"),((Table1732[[#This Row],[Totals]]/277.78)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))),(Table1732[[#This Row],[Unit]]=\"kgCO2e/kWh\"),(Table1732[[#This Row],[Totals]]),(Table1732[[#This Row],[Unit]]=\"kgCO2/MWh\"),((Table1732[[#This Row],[Totals]]/1000)*INDEX($G$51:$G$54,MATCH(Table1732[[#This Row],[Country]],$B$51:$B$54))))","v":5.1699999999999996E-2},"kgCO2e/kWh","Environmental assessment of district heating - Energiföretagen Sverige (energiforetagen.se)"]
[]
[]
[null,"Europe Residual Mix Factors"]
[null,"Source: https://www.aib-net.org/sites/default/files/assets/facts/residual-mix/2022/AIB_2022_Residual_Mix_Results_.pdf"]
[null,null,null,null,null,null,null,null,null,null," "]
[null,"Residual Mixes 2022"]
[null,"Data from Table 2"]
[null,"Country","2022 (gCO2/kWh) ","2022 (kgCO2/kWh) ","2022 (kgCO2e/kWh) "]
[null,"Finland",520.77,{"$f":"C43/1000","v":0.52076999999999996},{"$f":"D43*_xlfn.XLOOKUP(B43,$B$51:$B$54,$G$51:$G$54)","v":0.53430293469387746}]
[null,"Netherlands",438.97,{"$f":"C44/1000","v":0.43897000000000003},{"$f":"D44*_xlfn.XLOOKUP(B44,$B$51:$B$54,$G$51:$G$54)","v":0.44152783009617197}]
[null,"Sweden",38.950000000000003,3.8950000000000005E-2,{"$f":"D45*_xlfn.XLOOKUP(B45,$B$51:$B$54,$G$51:$G$54)","v":3.5987876543209882E-2}]
[null,"European Attribute Mix",531.21,0.53121000000000007,0.53622646723588108]
[]
[null,"CO2 to CO2e Calculations"]
[null,null,null,"Scope 2 (CO2 only)","Full lifecycle (CO2 only)","Scope 2 CO2e"]
[null,"Country","Country Code","2018 Direct CO2 (gCO2/kWh) ","2018 LCA CO2 ","2018 Direct GWP (gCO2e/kWh)","% uplift"]
[null,"Finland","FI",294,340.37,301.64,{"$f":"F51/D51","v":1.0259863945578231}]
[null,"Netherlands","NL",530.29999999999995,589.57000000000005,533.39,1.0058268904393739]
[null,"Sweden","SE",40.5,54.34,37.42,{"$f":"F53/D53","v":0.92395061728395067}]
[null,"European Attribute Mix","EAM",486.05,521.74,490.64,{"$f":"F54/D54","v":1.0094434728937351}]
[null,"Source: https://www.aib-net.org/facts/european-residual-mix/2018"]
[]
[]
[null,"UK Government GHG Conversion Factors for Company Reporting, Department for Business, Energy & Industrial Strategy (BEIS) 2022 "]
[null,"Source: https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2022"]
[null,"Material Use Emission Factors, BEIS 2022"]
[]
[null,null,null,null,"Primary material production","Re-used","Open-loop source","Closed-loop source"]
[null,"Activity","Material","Unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit"]
[null,"Electrical items","Electrical items - fridges and freezers","tonnes",4363.33]
[null,null,"Electrical items - large","tonnes",3267]
[null,null,"Electrical items - IT","tonnes",24865.48]
[null,null,"Electrical items - small","tonnes",5647.95]
[null,null,"Batteries - Alkaline","tonnes",4633.4799999999996]
[null,null,"Batteries - Li ion","tonnes",6308]
[null,null,"Batteries - NiMh","tonnes",28380]
[null,"Metal","Metal: aluminium cans and foil (excl. forming)","tonnes",9122.64,null,null,999.4]
[null,null,"Metal: mixed cans","tonnes",5268.56,null,null,1473.79]
[null,null,"Metal: scrap metal","tonnes",3682.68,null,null,1633.18]
[null,null,"Metal: steel cans","tonnes",3100.64,null,null,1740.64]
[null,"Plastic","Plastics: average plastics","tonnes",3116.29,null,null,2326.5300000000002]
[null,null,"Plastics: average plastic film","tonnes",2574.16,null,null,1894.63]
[null,null,"Plastics: average plastic rigid","tonnes",3276.71,null,null,2748.83]
[null,null,"Plastics: HDPE (incl. forming)","tonnes",3269.84,null,null,2350.62]
[null,null,"Plastics: LDPE and LLDPE (incl. forming)","tonnes",2600.64,null,null,1797.22]
[null,null,"Plastics: PET (incl. forming)","tonnes",4032.39,null,null,3125.27]
[null,null,"Plastics: PP (incl. forming)","tonnes",3104.73,null,null,2541.31]
[null,null,"Plastics: PS (incl. forming)","tonnes",3777.95,null,null,3198.96]
[null,null,"Plastics: PVC (incl. forming)","tonnes",3413.08,null,null,2489.67]
[]
[]
[null,"Waste Disposal Emission Factors, BEIS 2022"]
[]
[]
[]
[null,null,null,null,"Re-use","Open-loop","Closed-loop","Combustion","Composting","Landfill","Anaerobic digestion"]
[null,"Activity","Waste type","Unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit","Total kg CO2e per unit"]
[null,"Electrical items","WEEE - fridges and freezers","tonnes",null,21.28,null,null,null,8.8829999999999991]
[null,null,"WEEE - large","tonnes",null,21.28,null,21.28,null,8.8829999999999991]
[null,null,"WEEE - mixed","tonnes",null,21.28,null,21.28,null,8.8829999999999991]
[null,null,"WEEE - small","tonnes",null,21.28,null,21.28,null,8.8829999999999991]
[null,null,"Batteries","tonnes",null,21.28,null,null,null,8.8829999999999991]
[null,"Metal","Metal: aluminium cans and foil (excl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Metal: mixed cans","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Metal: scrap metal","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Metal: steel cans","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,"Plastic","Plastics: average plastics","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: average plastic film","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: average plastic rigid","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: HDPE (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: LDPE and LLDPE (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: PET (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: PP (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: PS (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[null,null,"Plastics: PVC (incl. forming)","tonnes",null,21.28,21.28,21.28,null,8.8829999999999991]
[]
[]
[]
[null,"Supplier Specific Emission Factor Calculations"]
[]
[null,"Affärsverken's district heating network (g/kWh)"]
[null,"Variable","Karlskrona "]
[null,"CO2e emissions during combustion",3.53]
[null,"CO2e emissions for transport and production",6.05]
[null,"Total CO2e",{"$f":"SUM(C117:C118)","v":9.58}]
[null,"Source: page 10","https://www.affarsverken.se/globalassets/affarsverken/om-affarsverken/hallbarhet/hallbarhetsredovisning/hallbarhetsredovisning-2021-tga.pdf"]
[]
[null,"E.ON Energilösningar AB                                                                              "]
[null,"Market","Greenhouse gas emissions from combustion","Unit","WTT?","WTT value","WTT unit"]
[null,"Malmö/Burlöv",81.05,"gCO2e/kWh","Yes",5.64,"gCO2e/kWh"]
[null,"Norrköping/Söderköping",145.69,"gCO2e/kWh","Yes",4.01,"gCO2e/kWh"]
[null,"Örebro/Hallsberg/Kumla",43.83,"gCO2e/kWh","Yes",5.75,"gCO2e/kWh"]
[null,"Average of specific locations",{"$f":"AVERAGE(C124,C125,C126)","v":90.19},"gCO2e/kWh","Yes",{"$f":"AVERAGE(F124,F125,F126)","v":5.1333333333333329},"gCO2e/kWh"]
[null,"Source: ","swe-fjarrvarme-natspecifika-miljovarden.pdf (eon.se)"]
[]
[null,"Telge Nät AB - Södertälje                                                                   "]
[null,"Variable ","Efs","Unit"]
[null,"Greenhouse gas emissions: own emissions and indirect emissions of purchased energy",37.4,"gCO2/kWh"]
[null,"emissions from waste treatment",32.9,"gCO2/kWh"]
[null,"Greenhouse gas emissions: own emissions and indirect emissions of purchased energy excluding waste treatment",{"$f":"C132-C133","v":4.5},"gCO2/kWh"]
[null,"Greenhouse gas emissions: transport and production of fuels",3.8,"gCO2/kWh"]
[null,"Source: ","Miljövärden (telge.se)"]

{"sheet":"Raw Data >","index":12,"n_rows":2,"n_cols":2,"rows_kept":2,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Raw data >> Page intentionally left blank."]

{"sheet":"Building Dataset","index":13,"n_rows":360,"n_cols":17,"rows_kept":360,"cut":false,"hidden":false,"merged":[]}
["Carbon trust building ID","City","Combined name","country","Building type","BuildYear","ventilation","Windows","Area (m2)","Sensors","Hubs","Energy Company                                                                                              ","Energy sources","Baseline year","Energy consumption_withoutAI_kwh","savings_ withAI_kwh_persqm","Energy consumption_kwh_2022"]
[1,"Sandviken",{"$f":"B2&\"-\"&A2","v":"Sandviken-1"},"Sweden","Residential",1968,"Exhaust","Triple glazed",2864,23,1,"Sandviken Energi AB                                                                                  ","District heating",2022,394492.4,10.1,365566]
[2,"Eskilstuna","Eskilstuna-2","Sweden","Residential",1954,"Natural ventilation","Double glazed",4080,35,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,738489.3,16.5,671169.3]
[3,"Karlskrona","Karlskrona-3","Sweden","Residential",1970,"Exhaust","Double glazed",8955,140,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,1071758.8,9.9,983104.3]
[4,"Jyväskylä","Jyväskylä-4","Finland","Residential",2011,"ESX","Triple glazed",3288,75,1,"Alva                                                                                                 ","District heating",2022,375351.19999999995,6.7,353321.6]
[5,"Tranås","Tranås-5","Sweden","Residential",1950,"Exhaust","Triple glazed",7682,15,1,"Tranås Energi AB                                                                                     ","District heating",2022,741846.89999999991,12.1,648894.69999999995]
[6,"Göteborg","Göteborg-6","Sweden","Residential",1971,"ESX","Double glazed",16108,30,1,"Göteborg Energi AB                                                                                   ","District heating",2022,2207052,11.4,2023420.8]
[7,"Eskilstuna","Eskilstuna-7","Sweden","Residential",1967,"ESX","Double glazed",4531,47,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,628361.80000000005,12.4,572177.4]
[8,"Sandviken","Sandviken-8","Sweden","Residential",1970,"Exhaust","Double glazed",4146,60,1,"Sandviken Energi AB                                                                                  ","District heating",2022,327172,10.199999999999999,284882.8]
[9,"Norrköping","Norrköping-9","Sweden","Residential",1965,"Exhaust","Double glazed",3685,46,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,607195.80000000005,12.2,562238.80000000005]
[10,"Örebro","Örebro-10","Sweden","Residential",1971,"Exhaust","Double glazed",19790,195,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,2710624.9,10.8,2496892.9]
[11,"Göteborg","Göteborg-11","Sweden","Residential",1971,"ESX","Double glazed",11362,22,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1768039.7000000002,10.8,1645330.1]
[12,"Eskilstuna","Eskilstuna-12","Sweden","Residential",1982,"Exhaust","Double glazed",1282,2,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,114197.70000000001,10.8,100352.1]
[13,"Jyväskylä","Jyväskylä-13","Finland","Residential",2004,"Exhaust","Triple glazed",1294,24,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,239144,6.4,230862.4]
[14,"Jyväskylä","Jyväskylä-14","Finland","Residential",1999,"Exhaust","Triple glazed",1350,30,1,"Alva                                                                                                 ","District heating",2022,303051.2,8.4,291711.2]
[15,"Eskilstuna","Eskilstuna-15","Sweden","Residential",1967,"ESX","Double glazed",6640,73,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1116468.8,11.9,1037452.8]
[16,"Sandviken","Sandviken-16","Sweden","Residential",2019,"Exhaust","Double glazed",1845,25,1,"Sandviken Energi AB                                                                                  ","District heating",2022,243290.9,7.5,229453.4]
[17,"Jyväskylä","Jyväskylä-17","Finland","Residential",1993,"Exhaust","Triple glazed",2198,37,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,448486,9.6,427385.2]
[18,"Jyväskylä","Jyväskylä-18","Finland","Residential",1989,"Exhaust","Triple glazed",1052,23,1,"Alva                                                                                                 ","District heating",2022,193324.3,9,183856.3]
[19,"Sandviken","Sandviken-19","Sweden","Residential",1930,"Exhaust","Double glazed",717,14,1,"Sandviken Energi AB                                                                                  ","District heating",2022,142073.4,17.600000000000001,129454.2]
[20,"Jyväskylä","Jyväskylä-20","Finland","Residential",1996,"Exhaust","Triple glazed",1958,28,1,"Alva                                                                                                 ","District heating",2022,384724.60000000003,9.4,366319.4]
[21,"Sandviken","Sandviken-21","Sweden","Residential",1961,"Exhaust","Double glazed",1183,20,1,"Sandviken Energi AB                                                                                  ","District heating",2022,179646.1,18,158352.1]
[22,"Tranås","Tranås-22","Sweden","Residential",1992,"Exhaust","Double glazed",1987,9,1,"Tranås Energi AB                                                                                     ","District heating",2022,216532.80000000002,9.3000000000000007,198053.7]
[23,"Eskilstuna","Eskilstuna-23","Sweden","Residential",1972,"Exhaust","Double glazed",4051,35,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,692692.10000000009,12.3,642864.80000000005]
[24,"Eskilstuna","Eskilstuna-24","Sweden","Residential",1981,"Exhaust","Double glazed",2854,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,333212.19999999995,8.4,309238.59999999998]
[25,"Eskilstuna","Eskilstuna-25","Sweden","Residential",1966,"Exhaust","Double glazed",8560,86,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,745564.7,11.5,647124.69999999995]
[26,"Jyväskylä","Jyväskylä-26","Finland","Residential",1996,"Exhaust","Triple glazed",1280,25,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,202196.3,7.7,192340.3]
[27,"Stockholm","Stockholm-27","Sweden","Residential",1970,"ESX","Double glazed",10225,50,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,1792691.6,12.8,1661811.6]
[28,"Södertälje","Södertälje-28","Sweden","Residential",1968,"Exhaust","Double glazed",1752,6,1,"Telge Nät AB                                                                                         ","District heating",2022,278135.3,13.8,253957.7]
[29,"Sandviken","Sandviken-29","Sweden","Residential",1991,"Exhaust","Double glazed",2369,34,1,"Sandviken Energi AB                                                                                  ","District heating",2022,256369.4,9.1,234811.5]
[30,"Eskilstuna","Eskilstuna-30","Sweden","Residential",1969,"Exhaust","Double glazed",3481,34,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,461364.10000000003,12.4,418199.7]
[31,"Norrköping","Norrköping-31","Sweden","Residential",1965,"Exhaust","Double glazed",3588,57,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,614424,13.2,567062.4]
[32,"Sandviken","Sandviken-32","Sweden","Residential",1966,"Exhaust","Triple glazed",1834,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,343829.7,15.2,315952.90000000002]
[33,"Jyväskylä","Jyväskylä-33","Finland","Residential",1982,"Exhaust","Triple glazed",1457,24,1,"Alva                                                                                                 ","District heating",2022,252118.1,9.5,238276.6]
[34,"Sandviken","Sandviken-34","Sweden","Residential",1970,"Exhaust","Double glazed",4568,57,1,"Sandviken Energi AB                                                                                  ","District heating",2022,904892.4,15.1,835915.6]
[35,"Eskilstuna","Eskilstuna-35","Sweden","Residential",1982,"Exhaust","Double glazed",1448,3,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,205139.8,10.6,189791]
[36,"Jyväskylä","Jyväskylä-36","Finland","Residential",1989,"Exhaust","Triple glazed",1770,22,1,"Alva                                                                                                 ","District heating",2022,330286.3,8.4,315418.3]
[37,"Norrköping","Norrköping-37","Sweden","Residential",1965,"Exhaust","Double glazed",1618,19,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,265911.2,12.8,245200.8]
[38,"Malmö","Malmö-38","Sweden","Residential",1969,"Exhaust","Triple glazed",2856,11,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,679493.6,9,653789.6]
[39,"Sandviken","Sandviken-39","Sweden","Residential",1981,"ESX","Double glazed",4175,23,1,"Sandviken Energi AB                                                                                  ","District heating",2022,468466.8,11.2,421706.8]
[40,"Jyväskylä","Jyväskylä-40","Finland","Residential",1998,"Exhaust","Triple glazed",768,17,1,"Alva                                                                                                 ","District heating",2022,153439.80000000002,7.9,147372.6]
[41,"Karlskrona","Karlskrona-41","Sweden","Residential",1989,"Exhaust","Double glazed",1606,20,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,155424.79999999999,7.8,142898]
[42,"Eskilstuna","Eskilstuna-42","Sweden","Residential",1981,"Exhaust","Double glazed",916,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,123642.7,10.4,114116.3]
[43,"Sandviken","Sandviken-43","Sweden","Residential",1968,"Exhaust","Triple glazed",1936,20,1,"Sandviken Energi AB                                                                                  ","District heating",2022,257323.3,11.3,235446.5]
[44,"Göteborg","Göteborg-44","Sweden","Residential",1968,"Exhaust","Double glazed",6609,19,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1086070.5,10.8,1014693.3]
[45,"Tranås","Tranås-45","Sweden","Residential",1950,"Exhaust","Triple glazed",3393,18,1,"Tranås Energi AB                                                                                     ","District heating",2022,487970.19999999995,10.7,451665.1]
[46,"Sandviken","Sandviken-46","Sweden","Residential",1971,"Exhaust","Double glazed",2964,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,343868.7,12.3,307411.5]
[47,"Jyväskylä","Jyväskylä-47","Finland","Residential",1989,"Exhaust","Triple glazed",2854,63,1,"Alva                                                                                                 ","District heating",2022,517124,8.4,493150.4]
[48,"Sandviken","Sandviken-48","Sweden","Residential",1966,"Exhaust","Triple glazed",1258,22,1,"Sandviken Energi AB                                                                                  ","District heating",2022,225088.7,15,206218.7]
[49,"Eskilstuna","Eskilstuna-49","Sweden","Residential",1965,"Exhaust","Double glazed",12482,136,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1905686.5999999999,11.1,1767136.4]
[50,"Sandviken","Sandviken-50","Sweden","Residential",1991,"Exhaust","Double glazed",1440,26,1,"Sandviken Energi AB                                                                                  ","District heating",2022,188405,10.6,173141]
[51,"Göteborg","Göteborg-51","Sweden","Residential",1971,"ESX","Double glazed",16108,26,1,"Göteborg Energi AB                                                                                   ","District heating",2022,2146380.5,11.5,1961138.5]
[52,"Eskilstuna","Eskilstuna-52","Sweden","Residential",1967,"ESX","Double glazed",6543,64,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1007091.2000000001,10.8,936426.8]
[53,"Sandviken","Sandviken-53","Sweden","Residential",1968,"Exhaust","Double glazed",2846,29,1,"Sandviken Energi AB                                                                                  ","District heating",2022,544262.1,17.8,493603.3]
[54,"Eskilstuna","Eskilstuna-54","Sweden","Residential",1972,"Exhaust","Double glazed",2171,6,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,339216,12.3,312512.7]
[55,"Sandviken","Sandviken-55","Sweden","Residential",2010,"Exhaust","Double glazed",1028,15,1,"Sandviken Energi AB                                                                                  ","District heating",2022,90718.8,6.7,83831.199999999997]
[56,"Eskilstuna","Eskilstuna-56","Sweden","Residential",1975,"Exhaust","Double glazed",4727,65,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,719066,12.7,659033.1]
[57,"Sandviken","Sandviken-57","Sweden","Residential",1950,"Exhaust","Double glazed",1775,26,1,"Sandviken Energi AB                                                                                  ","District heating",2022,381915,10.9,362567.5]
[58,"Norrköping","Norrköping-58","Sweden","Residential",1967,"ESX","Double glazed",1432,8,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,214269.7,12.8,195940.1]
[59,"Jyväskylä","Jyväskylä-59","Finland","Residential",1995,"Exhaust","Triple glazed",1050,15,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,211570.5,9,202120.5]
[60,"Jyväskylä","Jyväskylä-60","Finland","Residential",1995,"Exhaust","Triple glazed",1220,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,221543.6,10,209343.6]
[61,"Göteborg","Göteborg-61","Sweden","Residential",1975,"ESX","Double glazed",11708,50,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1451878.8,9.5,1340652.8]
[62,"Jyväskylä","Jyväskylä-62","Finland","Residential",2003,"Exhaust","Triple glazed",2130,39,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,495015.8,7.1,479892.8]
[63,"Göteborg","Göteborg-63","Sweden","Residential",1971,"ESX","Double glazed",11362,19,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1690524.6,10.3,1573496]
[64,"Eskilstuna","Eskilstuna-64","Sweden","Residential",1966,"Exhaust","Double glazed",12490,143,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1833806.8,12.9,1672685.8]
[65,"Jyväskylä",{"$f":"B66&\"-\"&A66","v":"Jyväskylä-65"},"Finland","Residential",1980,"Exhaust","Triple glazed",5522,96,1,"Alva                                                                                                 ","District heating",2022,1058305.0999999999,13.7,982653.7]
[66,"Jyväskylä","Jyväskylä-66","Finland","Residential",1986,"Exhaust","Triple glazed",1549,35,1,"Alva                                                                                                 ","District heating",2022,331734.10000000003,9.6,316863.7]
[67,"Malmö","Malmö-67","Sweden","Residential",1969,"Exhaust","Triple glazed",2857,8,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,341454.5,9,315741.5]
[68,"Jyväskylä","Jyväskylä-68","Finland","Residential",1993,"Exhaust","Triple glazed",1269,28,1,"Alva                                                                                                 ","District heating",2022,224395,9.1,212847.1]
[69,"Tranås","Tranås-69","Sweden","Residential",1944,"ESX","Triple glazed",708,7,1,"Tranås Energi AB                                                                                     ","District heating",2022,93267.4,11.8,84913]
[70,"Malmö","Malmö-70","Sweden","Residential",1969,"Exhaust","Triple glazed",1756,7,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,244856.3,7.8,231159.5]
[71,"Eskilstuna","Eskilstuna-71","Sweden","Residential",1937,"ESX","Double glazed",419,9,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,92307.8,16.8,85268.6]
[72,"Sandviken","Sandviken-72","Sweden","Residential",2010,"Exhaust","Double glazed",1291,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,192673.90000000002,7.2,183378.7]
[73,"Jyväskylä","Jyväskylä-73","Finland","Residential",1993,"Exhaust","Triple glazed",1307,23,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,255935.8,8.6999999999999993,244564.9]
[74,"Sandviken","Sandviken-74","Sweden","Residential",1968,"Exhaust","Triple glazed",2933,29,1,"Sandviken Energi AB                                                                                  ","District heating",2022,302602.09999999998,9.1999999999999993,275618.5]
[75,"Sandviken","Sandviken-75","Sweden","Residential",1968,"Exhaust","Triple glazed",2936,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,423592.6,10.1,393939]
[76,"Jyväskylä","Jyväskylä-76","Finland","Residential",1991,"Exhaust","Triple glazed",1030,21,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,227694.7,8.1999999999999993,219248.7]
[77,"Eskilstuna","Eskilstuna-77","Sweden","Residential",1982,"Exhaust","Double glazed",1814,3,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,206753.4,10.199999999999999,188250.6]
[78,"Norrköping","Norrköping-78","Sweden","Residential",1965,"Exhaust","Double glazed",2832,35,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,449285.7,11.5,416717.7]
[79,"Göteborg","Göteborg-79","Sweden","Residential",1968,"Exhaust","Double glazed",9361,25,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1567858.4000000001,10.6,1468631.8]
[80,"Katrineholm","Katrineholm-80","Sweden","Residential",1955,"Natural ventilation","Double glazed",2312,29,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,307155.20000000001,14.4,273862.40000000002]
[81,"Stockholm","Stockholm-81","Sweden","Residential",1973,"Exhaust","Double glazed",13848,147,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,2178501.6,13.5,1991553.6]
[82,"Jyväskylä","Jyväskylä-82","Finland","Residential",2004,"Exhaust","Triple glazed",1641,29,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,387136,6.4,376633.59999999998]
[83,"Eskilstuna","Eskilstuna-83","Sweden","Residential",1982,"Exhaust","Double glazed",1282,0,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,146211.6,7.8,136212]
[84,"Jyväskylä","Jyväskylä-84","Finland","Residential",1980,"Exhaust","Triple glazed",5549,110,1,"Alva                                                                                                 ","District heating",2022,1097506.3,11.8,1032028.1]
[85,"Eskilstuna","Eskilstuna-85","Sweden","Residential",1981,"Exhaust","Double glazed",1448,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,177676.30000000002,9.6999999999999993,163630.70000000001]
[86,"Eskilstuna","Eskilstuna-86","Sweden","Residential",1972,"Exhaust","Double glazed",7140,57,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1140366.1000000001,11.5,1058256.1000000001]
[87,"Jyväskylä","Jyväskylä-87","Finland","Residential",1998,"Exhaust","Triple glazed",1501,26,1,"Alva                                                                                                 ","District heating",2022,235163.59999999998,9.8000000000000007,220453.8]
[88,"Sandviken","Sandviken-88","Sweden","Residential",1967,"Exhaust","Double glazed",753,17,1,"Sandviken Energi AB                                                                                  ","District heating",2022,152819.5,13.9,142352.79999999999]
[89,"Växjö","Växjö-89","Sweden","Residential",1969,"ESX","Double glazed",11184,33,1,"Växjö Energi AB                                                                                      ","District heating",2022,1362176.2,10.7,1242507.3999999999]
[90,"Jyväskylä","Jyväskylä-90","Finland","Residential",1987,"Exhaust","Triple glazed",1389,25,1,"Alva                                                                                                 ","District heating",2022,253267.69999999998,8.1999999999999993,241877.9]
[91,"Malmö","Malmö-91","Sweden","Residential",1969,"Exhaust","Triple glazed",2856,11,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,392240.9,9.5,365108.9]
[92,"Jyväskylä","Jyväskylä-92","Finland","Residential",1989,"Exhaust","Triple glazed",1765,38,1,"Alva                                                                                                 ","District heating",2022,414374.3,9.3000000000000007,397959.8]
[93,"Karlskrona","Karlskrona-93","Sweden","Residential",1976,"Exhaust","Triple glazed",1625,14,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,198516,9.6,182916]
[94,"Jyväskylä","Jyväskylä-94","Finland","Residential",1991,"Exhaust","Triple glazed",2147,34,1,"Alva                                                                                                 ","District heating",2022,422561.19999999995,9.8000000000000007,401520.6]
[95,"Göteborg","Göteborg-95","Sweden","Residential",1971,"ESX","Double glazed",7472,14,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1197575.2,10.199999999999999,1121360.8]
[96,"Växjö","Växjö-96","Sweden","Residential",1961,"ESX","Double glazed",9645,81,1,"Växjö Energi AB                                                                                      ","District heating",2022,1408392.2,10.9,1303261.7]
[97,"Jyväskylä","Jyväskylä-97","Finland","Residential",1984,"Exhaust","Triple glazed",1449,30,1,"Alva                                                                                                 ","District heating",2022,266118.8,8.9,253222.7]
[98,"Karlskrona","Karlskrona-98","Sweden","Residential",1961,"Exhaust","Double glazed",1333,9,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,219831.2,9.9,206634.5]
[99,"Sandviken","Sandviken-99","Sweden","Residential",1970,"Exhaust","Double glazed",10176,56,1,"Sandviken Energi AB                                                                                  ","District heating",2022,698956.3,13.5,561580.30000000005]
[100,"Jyväskylä","Jyväskylä-100","Finland","Residential",1987,"Exhaust","Triple glazed",1341,32,1,"Alva                                                                                                 ","District heating",2022,281193.90000000002,11.4,265906.5]
[101,"Sandviken","Sandviken-101","Sweden","Residential",1968,"Exhaust","Triple glazed",1245,0,1,"Sandviken Energi AB                                                                                  ","District heating",2022,247680.8,11.1,233861.3]
[102,"Sandviken","Sandviken-102","Sweden","Residential",1971,"Exhaust","Double glazed",3068,11,1,"Sandviken Energi AB                                                                                  ","District heating",2022,351304.8,11.7,315409.2]
[103,"Malmö","Malmö-103","Sweden","Residential",1969,"Exhaust","Triple glazed",6163,27,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,841115.9,9.6999999999999993,781334.8]
[104,"Sandviken","Sandviken-104","Sweden","Residential",1967,"Exhaust","Double glazed",2799,20,1,"Sandviken Energi AB                                                                                  ","District heating",2022,244596.7,12.8,208769.5]
[105,"Eskilstuna","Eskilstuna-105","Sweden","Residential",1967,"ESX","Double glazed",5670,57,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,759675.9,11.5,694470.9]
[106,"Sandviken","Sandviken-106","Sweden","Residential",1958,"Exhaust","Triple glazed",2124,16,1,"Sandviken Energi AB                                                                                  ","District heating",2022,340775.60000000003,12.8,313588.40000000002]
[107,"Tranås","Tranås-107","Sweden","Residential",1972,"Exhaust","Double glazed",5783,36,1,"Tranås Energi AB                                                                                     ","District heating",2022,393331,15,306586]
[108,"Tranås","Tranås-108","Sweden","Residential",1969,"Exhaust","Triple glazed",1087,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,156074.1,11.1,144008.4]
[109,"Nyköping","Nyköping-109","Sweden","Residential",1961,"Exhaust","Double glazed",3464,49,1,"Vattenfall AB                                                                                        ","District heating",2022,501111.10000000003,11.3,461967.9]
[110,"Jyväskylä","Jyväskylä-110","Finland","Residential",1993,"Exhaust","Triple glazed",1376,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,192622.3,9.5,179550.3]
[111,"Karlskrona","Karlskrona-111","Sweden","Residential",1970,"Exhaust","Double glazed",11406,169,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,1360929.7,10,1246869.7]
[112,"Jyväskylä","Jyväskylä-112","Finland","Residential",1974,"Exhaust","Triple glazed",4849,91,1,"Alva                                                                                                 ","District heating",2022,1024136.5,17,941703.5]
[113,"Stockholm","Stockholm-113","Sweden","Residential",1969,"Exhaust","Double glazed",6633,1,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,1167699.7000000002,12.7,1083460.6000000001]
[114,"Eskilstuna","Eskilstuna-114","Sweden","Residential",1953,"Natural ventilation","Double glazed",6990,18,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1251592.3,15.8,1141150.3]
[115,"Malmö","Malmö-115","Sweden","Residential",1965,"Exhaust","Triple glazed",6501,17,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,673294,8.3000000000000007,619335.69999999995]
[116,"Karlskrona","Karlskrona-116","Sweden","Residential",1972,"Exhaust","Double glazed",1863,19,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,232280.8,9.8000000000000007,214023.4]
[117,"Jyväskylä","Jyväskylä-117","Finland","Residential",1988,"Exhaust","Triple glazed",1445,33,1,"Alva                                                                                                 ","District heating",2022,326885.2,9,313880.2]
[118,"Tranås","Tranås-118","Sweden","Residential",1965,"Exhaust","Triple glazed",2964,10,1,"Tranås Energi AB                                                                                     ","District heating",2022,526772.70000000007,10.199999999999999,496539.9]
[119,"Jyväskylä","Jyväskylä-119","Finland","Residential",1981,"Exhaust","Triple glazed",902,19,1,"Alva                                                                                                 ","District heating",2022,153394.79999999999,8.9,145367]
[120,"Jyväskylä","Jyväskylä-120","Finland","Residential",1961,"Exhaust","Triple glazed",1938,37,1,"Alva                                                                                                 ","District heating",2022,237378.4,12.7,212765.8]
[121,"Sandviken","Sandviken-121","Sweden","Residential",1961,"Exhaust","Triple glazed",2306,37,1,"Sandviken Energi AB                                                                                  ","District heating",2022,309184.2,13.3,278514.40000000002]
[122,"Eskilstuna","Eskilstuna-122","Sweden","Residential",1964,"Exhaust","Triple glazed",5679,69,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,809077,11,746608]
[123,"Sandviken","Sandviken-123","Sweden","Residential",1950,"ESX","Triple glazed",2458,41,1,"Sandviken Energi AB                                                                                  ","District heating",2022,422446,12.6,391475.20000000001]
[124,"Jyväskylä","Jyväskylä-124","Finland","Residential",2002,"Exhaust","Triple glazed",1508,24,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,223216.7,6.4,213565.5]
[125,"Jyväskylä","Jyväskylä-125","Finland","Residential",1974,"Exhaust","Triple glazed",10725,120,1,"Alva                                                                                                 ","District heating",2022,1408386.5,15.9,1237859]
[126,"Karlskrona","Karlskrona-126","Sweden","Residential",1970,"Exhaust","Double glazed",6054,96,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,878258.7,11.8,806821.5]
[127,"Eskilstuna","Eskilstuna-127","Sweden","Residential",1954,"Exhaust","Double glazed",1778,6,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,246426.80000000002,13.2,222957.2]
[128,"Malmö","Malmö-128","Sweden","Residential",1969,"Exhaust","Triple glazed",6163,22,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,766539.5,9,711072.5]
[129,"Sandviken",{"$f":"B130&\"-\"&A130","v":"Sandviken-129"},"Sweden","Residential",1968,"Exhaust","Triple glazed",9530,26,1,"Sandviken Energi AB                                                                                  ","District heating",2022,467230,9.9,372883]
[130,"Trelleborg","Trelleborg-130","Sweden","Residential",1954,"Exhaust","Triple glazed",1909,9,1,"Trelleborgs Fjärrvärme AB                                                                            ","District heating",2022,244927.1,8.5,228700.6]
[131,"Eskilstuna","Eskilstuna-131","Sweden","Residential",1981,"Exhaust","Double glazed",1448,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,225116.30000000002,10.7,209622.7]
[132,"Växjö","Växjö-132","Sweden","Residential",1969,"ESX","Double glazed",800,7,1,"Växjö Energi AB                                                                                      ","District heating",2022,108695.2,10.7,100135.2]
[133,"Eskilstuna","Eskilstuna-133","Sweden","Residential",1954,"Exhaust","Double glazed",6012,91,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1216671.5999999999,13.2,1137313.2]
[134,"Jyväskylä","Jyväskylä-134","Finland","Residential",1988,"Exhaust","Triple glazed",913,20,1,"Alva                                                                                                 ","District heating",2022,172456.1,10.9,162504.4]
[135,"Jyväskylä","Jyväskylä-135","Finland","Residential",1989,"Exhaust","Triple glazed",1275,32,1,"Alva                                                                                                 ","District heating",2022,247448.9,9.4,235463.9]
[136,"Katrineholm","Katrineholm-136","Sweden","Residential",1961,"Exhaust","Double glazed",6330,90,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,824972.80000000005,13.4,740150.8]
[137,"Eskilstuna","Eskilstuna-137","Sweden","Residential",1938,"Natural ventilation","Double glazed",781,7,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,126329.09999999999,16.899999999999999,113130.2]
[138,"Sandviken","Sandviken-138","Sweden","Residential",2018,"Exhaust","Triple glazed",574,9,1,"Sandviken Energi AB                                                                                  ","District heating",2022,62918.5,5,60048.5]
[139,"Malmö","Malmö-139","Sweden","Residential",1969,"Exhaust","Triple glazed",3317,8,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,372492.1,7.8,346619.5]
[140,"Sandviken","Sandviken-140","Sweden","Residential",2009,"ESX","Triple glazed",4065,15,1,"Sandviken Energi AB                                                                                  ","District heating",2022,337030.40000000002,5.9,313046.90000000002]
[141,"Sandviken","Sandviken-141","Sweden","Residential",1967,"Exhaust","Double glazed",3242,28,1,"Sandviken Energi AB                                                                                  ","District heating",2022,359345.2,13.1,316875]
[142,"Malmö","Malmö-142","Sweden","Residential",1969,"Exhaust","Triple glazed",6163,21,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,757669.6,8.8000000000000007,703435.2]
[143,"Stockholm","Stockholm-143","Sweden","Residential",1970,"Exhaust","Double glazed",9781,81,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1760420.5999999999,12.9,1634245.7]
[144,"Jyväskylä","Jyväskylä-144","Finland","Residential",1997,"Exhaust","Triple glazed",1916,28,1,"Alva                                                                                                 ","District heating",2022,318744.90000000002,9,301500.90000000002]
[145,"Växjö","Växjö-145","Sweden","Residential",1969,"ESX","Double glazed",5000,24,1,"Växjö Energi AB                                                                                      ","District heating",2022,726282.8,11,671282.8]
[146,"Eskilstuna","Eskilstuna-146","Sweden","Residential",1970,"Exhaust","Double glazed",6722,44,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1121279.1000000001,10.3,1052042.5]
[147,"Södertälje","Södertälje-147","Sweden","Residential",1970,"Exhaust","Double glazed",1983,25,1,"Telge Nät AB                                                                                         ","District heating",2022,364947.9,13.3,338574]
[148,"Tranås","Tranås-148","Sweden","Residential",1969,"Exhaust","Double glazed",1609,7,1,"Tranås Energi AB                                                                                     ","District heating",2022,92389.8,13.2,71151]
[149,"Malmö","Malmö-149","Sweden","Residential",1969,"Exhaust","Triple glazed",2404,11,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,342343,8.3000000000000007,322389.8]
[150,"Eskilstuna","Eskilstuna-150","Sweden","Residential",1970,"Exhaust","Double glazed",10429,158,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1647129.2000000002,13.9,1502166.1]
[151,"Sandviken","Sandviken-151","Sweden","Residential",1971,"Exhaust","Double glazed",2904,25,1,"Sandviken Energi AB                                                                                  ","District heating",2022,330631.90000000002,12,295783.90000000002]
[152,"Malmö","Malmö-152","Sweden","Residential",1969,"Exhaust","Triple glazed",3011,10,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,338648.8,8.5,313055.3]
[153,"Tranås","Tranås-153","Sweden","Residential",1971,"Exhaust","Double glazed",3040,11,1,"Tranås Energi AB                                                                                     ","District heating",2022,115017.8,12.6,76713.8]
[154,"Sandviken","Sandviken-154","Sweden","Residential",1971,"Exhaust","Double glazed",2148,18,1,"Sandviken Energi AB                                                                                  ","District heating",2022,235676.30000000002,12.7,208396.7]
[155,"Karlskrona","Karlskrona-155","Sweden","Residential",1961,"Exhaust","Double glazed",2230,16,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,220813.4,9.6999999999999993,199182.4]
[156,"Katrineholm","Katrineholm-156","Sweden","Residential",1927,"Natural ventilation","Double glazed",1986,7,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,292383.3,18.7,255245.1]
[157,"Sandviken","Sandviken-157","Sweden","Residential",2020,"ESX","Double glazed",2870,35,1,"Sandviken Energi AB                                                                                  ","District heating",2022,135481.4,4.8,121705.4]
[158,"Karlskrona","Karlskrona-158","Sweden","Residential",1961,"Exhaust","Double glazed",1739,13,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,262793.8,9.9,245577.7]
[159,"Malmö","Malmö-159","Sweden","Residential",1969,"Exhaust","Triple glazed",6177,27,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,720722.8,8.4,668836]
[160,"Katrineholm","Katrineholm-160","Sweden","Residential",1976,"Exhaust","Double glazed",1148,14,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,167780.5,13.7,152052.9]
[161,"Sandviken","Sandviken-161","Sweden","Residential",1968,"Exhaust","Triple glazed",2104,22,1,"Sandviken Energi AB                                                                                  ","District heating",2022,266176.40000000002,11.1,242822]
[162,"Katrineholm","Katrineholm-162","Sweden","Residential",1970,"Exhaust","Double glazed",3731,51,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,478153.5,12.6,431142.9]
[163,"Sandviken","Sandviken-163","Sweden","Residential",1963,"Exhaust","Double glazed",4235,64,1,"Sandviken Energi AB                                                                                  ","District heating",2022,324009,16.7,253284.5]
[164,"Uppsala","Uppsala-164","Sweden","Residential",1970,"ESX","Double glazed",35566,277,1,"Vattenfall AB                                                                                        ","District heating",2022,6028743.8999999994,12.3,5591282.0999999996]
[165,"Jyväskylä","Jyväskylä-165","Finland","Residential",1982,"Exhaust","Triple glazed",2778,50,1,"Alva                                                                                                 ","District heating",2022,486704.5,9.5,460313.5]
[166,"Sandviken","Sandviken-166","Sweden","Residential",1974,"Exhaust","Double glazed",7807,115,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1444336.9,13.6,1338161.7]
[167,"Jyväskylä","Jyväskylä-167","Finland","Residential",1991,"Exhaust","Triple glazed",2029,30,1,"Alva                                                                                                 ","District heating",2022,387633.30000000005,9.1,369169.4]
[168,"Sandviken","Sandviken-168","Sweden","Residential",1970,"Exhaust","Double glazed",4692,56,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1047354.2,14,981666.2]
[169,"Sandviken","Sandviken-169","Sweden","Residential",1965,"Exhaust","Double glazed",954,12,1,"Sandviken Energi AB                                                                                  ","District heating",2022,189453.5,14.8,175334.3]
[170,"Norrköping","Norrköping-170","Sweden","Residential",1965,"Exhaust","Double glazed",3450,56,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,515248.5,9.6,482128.5]
[171,"Eskilstuna","Eskilstuna-171","Sweden","Residential",1972,"Exhaust","Double glazed",4305,44,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,817413,11.5,767905.5]
[172,"Jyväskylä","Jyväskylä-172","Finland","Residential",1993,"Exhaust","Triple glazed",2056,35,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,416211.6,10,395651.6]
[173,"Sandviken","Sandviken-173","Sweden","Residential",2010,"Exhaust","Double glazed",1016,15,1,"Sandviken Energi AB                                                                                  ","District heating",2022,81332.5,7.2,74017.3]
[174,"Sandviken","Sandviken-174","Sweden","Residential",1968,"Exhaust","Triple glazed",1988,19,1,"Sandviken Energi AB                                                                                  ","District heating",2022,262253.5,11.3,239789.1]
[175,"Sandviken","Sandviken-175","Sweden","Residential",2018,"Exhaust","Triple glazed",574,8,1,"Sandviken Energi AB                                                                                  ","District heating",2022,43566.6,4.8,40811.4]
[176,"Jyväskylä","Jyväskylä-176","Finland","Residential",1992,"Exhaust","Triple glazed",1156,20,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,182739.3,8.9,172450.9]
[177,"Jyväskylä","Jyväskylä-177","Finland","Residential",2001,"Exhaust","Triple glazed",3696,62,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,848351.79999999993,6.1,825806.2]
[178,"Malmö","Malmö-178","Sweden","Residential",1962,"Exhaust","Triple glazed",14679,23,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1255995.2,8.1,1137095.3]
[179,"Sandviken","Sandviken-179","Sweden","Residential",1968,"Exhaust","Triple glazed",2933,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,310365.5,9.6999999999999993,281915.40000000002]
[180,"Tranås","Tranås-180","Sweden","Residential",1969,"Exhaust","Double glazed",1623,9,1,"Tranås Energi AB                                                                                     ","District heating",2022,87588.099999999991,13.4,65839.899999999994]
[181,"Sandviken","Sandviken-181","Sweden","Residential",1950,"Exhaust","Double glazed",1689,32,1,"Sandviken Energi AB                                                                                  ","District heating",2022,236099,13.6,213128.6]
[182,"Katrineholm","Katrineholm-182","Sweden","Residential",1966,"Exhaust","Double glazed",6248,82,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,945524,13.3,862425.59999999998]
[183,"Jyväskylä","Jyväskylä-183","Finland","Residential",1999,"Exhaust","Triple glazed",1591,26,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,295388.80000000005,8.4,282024.40000000002]
[184,"Katrineholm","Katrineholm-184","Sweden","Residential",1920,"ESX","Double glazed",3990,23,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,582646.1,13.1,530377.1]
[185,"Jyväskylä","Jyväskylä-185","Finland","Residential",2000,"Exhaust","Triple glazed",2554,38,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,558721.20000000007,7.2,540332.4]
[186,"Katrineholm","Katrineholm-186","Sweden","Residential",1968,"Exhaust","Double glazed",8279,94,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,1126808.8999999999,13.5,1015042.4]
[187,"Eskilstuna","Eskilstuna-187","Sweden","Residential",1952,"Exhaust","Double glazed",855,7,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,145142.5,12.5,134455]
[188,"Norrköping","Norrköping-188","Sweden","Residential",1965,"Exhaust","Double glazed",6033,57,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,988038,11.7,917451.9]
[189,"Jyväskylä","Jyväskylä-189","Finland","Residential",2003,"Exhaust","Triple glazed",585,11,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,117457.7,5.4,114298.7]
[190,"Växjö","Växjö-190","Sweden","Residential",1969,"ESX","Double glazed",5000,46,1,"Växjö Energi AB                                                                                      ","District heating",2022,866327.7,12.2,805327.7]
[191,"Eskilstuna","Eskilstuna-191","Sweden","Residential",1974,"ESX","Double glazed",17577,186,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,3284129.8,11.7,3078478.9]
[192,"Malmö","Malmö-192","Sweden","Residential",1969,"Exhaust","Triple glazed",1756,7,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,238992,9,223188]
[193,"Eskilstuna",{"$f":"B194&\"-\"&A194","v":"Eskilstuna-193"},"Sweden","Residential",1972,"Exhaust","Double glazed",7466,69,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1124410.5,11.8,1036311.7]
[194,"Malmö","Malmö-194","Sweden","Residential",1958,"Exhaust","Triple glazed",9541,17,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1130308.7,7.4,1059705.3]
[195,"Sandviken","Sandviken-195","Sweden","Residential",1968,"Exhaust","Triple glazed",1968,22,1,"Sandviken Energi AB                                                                                  ","District heating",2022,271033.59999999998,11.5,248401.6]
[196,"Örebro","Örebro-196","Sweden","Residential",1965,"Exhaust","Double glazed",7930,113,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1294834.3999999999,12.4,1196502.3999999999]
[197,"Katrineholm","Katrineholm-197","Sweden","Residential",1956,"Exhaust","Double glazed",3257,20,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,424218.1,12,385134.1]
[198,"Sandviken","Sandviken-198","Sweden","Residential",1971,"Exhaust","Double glazed",2904,26,1,"Sandviken Energi AB                                                                                  ","District heating",2022,310779.7,10.5,280287.7]
[199,"Tranås","Tranås-199","Sweden","Residential",1984,"Exhaust","Triple glazed",1086,10,1,"Tranås Energi AB                                                                                     ","District heating",2022,164692.30000000002,9.1,154809.70000000001]
[200,"Nyköping","Nyköping-200","Sweden","Residential",1968,"Exhaust","Double glazed",7399,62,1,"Vattenfall AB                                                                                        ","District heating",2022,1118384.5,12.4,1026636.9]
[201,"Jyväskylä","Jyväskylä-201","Finland","Residential",1982,"Exhaust","Triple glazed",1390,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,248146.5,10.1,234107.5]
[202,"Jyväskylä","Jyväskylä-202","Finland","Residential",1987,"Exhaust","Triple glazed",1325,29,1,"Alva                                                                                                 ","District heating",2022,261745.4,9.1,249687.9]
[203,"Sandviken","Sandviken-203","Sweden","Residential",1979,"Exhaust","Double glazed",1284,30,1,"Sandviken Energi AB                                                                                  ","District heating",2022,329655.7,13.6,312193.3]
[204,"Nyköping","Nyköping-204","Sweden","Residential",1968,"Exhaust","Double glazed",11832,124,1,"Vattenfall AB                                                                                        ","District heating",2022,1096639.7,11.4,961754.9]
[205,"Göteborg","Göteborg-205","Sweden","Residential",1971,"ESX","Double glazed",5186,14,1,"Göteborg Energi AB                                                                                   ","District heating",2022,798246.10000000009,10.3,744830.3]
[206,"Malmö","Malmö-206","Sweden","Residential",1969,"Exhaust","Triple glazed",1867,7,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,258706.40000000002,8.6,242650.2]
[207,"Jyväskylä","Jyväskylä-207","Finland","Residential",1989,"Exhaust","Triple glazed",2210,48,1,"Alva                                                                                                 ","District heating",2022,548503.4,8.1999999999999993,530381.4]
[208,"Nyköping","Nyköping-208","Sweden","Residential",1968,"Exhaust","Double glazed",12486,120,1,"Vattenfall AB                                                                                        ","District heating",2022,916020.7,12,766188.7]
[209,"Tranås","Tranås-209","Sweden","Residential",1960,"Exhaust","Triple glazed",736,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,125754.70000000001,12.1,116849.1]
[210,"Jyväskylä","Jyväskylä-210","Finland","Residential",2008,"Exhaust","Triple glazed",850,18,1,"Alva                                                                                                 ","District heating",2022,135583,5.8,130653]
[211,"Eskilstuna","Eskilstuna-211","Sweden","Residential",1969,"Exhaust","Double glazed",2984,28,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,366650.3,10.9,334124.7]
[212,"Jyväskylä","Jyväskylä-212","Finland","Residential",1998,"Exhaust","Triple glazed",1484,25,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,285750.39999999997,9.1999999999999993,272097.59999999998]
[213,"Tranås","Tranås-213","Sweden","Residential",1985,"Exhaust","Double glazed",2073,15,1,"Tranås Energi AB                                                                                     ","District heating",2022,236223.5,9.4,216737.3]
[214,"Sandviken","Sandviken-214","Sweden","Residential",1971,"Exhaust","Double glazed",2952,27,1,"Sandviken Energi AB                                                                                  ","District heating",2022,348071.6,13.5,308219.59999999998]
[215,"Tranås","Tranås-215","Sweden","Residential",1992,"Exhaust","Double glazed",1700,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,259133.7,9.8000000000000007,242473.7]
[216,"Karlskrona","Karlskrona-216","Sweden","Residential",1960,"Exhaust","Double glazed",1559,16,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,167869.5,9.4,153214.9]
[217,"Jyväskylä","Jyväskylä-217","Finland","Residential",1992,"Exhaust","Triple glazed",612,12,1,"Alva                                                                                                 ","District heating",2022,122423.1,9.8000000000000007,116425.5]
[218,"Jyväskylä","Jyväskylä-218","Finland","Residential",1992,"Exhaust","Triple glazed",2941,61,1,"Alva                                                                                                 ","District heating",2022,561385.6,8.6999999999999993,535798.9]
[219,"Nyköping","Nyköping-219","Sweden","Residential",1969,"Exhaust","Double glazed",2312,36,1,"Vattenfall AB                                                                                        ","District heating",2022,187800.6,11.8,160519]
[220,"Uppsala","Uppsala-220","Sweden","Residential",1970,"ESX","Double glazed",12355,142,1,"Vattenfall AB                                                                                        ","District heating",2022,2119162,13.6,1951134]
[221,"Malmö","Malmö-221","Sweden","Residential",1969,"Exhaust","Triple glazed",2856,10,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,345571.60000000003,7.9,323009.2]
[222,"Malmö","Malmö-222","Sweden","Residential",1969,"Exhaust","Triple glazed",6185,27,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,668593.4,8.1999999999999993,617876.4]
[223,"Karlskrona","Karlskrona-223","Sweden","Residential",1993,"ESX","Double glazed",1024,12,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,112200.90000000001,8.1999999999999993,103804.1]
[224,"Sandviken","Sandviken-224","Sweden","Residential",1966,"Exhaust","Triple glazed",753,12,1,"Sandviken Energi AB                                                                                  ","District heating",2022,124564.9,9.9,117110.2]
[225,"Jyväskylä","Jyväskylä-225","Finland","Residential",1986,"Exhaust","Triple glazed",814,14,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,137477.1,8.6999999999999993,130395.3]
[226,"Stockholm","Stockholm-226","Sweden","Residential",1970,"ESX","Double glazed",11650,18,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,937497.3,12,797697.3]
[227,"Jyväskylä","Jyväskylä-227","Finland","Residential",2005,"Exhaust","Triple glazed",1732,30,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,285007.39999999997,5.9,274788.59999999998]
[228,"Sandviken","Sandviken-228","Sweden","Residential",2010,"Exhaust","Double glazed",3543,49,1,"Sandviken Energi AB                                                                                  ","District heating",2022,341753.9,5.5,322267.40000000002]
[229,"Norrköping","Norrköping-229","Sweden","Residential",1965,"Exhaust","Double glazed",3627,29,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,581749.80000000005,13,534598.80000000005]
[230,"Växjö","Växjö-230","Sweden","Residential",1969,"ESX","Double glazed",10000,39,1,"Växjö Energi AB                                                                                      ","District heating",2022,1360433.5,9.6,1264433.5]
[231,"Jyväskylä","Jyväskylä-231","Finland","Residential",1985,"Exhaust","Triple glazed",2223,45,1,"Alva                                                                                                 ","District heating",2022,388029.19999999995,7.7,370912.1]
[232,"Sandviken","Sandviken-232","Sweden","Residential",1963,"Exhaust","Double glazed",4235,62,1,"Sandviken Energi AB                                                                                  ","District heating",2022,551760.6,15.7,485271.1]
[233,"Jyväskylä","Jyväskylä-233","Finland","Residential",1984,"Exhaust","Triple glazed",2150,45,1,"Alva                                                                                                 ","District heating",2022,426848.3,7.5,410723.3]
[234,"Tranås","Tranås-234","Sweden","Residential",1986,"Exhaust","Double glazed",1342,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,197947.8,9.9,184662]
[235,"Jyväskylä","Jyväskylä-235","Finland","Residential",1989,"Exhaust","Triple glazed",876,21,1,"Alva                                                                                                 ","District heating",2022,170663,9.4,162428.6]
[236,"Sandviken","Sandviken-236","Sweden","Residential",1971,"Exhaust","Double glazed",3040,18,1,"Sandviken Energi AB                                                                                  ","District heating",2022,360769.6,11.7,325201.59999999998]
[237,"Eskilstuna","Eskilstuna-237","Sweden","Residential",1972,"Exhaust","Double glazed",7190,31,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1183522.5,12.6,1092928.5]
[238,"Sandviken","Sandviken-238","Sweden","Residential",1971,"Exhaust","Double glazed",1367,19,1,"Sandviken Energi AB                                                                                  ","District heating",2022,264355.8,12,247951.8]
[239,"Sandviken","Sandviken-239","Sweden","Residential",1930,"Exhaust","Double glazed",920,21,1,"Sandviken Energi AB                                                                                  ","District heating",2022,135847.1,17.100000000000001,120115.1]
[240,"Stockholm","Stockholm-240","Sweden","Residential",1969,"Exhaust","Double glazed",14985,46,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,1219939.8,11,1055104.8]
[241,"Jyväskylä","Jyväskylä-241","Finland","Residential",1987,"Exhaust","Triple glazed",490,10,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,111114.9,9.6,106410.9]
[242,"Sandviken","Sandviken-242","Sweden","Residential",1967,"Exhaust","Double glazed",5128,67,1,"Sandviken Energi AB                                                                                  ","District heating",2022,894812.4,17.3,806098]
[243,"Eskilstuna","Eskilstuna-243","Sweden","Residential",1945,"Exhaust","Double glazed",1835,104,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,342758,13.2,318536]
[244,"Sandviken","Sandviken-244","Sweden","Residential",1971,"Exhaust","Double glazed",2908,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,331736.39999999997,12.6,295095.59999999998]
[245,"Nyköping","Nyköping-245","Sweden","Residential",1969,"Exhaust","Double glazed",2415,40,1,"Vattenfall AB                                                                                        ","District heating",2022,155107.70000000001,11.4,127576.7]
[246,"Eskilstuna","Eskilstuna-246","Sweden","Residential",1936,"ESX","Double glazed",411,7,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,77860.3,16.100000000000001,71243.199999999997]
[247,"Eskilstuna","Eskilstuna-247","Sweden","Residential",1981,"Exhaust","Double glazed",1448,8,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,196971.6,11.5,180319.6]
[248,"Jyväskylä","Jyväskylä-248","Finland","Residential",1997,"Exhaust","Triple glazed",3135,53,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,719695.1,10.7,686150.6]
[249,"Malmö","Malmö-249","Sweden","Residential",1969,"Exhaust","Triple glazed",1830,8,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,304984.7,9.8000000000000007,287050.7]
[250,"Eskilstuna","Eskilstuna-250","Sweden","Residential",1982,"Exhaust","Double glazed",1448,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,187577.9,10.199999999999999,172808.3]
[251,"Stockholm","Stockholm-251","Sweden","Residential",1971,"Exhaust","Double glazed",7823,107,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,1209606,10.6,1126682.2]
[252,"Jyväskylä","Jyväskylä-252","Finland","Residential",2002,"Exhaust","Triple glazed",1262,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,275426.40000000002,6.7,266971]
[253,"Eskilstuna","Eskilstuna-253","Sweden","Residential",1964,"Exhaust","Triple glazed",5699,74,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,845758.2,11.5,780219.7]
[254,"Växjö","Växjö-254","Sweden","Residential",1969,"ESX","Double glazed",5000,26,1,"Växjö Energi AB                                                                                      ","District heating",2022,620690.6,9.9,571190.6]
[255,"Tranås","Tranås-255","Sweden","Residential",1949,"Exhaust","Triple glazed",978,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,159800.29999999999,11.6,148455.5]
[256,"Sandviken","Sandviken-256","Sweden","Residential",1971,"Exhaust","Double glazed",2912,27,1,"Sandviken Energi AB                                                                                  ","District heating",2022,367151.7,12.7,330169.3]
[257,"Katrineholm",{"$f":"B258&\"-\"&A258","v":"Katrineholm-257"},"Sweden","Residential",1962,"Exhaust","Double glazed",6212,68,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,284075.90000000002,12.3,207668.3]
[258,"Sandviken","Sandviken-258","Sweden","Residential",1966,"Exhaust","Double glazed",6794,77,1,"Sandviken Energi AB                                                                                  ","District heating",2022,954288,14.4,856454.4]
[259,"Sandviken","Sandviken-259","Sweden","Residential",1967,"Exhaust","Double glazed",7168,105,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1354283.4000000001,17.7,1227409.8]
[260,"Tranås","Tranås-260","Sweden","Residential",1969,"Exhaust","Double glazed",1592,9,1,"Tranås Energi AB                                                                                     ","District heating",2022,106304.9,13.2,85290.5]
[261,"Sandviken","Sandviken-261","Sweden","Residential",1966,"Exhaust","Double glazed",4696,48,1,"Sandviken Energi AB                                                                                  ","District heating",2022,584583.1,16.399999999999999,507568.7]
[262,"Sandviken","Sandviken-262","Sweden","Residential",1963,"Exhaust","Double glazed",4235,61,1,"Sandviken Energi AB                                                                                  ","District heating",2022,602791.69999999995,16,535031.69999999995]
[263,"Stockholm","Stockholm-263","Sweden","Residential",1974,"Exhaust","Double glazed",12796,130,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1949844.2,13.8,1773259.4]
[264,"Katrineholm","Katrineholm-264","Sweden","Residential",1992,"ESX","Double glazed",6169,30,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,536727.9,9.6999999999999993,476888.6]
[265,"Malmö","Malmö-265","Sweden","Residential",1972,"Exhaust","Triple glazed",11537,20,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1342179.5999999999,7.6,1254498.3999999999]
[266,"Sandviken","Sandviken-266","Sweden","Residential",1968,"Exhaust","Triple glazed",1928,22,1,"Sandviken Energi AB                                                                                  ","District heating",2022,273749.3,12,250613.3]
[267,"Malmö","Malmö-267","Sweden","Residential",1969,"Exhaust","Triple glazed",1756,7,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,236529.2,8.6,221427.6]
[268,"Jyväskylä","Jyväskylä-268","Finland","Residential",1989,"Exhaust","Triple glazed",1560,36,1,"Alva                                                                                                 ","District heating",2022,304357.5,9.6999999999999993,289225.5]
[269,"Stockholm","Stockholm-269","Sweden","Residential",1970,"ESX","Double glazed",9535,15,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,626539.1,12.7,505444.6]
[270,"Jyväskylä","Jyväskylä-270","Finland","Residential",2014,"ESX","Triple glazed",952,22,1,"Alva                                                                                                 ","District heating",2022,100054,6.4,93961.2]
[271,"Eskilstuna","Eskilstuna-271","Sweden","Residential",1967,"ESX","Double glazed",10217,89,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1147284.4000000001,12.3,1021615.3]
[272,"Sandviken","Sandviken-272","Sweden","Residential",1968,"Exhaust","Triple glazed",2924,26,1,"Sandviken Energi AB                                                                                  ","District heating",2022,405670.8,10.7,374384]
[273,"Sandviken","Sandviken-273","Sweden","Residential",2019,"Exhaust","Double glazed",1743,14,1,"Sandviken Energi AB                                                                                  ","District heating",2022,204903,8.6999999999999993,189738.9]
[274,"Katrineholm","Katrineholm-274","Sweden","Residential",1956,"Exhaust","Double glazed",3584,7,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,493239.30000000005,13.1,446288.9]
[275,"Jyväskylä","Jyväskylä-275","Finland","Residential",1992,"Exhaust","Triple glazed",974,18,1,"Alva                                                                                                 ","District heating",2022,201740.9,8.4,193559.3]
[276,"Jyväskylä","Jyväskylä-276","Finland","Residential",1997,"Exhaust","Triple glazed",1165,17,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,230181.2,9.6,218997.2]
[277,"Katrineholm","Katrineholm-277","Sweden","Residential",1952,"Natural ventilation","Double glazed",1890,22,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,249156.3,16.7,217593.3]
[278,"Eskilstuna","Eskilstuna-278","Sweden","Residential",1955,"ESX","Double glazed",3336,30,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,537698,13.5,492662]
[279,"Jyväskylä","Jyväskylä-279","Finland","Residential",1980,"Exhaust","Triple glazed",1240,31,1,"Alva                                                                                                 ","District heating",2022,239805.3,8.6999999999999993,229017.3]
[280,"Jyväskylä","Jyväskylä-280","Finland","Residential",1986,"Exhaust","Triple glazed",1945,33,1,"Alva                                                                                                 ","District heating",2022,360341.1,9.6,341669.1]
[281,"Sandviken","Sandviken-281","Sweden","Residential",1967,"Exhaust","Double glazed",2766,15,1,"Sandviken Energi AB                                                                                  ","District heating",2022,251463.7,13.3,214675.9]
[282,"Jyväskylä","Jyväskylä-282","Finland","Residential",1991,"Exhaust","Triple glazed",1402,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,270533.8,10.8,255392.2]
[283,"Malmö","Malmö-283","Sweden","Residential",1969,"Exhaust","Triple glazed",2856,11,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,386164.8,9.1,360175.2]
[284,"Tranås","Tranås-284","Sweden","Residential",1971,"Exhaust","Double glazed",3040,13,1,"Tranås Energi AB                                                                                     ","District heating",2022,142239.70000000001,14.4,98463.7]
[285,"Stockholm","Stockholm-285","Sweden","Residential",1970,"Exhaust","Double glazed",10503,84,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1736636.4000000001,13.2,1597996.8]
[286,"Sandviken","Sandviken-286","Sweden","Residential",1967,"Exhaust","Double glazed",7561,46,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1380505.6000000001,18.3,1242139.3]
[287,"Eskilstuna","Eskilstuna-287","Sweden","Residential",1972,"Exhaust","Double glazed",3910,46,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,672823.8,11.2,629031.80000000005]
[288,"Eskilstuna","Eskilstuna-288","Sweden","Residential",1981,"Exhaust","Double glazed",2795,20,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,468699.2,8.6999999999999993,444382.7]
[289,"Nyköping","Nyköping-289","Sweden","Residential",1961,"Exhaust","Double glazed",3408,31,1,"Vattenfall AB                                                                                        ","District heating",2022,374910.7,12.1,333673.90000000002]
[290,"Eskilstuna","Eskilstuna-290","Sweden","Residential",1970,"Exhaust","Double glazed",5000,33,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,766204.6,10.6,713204.6]
[291,"Jyväskylä","Jyväskylä-291","Finland","Residential",1991,"Exhaust","Triple glazed",906,19,1,"Alva                                                                                                 ","District heating",2022,133650.1,8.5,125949.1]
[292,"Stockholm","Stockholm-292","Sweden","Residential",1970,"Exhaust","Double glazed",13280,106,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,2324002.4,14.7,2128786.4]
[293,"Eskilstuna","Eskilstuna-293","Sweden","Residential",1981,"ESX","Double glazed",1304,6,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,140667.6,8.1999999999999993,129974.8]
[294,"Eskilstuna","Eskilstuna-294","Sweden","Residential",1972,"Exhaust","Double glazed",7158,70,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1099328.5,11.2,1019158.9]
[295,"Jyväskylä","Jyväskylä-295","Finland","Residential",1993,"Exhaust","Triple glazed",1333,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,267463.5,8.1999999999999993,256532.9]
[296,"Norrköping","Norrköping-296","Sweden","Residential",1967,"ESX","Double glazed",10950,26,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1434011.8,10.5,1319036.8]
[297,"Malmö","Malmö-297","Sweden","Residential",1965,"Exhaust","Triple glazed",9106,34,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1194577.6000000001,9.1,1111713]
[298,"Tranås","Tranås-298","Sweden","Residential",1969,"Exhaust","Double glazed",1553,11,1,"Tranås Energi AB                                                                                     ","District heating",2022,82028.2,12.4,62771]
[299,"Eskilstuna","Eskilstuna-299","Sweden","Residential",1981,"Exhaust","Double glazed",916,10,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,87159,9.9,78090.600000000006]
[300,"Sandviken","Sandviken-300","Sweden","Residential",1968,"Exhaust","Triple glazed",2660,31,1,"Sandviken Energi AB                                                                                  ","District heating",2022,314641.2,11.9,282987.2]
[301,"Jyväskylä","Jyväskylä-301","Finland","Residential",1972,"Exhaust","Triple glazed",2722,65,1,"Alva                                                                                                 ","District heating",2022,229971.8,15.4,188053]
[302,"Nyköping","Nyköping-302","Sweden","Residential",1961,"Exhaust","Double glazed",4831,30,1,"Vattenfall AB                                                                                        ","District heating",2022,675757.9,11.3,621167.6]
[303,"Eskilstuna","Eskilstuna-303","Sweden","Residential",1972,"Exhaust","Double glazed",4065,40,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,700304.5,12.5,649492]
[304,"Sandviken","Sandviken-304","Sweden","Residential",1964,"Natural ventilation","Double glazed",1971,51,1,"Sandviken Energi AB                                                                                  ","District heating",2022,360909,16.600000000000001,328190.40000000002]
[305,"Sandviken","Sandviken-305","Sweden","Residential",1978,"Exhaust","Double glazed",16928,215,1,"Sandviken Energi AB                                                                                  ","District heating",2022,3951659.5,15.6,3687582.7]
[306,"Jyväskylä","Jyväskylä-306","Finland","Residential",1981,"Exhaust","Triple glazed",2998,45,1,"Alva                                                                                                 ","District heating",2022,564104.1,10.5,532625.1]
[307,"Göteborg","Göteborg-307","Sweden","Residential",1971,"ESX","Double glazed",2814,35,1,"Göteborg Energi AB                                                                                   ","District heating",2022,433531.39999999997,11.2,402014.6]
[308,"Eskilstuna","Eskilstuna-308","Sweden","Residential",1981,"Exhaust","Double glazed",1282,3,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,65897,10.4,52564.2]
[309,"Tranås","Tranås-309","Sweden","Residential",1950,"Exhaust","Triple glazed",704,8,1,"Tranås Energi AB                                                                                     ","District heating",2022,130914.5,12.2,122325.7]
[310,"Karlskrona","Karlskrona-310","Sweden","Residential",1961,"Exhaust","Double glazed",2417,25,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,246133.4,9.6999999999999993,222688.5]
[311,"Eskilstuna","Eskilstuna-311","Sweden","Residential",1967,"ESX","Double glazed",5107,57,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,816948.9,10.3,764346.8]
[312,"Malmö","Malmö-312","Sweden","Residential",1958,"Exhaust","Triple glazed",9832,22,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,1127888,7.7,1052181.6000000001]
[313,"Karlskrona","Karlskrona-313","Sweden","Residential",1960,"Exhaust","Double glazed",4350,28,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,445030.7,9.9,401965.7]
[314,"Sandviken","Sandviken-314","Sweden","Residential",1971,"Exhaust","Double glazed",9640,20,1,"Sandviken Energi AB                                                                                  ","District heating",2022,395853.6,15.8,243541.6]
[315,"Jyväskylä","Jyväskylä-315","Finland","Residential",1990,"Exhaust","Triple glazed",3098,61,1,"Alva                                                                                                 ","District heating",2022,672712.4,9.3000000000000007,643901]
[316,"Stockholm","Stockholm-316","Sweden","Residential",1970,"ESX","Double glazed",6832,16,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,440332.9,11.8,359715.3]
[317,"Jyväskylä","Jyväskylä-317","Finland","Residential",2001,"Exhaust","Triple glazed",1016,18,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,174905.69999999998,6.4,168403.3]
[318,"Sandviken","Sandviken-318","Sweden","Residential",1971,"Exhaust","Double glazed",2212,21,1,"Sandviken Energi AB                                                                                  ","District heating",2022,264752.2,13.7,234447.8]
[319,"Jyväskylä","Jyväskylä-319","Finland","Residential",2006,"Exhaust","Triple glazed",2165,41,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,306943,6.9,292004.5]
[320,"Malmö","Malmö-320","Sweden","Residential",1969,"Exhaust","Triple glazed",1908,8,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,296350.89999999997,8.6,279942.09999999998]
[321,"Sandviken",{"$f":"B322&\"-\"&A322","v":"Sandviken-321"},"Sweden","Residential",1967,"Exhaust","Double glazed",5128,64,1,"Sandviken Energi AB                                                                                  ","District heating",2022,890006.4,16.3,806420]
[322,"Eskilstuna","Eskilstuna-322","Sweden","Residential",1967,"ESX","Double glazed",5670,66,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,833095.4,4.7,806446.4]
[323,"Norrköping","Norrköping-323","Sweden","Residential",1965,"Exhaust","Double glazed",4553,46,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,867344.5,12.1,812253.2]
[324,"Eskilstuna","Eskilstuna-324","Sweden","Residential",1964,"Exhaust","Double glazed",10926,156,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1942482.6,13.3,1797166.8]
[325,"Eskilstuna","Eskilstuna-325","Sweden","Residential",1981,"Exhaust","Double glazed",1431,5,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,185400.5,9.3000000000000007,172092.2]
[326,"Eskilstuna","Eskilstuna-326","Sweden","Residential",1952,"Natural ventilation","Double glazed",8544,22,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1352112.7999999998,16.100000000000001,1214554.3999999999]
[327,"Eskilstuna","Eskilstuna-327","Sweden","Residential",1969,"Exhaust","Double glazed",2985,32,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,309675.8,3.9,298034.3]
[328,"Tranås","Tranås-328","Sweden","Residential",1985,"Exhaust","Double glazed",476,6,1,"Tranås Energi AB                                                                                     ","District heating",2022,48614.6,9,44330.6]
[329,"Eskilstuna","Eskilstuna-329","Sweden","Residential",1958,"Natural ventilation","Double glazed",11819,151,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,1863949.9,18.100000000000001,1650026]
[330,"Norrköping","Norrköping-330","Sweden","Residential",1965,"Exhaust","Double glazed",3354,48,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,538960,11.8,499382.8]
[331,"Malmö","Malmö-331","Sweden","Residential",1969,"Exhaust","Triple glazed",5678,23,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,356388.1,8.6999999999999993,306989.5]
[332,"Stockholm","Stockholm-332","Sweden","Residential",1974,"Exhaust","Double glazed",15199,149,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,2247425.1,13.8,2037678.9]
[333,"Jyväskylä","Jyväskylä-333","Finland","Residential",2000,"Exhaust","Triple glazed",760,13,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,134543.9,7.7,128691.9]
[334,"Jyväskylä","Jyväskylä-334","Finland","Residential",1995,"Exhaust","Triple glazed",1719,25,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,357430,11.1,338349.1]
[335,"Jyväskylä","Jyväskylä-335","Finland","Residential",2000,"Exhaust","Triple glazed",1856,35,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,428233.8,6.2,416726.6]
[336,"Eskilstuna","Eskilstuna-336","Sweden","Residential",1969,"Exhaust","Double glazed",3397,33,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,335409.5,10.7,299061.59999999998]
[337,"Sandviken","Sandviken-337","Sweden","Residential",1970,"Exhaust","Double glazed",6009,101,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1322062.0999999999,14.3,1236133.3999999999]
[338,"Malmö","Malmö-338","Sweden","Residential",1971,"Exhaust","Triple glazed",2350,5,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,293696.2,8.8000000000000007,273016.2]
[339,"Jyväskylä","Jyväskylä-339","Finland","Residential",1980,"Exhaust","Triple glazed",3301,74,1,"Alva                                                                                                 ","District heating",2022,727876.4,12.5,686613.9]
[340,"Jyväskylä","Jyväskylä-340","Finland","Residential",1999,"Exhaust","Triple glazed",1492,24,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,293088.2,9.6999999999999993,278615.8]
[341,"Karlskrona","Karlskrona-341","Sweden","Residential",1991,"Exhaust","Double glazed",3727,18,1,"Affärsverken Karlskrona AB                                                                           ","District heating",2022,404488.1,8.3000000000000007,373554]
[342,"Sandviken","Sandviken-342","Sweden","Residential",2010,"Exhaust","Double glazed",879,13,1,"Sandviken Energi AB                                                                                  ","District heating",2022,96505.4,6.3,90967.7]
[343,"Stockholm","Stockholm-343","Sweden","Residential",1969,"Exhaust","Double glazed",18108,50,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,2555293.2999999998,12.3,2332564.9]
[344,"Katrineholm","Katrineholm-344","Sweden","Residential",1964,"Exhaust","Double glazed",3678,42,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,480210,11.1,439384.2]
[345,"Sandviken","Sandviken-345","Sweden","Residential",1970,"Exhaust","Double glazed",4476,39,1,"Sandviken Energi AB                                                                                  ","District heating",2022,499986.10000000003,10.7,452092.9]
[346,"Växjö","Växjö-346","Sweden","Residential",1961,"ESX","Triple glazed",9928,89,1,"Växjö Energi AB                                                                                      ","District heating",2022,1533348.7999999998,10.3,1431090.4]
[347,"Sandviken","Sandviken-347","Sweden","Residential",1968,"Exhaust","Double glazed",1904,24,1,"Sandviken Energi AB                                                                                  ","District heating",2022,274925.90000000002,14.7,246937.1]
[348,"Växjö","Växjö-348","Sweden","Residential",1969,"ESX","Double glazed",10000,28,1,"Växjö Energi AB                                                                                      ","District heating",2022,1446279,10.6,1340279]
[349,"Jyväskylä","Jyväskylä-349","Finland","Residential",1990,"Exhaust","Triple glazed",1325,26,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,256764.1,9.1999999999999993,244574.1]
[350,"Stockholm","Stockholm-350","Sweden","Residential",1970,"ESX","Double glazed",9288,14,1,"Sollentuna Energi & Miljö AB                                                                         ","District heating",2022,1594494.5,12.9,1474679.3]
[351,"Jyväskylä","Jyväskylä-351","Finland","Residential",1996,"Exhaust","Triple glazed",1600,25,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,384976.2,8.6999999999999993,371056.2]
[352,"Växjö","Växjö-352","Sweden","Residential",1969,"ESX","Double glazed",5000,35,1,"Växjö Energi AB                                                                                      ","District heating",2022,666258.4,9,621258.4]
[353,"Sandviken","Sandviken-353","Sweden","Residential",1970,"Exhaust","Double glazed",8788,83,1,"Sandviken Energi AB                                                                                  ","District heating",2022,1572859,19.399999999999999,1402371.8]
[354,"Norrköping","Norrköping-354","Sweden","Residential",1965,"Exhaust","Double glazed",3862,47,1,"E.ON Energilösningar AB                                                                              ","District heating",2022,627493.10000000009,13.4,575742.30000000005]
[355,"Eskilstuna","Eskilstuna-355","Sweden","Residential",1955,"ESX","Double glazed",781,7,1,"Eskilstuna Energi och Miljö AB                                                                       ","District heating",2022,123122.7,11.9,113828.8]
[356,"Sandviken","Sandviken-356","Sweden","Residential",1968,"Exhaust","Triple glazed",1852,23,1,"Sandviken Energi AB                                                                                  ","District heating",2022,240190.8,10.9,220004]
[357,"Jyväskylä","Jyväskylä-357","Finland","Residential",1992,"Exhaust","Triple glazed",1100,24,1,"Alva                                                                                                 ","District heating",2022,200135.6,8.9,190345.60000000001]
[358,"Jyväskylä","Jyväskylä-358","Finland","Residential",2003,"Exhaust","Triple glazed",1298,22,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,273264.40000000002,6,265476.40000000002]
[null,null,null,null,null,null,null,null,{"$f":"SUBTOTAL(109,Table79[Area (m2)])","v":1496476},null,{"$f":"SUBTOTAL(109,Table79[Hubs])","v":358}]

{"sheet":"IoT Acc & Radio Network","index":14,"n_rows":27,"n_cols":7,"rows_kept":27,"cut":false,"hidden":false,"merged":[[21,5,35,5],[12,5,17,5],[10,0,10,1]]}
[]
[]
[]
["Kiona´s share of operator´s networks combining subscription and data traffic information"]
["Electricity mix based on Sweden (since the traffic is handled in the Stockholm site, with Amsterdam as backup, Swedish conditions are considered most applicable)"]
["Use of networks"]
["Electricity intensity /subscription","Sweden",37,"kWh/subs","annual","Malmodin, submission for ICT4S 2023, ref [19]","[19] PTS, The Swedish Post and Telecom Authority, Statistics Portal, 2022,\nhttps://statistik.pts.se/svensk-telekommarknad/tabeller/marknadenfor-\nelektronisk-kommunikation/tabell-1-nyckeldata/ (Swedish)"]
["Total number of Kiona subs recalculated to average subscriptions",null,33.6,"subscribers",null,"calculated based on data traffic/subscription shares"]
["Calculated network electricity consumption allocated to Kiona subscribers",null,1241,"kWh"]
["Emission factor Swedish electricity mix",null,1.2999999999999999E-2,"kg/kWh",null,"https://energyplaza.vattenfall.se/blogg/epd-ger-forutsattning-for-klimatneutralitet"]
["Factor to calculate embodied emissions based on elctricity related emissions\n(specific to Swedish electricity mix)",null,9.3000000000000007,"multiplier",null,"Based on Malmodin & Lövehagen et al 2023 (submitted), and https://energyplaza.vattenfall.se/blogg/epd-ger-forutsattning-for-klimatneutralitet"]
[]
["Example:",null,null,null,null,"Networks:\nKionas share of the operator´s embodied emissions has been derived based on estimated relation between embodied and use stages globally 2020 (submitted paper), recalculated with Swedish electricity mix.\nFor use stage, Kiona users have been recalculated into typical network subscriptions and the typical electricity intensity per user in Sweden has been applied for those.\n"]
[" Electricity related emissions: 1241 kWh*0,013 kg/kWh=16,1 kg CO2e"]
["Embodied based on derived multiplier =1,6,1*9,3 kg CO2 = 149,7 kg CO2e"]
["Total life cycle = 166 kg CO2e"]
[]
[]
[]
["Kiona´s share of the IoT accelerator"]
["Summary (selected values)"]
["Stockholm",null,1.26,"MWh",null,"\nKionas share of the IoT accelerator has been derived based on actual electricity usage for Stockholm site for 2022,  and Amsterdam site has been derived based on comparison of HW setup between the two sites. \nAllocation based on  subscriptions, data and revenue has been performed and the highest value has been selected based on conservativeness.\nFor embodied emissions, see above."]
["Amsterdam",null,0.48,"MWh"]
[]
["Embodied factor",null,9.3000000000000007,"multiplier"]
[]
["Calculations: in line with above"]

{"sheet":"Building comparison before AI","index":15,"n_rows":8,"n_cols":22,"rows_kept":8,"cut":false,"hidden":false,"merged":[[0,1,0,20]]}
[null,"Kiona Data",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Calculated by the Carbon Trust"]
[null,"Carbon trust building ID","City","Combined name","country","Building type","BuildYear","ventilation","Windows","Area (m2)","Sensors","Hubs","Energy Company                                                                                              ","Energy sources","Baseline year","Energy consumption_withoutAI_kwh","savings_ withAI_kwh_persqm","Energy consumption_kwh_2022","Edge AI was installed","Energy consumption kwh/sqm when installed","Energy consumption kwh when installed","Percentage difference"]
[null,95,"Göteborg",{"$f":"C3&\"-\"&B3","v":"Göteborg-95"},"Sweden","Residential",1971,"ESX","Double glazed",7472,14,1,"Göteborg Energi AB                                                                                   ","District heating",2022,1197575.2,10.199999999999999,1121360.8,2015,161.9,{"$f":"T3*J3","v":1209716.8},{"$f":"ABS((Table19[[#This Row],[Energy consumption_withoutAI_kwh]]-Table19[[#This Row],[Energy consumption_kwh_2022]])/Table19[[#This Row],[Energy consumption_withoutAI_kwh]])","v":6.3640596431856558E-2}]
[null,273,"Sandviken","Sandviken-273","Sweden","Residential",2019,"Exhaust","Double glazed",1743,14,1,"Sandviken Energi AB                                                                                  ","District heating",2022,204903,8.6999999999999993,189738.9,2020,117.8,{"$f":"T4*J4","v":205325.4},{"$f":"ABS((Table19[[#This Row],[Energy consumption_withoutAI_kwh]]-Table19[[#This Row],[Energy consumption_kwh_2022]])/Table19[[#This Row],[Energy consumption_withoutAI_kwh]])","v":7.4006237097553509E-2}]
[null,276,"Jyväskylä","Jyväskylä-276","Finland","Residential",1997,"Exhaust","Triple glazed",1165,17,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,230181.2,9.6,218997.2,2014,199.3,{"$f":"T5*J5","v":232184.5},{"$f":"ABS((Table19[[#This Row],[Energy consumption_withoutAI_kwh]]-Table19[[#This Row],[Energy consumption_kwh_2022]])/Table19[[#This Row],[Energy consumption_withoutAI_kwh]])","v":4.858780821370294E-2}]
[null,17,"Jyväskylä","Jyväskylä-17","Finland","Residential",1993,"Exhaust","Triple glazed",2198,37,1,"Loimua Oy, Jyväskylä                                                                                 ","District heating",2022,448486,9.6,427385.2,2014,203.7,{"$f":"T6*J6","v":447732.6},{"$f":"ABS((Table19[[#This Row],[Energy consumption_withoutAI_kwh]]-Table19[[#This Row],[Energy consumption_kwh_2022]])/Table19[[#This Row],[Energy consumption_withoutAI_kwh]])","v":4.7048960279696551E-2}]
[null,162,"Katrineholm","Katrineholm-162","Sweden","Residential",1970,"Exhaust","Double glazed",3731,51,1,"Tekniska Verken i Linköping AB                                                                       ","District heating",2022,478153.5,12.6,431142.9,2017,131.9,{"$f":"T7*J7","v":492118.9},{"$f":"ABS((Table19[[#This Row],[Energy consumption_withoutAI_kwh]]-Table19[[#This Row],[Energy consumption_kwh_2022]])/Table19[[#This Row],[Energy consumption_withoutAI_kwh]])","v":9.8316963067299465E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"AVERAGE(Table19[Percentage difference])","v":6.6320113018021792E-2}]

{"sheet":"Kiona AI Lifecycle data","index":16,"n_rows":16,"n_cols":16,"rows_kept":16,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Data Request"]
[]
[]
[null,"Hardware data",null,null,null,null,"If no LCA data is available please fill out the following section"]
[null,"Energy consuming component (sensors, HUBs)","Description","Supplier","LCA available?","Materials","Weight (kg)","Recycled content (%) ","Lifetime","Frequency of data transfer/device communication","Data transmission rate (unit/day)","Energy consumption (units/per day)","Energy source mix","Transport and installation - Assumptions","End-of-Life - Assumptions","Comments"]
[null,"Temperature & Humidity Sensor","Wireless Measuring unit for temperature and humidity ","3rd party - procured","No","Plastic (PCABS POLYBLEND 85FS UV VIT)\nBattery (ER14505, Lithium-thionyl Chloride (Li-SOCl2) Battery)\nCircuit board (FR4)\nCapacitator (Aluminium cap Type)","23,6 g \n17,3 g\n4,5 g\n1 g",0,"more than 10 years","every minute","Only internal communication to Hub","-","100% Battery","Very simple installation, mounted to wall with double-sided tape.","100% Landfill","The sensor sends the measurements to the Hub with wM-bus. "]
[null,"Hub","Control unit and access point ","Outsourced production","No","Plastic (PP, Hostacom G2N02)\nCircuit board \nCopper (CW024A)\nPlastic screw connection (Halogen-free polyamide)","112 g \n58 g\n11 g\n5 g",0,"more than 15 years","Every hour (for units in this dataset) ","on average 3MB/day","Max 6 W","100% Electric","Simple installation, screwdriver, simple electrical installation","100% Landfill"]
[]
[null,"Cloud data"]
[null,"Description","Nework type","kg CO2e per sqm","kg CO2e for all buildings in the dataset"]
[null,"Runs on google cloud","Mix of 2G and 3G",1.4412E-4,215.673]
[]
[]
[null,"Total number of M2 in Edge:","57 590 714"]
[null,"Total number of Hub/Gateways in use:",8763]

{"sheet":"References >","index":17,"n_rows":3,"n_cols":2,"rows_kept":3,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"References >> Page intentionally left blank."]

{"sheet":"Lists","index":18,"n_rows":9,"n_cols":19,"rows_kept":9,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Lookups"]
[]
[null,"Countries",null,"Ventilation Type",null,"Window Glazing Type",null,"Build Year",null,"Year Group","Range",null,"Savings",null,"Savings",null,"Approach",null,"Approach"]
[null,"Sweden",null,"Exhaust",null,"Double glazed",null,"1920-1944",null,1920,"1920-1944",null,"Avoided Emissions (kgCO2e/year)",null,"Avoided Emissions (kgCO2e/m2/year)",null,"location-based",null,"Area (m2)"]
[null,"Finland",null,"ESX",null,"Triple glazed",null,"1945-1969",null,1945,"1945-1969",null,"Energy savings (kWh/year)",null,"Avoided Emissions (kgCO2e/building/year)",null,"market-based",null,"Number of buildings"]
[null,"Netherlands",null,"Natural ventilation",null,"Average building",null,"1970-1994",null,1970,"1970-1994",null,null,null,"Energy savings (kWh/m2/year)"]
[null,null,null,"Average building",null,null,null,"1995-2020",null,1995,"1995-2020",null,null,null,"Energy savings (kWh/building/year)"]
[null,null,null,null,null,null,null,"Average building"]