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Energy Efficiency Database for Swiss Industry

Package version
Description Techno-economic data for energy efficency measures applicable in Swiss industrial systems (electric motor driven systems and excess heat recovery systems) and sectors (chemical and pharmaceutical and cement).
Last changes Not documented.
Download Data package (zip)
jasm-energy-efficiency-industry-2021-01-20.zip (20 kB)

Individual data files (csv, xlsx)
co2-abatement-cost-curves.csv (3 kB)
energy-efficiency-metals-industry.csv (7 kB)
energy-efficiency-food-industry.csv (8 kB)
energy-efficiency-industry-overview.csv (13 kB)
energy-efficiency-cement-industry.csv (4 kB)
energy-efficiency-chemical-industry.csv (4 kB)
energy-efficiency-excess-heat.csv (2 kB)
energy-efficiency-motor-systems.csv (6 kB)
Meta data README.md
datapackage.json
Sources Zuberi MJS, Patel MK. Cost-effectiveness analysis of energy efficiency measures in the Swiss chemical and pharmaceutical industry. International Journal of Energy Research (2019) 43(1), 313-336, doi: 10.1002/er.4267.
Zuberi MJS, Bless F, Chambers J, Arpagaus C, Bertsch S, Patel MK. Excess heat recovery: An invisible energy resource for the Swiss industry sector. Applied Energy (2018) 228, 390-408, doi: 10.1016/j.apenergy.2018.06.070.
Zuberi MJS, Tijdink A, Patel MK. Techno-economic analysis of energy efficiency improvement in electric motor driven systems in Swiss industry. Applied Energy (2017) 205, 85-104, doi: 10.1016/j.apenergy.2017.07.121.
Zuberi MJS, Patel MK. Bottom-up analysis of energy efficiency improvement and CO2 emission reduction potentials in the Swiss cement industry. Journal of Cleaner Production (2017) 142, 4294-4309, doi: 10.1016/j.jclepro.2016.11.178.
Contact Jibran Zuberi
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Field documentation

Overview of all sectors (energy-efficiency-industry-overview.csv)

Field Name Type (Format) Description
measure_title string Short title of the EE measure
measure_id string EE measure identifier
sector string Industrial sector in which the EE measure is applicable
noga_code string Identifier for an industrial sector representing the classified Swiss economic acitivity
name_of_process_system string Sub-system/processes within an industrial sector
diff_% number Cuurent level of an EE measure implementation [%]
tech_max_diff_% number Maximum potential of an EE measure implementation [%]
absol_elec_savings_poten _gj_per_a number Measure specific annual electricity savings potential [GJ]
absol_fuel_savings_poten_gj_per_a number Measure specific annual fuel savings potential [GJ]
absol_final_en_savings_poten_gj_per_a number Measure specific annual final energy savings potential [GJ]
rel_elec_savings_poten_% number Measure specific annual electricity savings potential in relative terms [%]
rel_fuel_savings_poten_% number Measure specific annual fuel savings potential in relative terms [%]
absol_co_abat_t_per_a number Measure specific annual CO2 savings potential [t]
rel_co_abat_% number Measure specific annual CO2 savings potential in relative terms [%]
tot_invest_cost_ratio_chf_per_gj_per_a number Total annual investment costs per unit of energy saved in a year [CHF/GJ]
en_rel_invest_cost_ratio_chf_per_gj_per_a number Energy relevant investment costs per unit of energy saved in a year [CHF/GJ]
change_om_costs_chf_per_gj number Change in annual operation and maintenance costs per unit of energy saved [CHF/GJ]
lifetime_years number Measure lifetime [years]
non_en_benefits_descrip string Description of the non-energy benefits
measure_type string What type of measure is it: New production equipment - N, Retrofit - R, Good Housekeeping - G or Closure - C?
measure_category string 1) Good housekeeping; 2) Process control and management; 3) Reduction of heat losses through surfaces; 4) Process integration (e.g by pinch or exergy an.); 5) Other heat recovery techniques; 6) Energy recovery other than heat; 7) Improved lighting systems; 8) Reduction of friction losses during movement; 9) More efficient conv. of electr. into movement; 10) New process technologies; 11) More efficient furnaces and burners; 12) More efficient conv. of fuel into work; 13) Renewable energy and heat from waste; 14) Power generation from excess heat; 15) Fuel shift
competing_measures string EE measures that directly conflict with one another
documentation string Relevant publication
other_remarks string Other remarks

Techno-economic data for energy efficency measures applicable in Swiss cement sector. (energy-efficiency-cement-industry.csv)

Field Name Type (Format) Description
measure_title string Short title of the EE measure
measure_id string EE measure identifier
sector string Industrial sector in which the EE measure is applicable
noga_code string Identifier for an industrial sector representing the classified Swiss economic acitivity
name_of_process_system string Sub-system/processes within an industrial sector
diff_% number Cuurent level of an EE measure implementation [%]
tech_max_diff_% number Maximum potential of an EE measure implementation [%]
absol_elec_savings_poten _gj_per_a number Measure specific annual electricity savings potential [GJ]
absol_fuel_savings_poten_gj_per_a number Measure specific annual fuel savings potential [GJ]
absol_final_en_savings_poten_gj_per_a number Measure specific annual final energy savings potential [GJ]
rel_elec_savings_poten_% number Measure specific annual electricity savings potential in relative terms [%]
rel_fuel_savings_poten_% number Measure specific annual fuel savings potential in relative terms [%]
absol_co_abat_t_per_a number Measure specific annual CO2 savings potential [t]
rel_co_abat_% number Measure specific annual CO2 savings potential in relative terms [%]
tot_invest_cost_ratio_chf_per_gj_per_a number Total annual investment costs per unit of energy saved in a year [CHF/GJ]
en_rel_invest_cost_ratio_chf_per_gj_per_a number Energy relevant investment costs per unit of energy saved in a year [CHF/GJ]
change_om_costs_chf_per_gj number Change in annual operation and maintenance costs per unit of energy saved [CHF/GJ]
lifetime_years number Measure lifetime [years]
non_en_benefits_descrip string Description of the non-energy benefits
measure_type string What type of measure is it: New production equipment - N, Retrofit - R, Good Housekeeping - G or Closure - C?
measure_category string 1) Good housekeeping; 2) Process control and management; 3) Reduction of heat losses through surfaces; 4) Process integration (e.g by pinch or exergy an.); 5) Other heat recovery techniques; 6) Energy recovery other than heat; 7) Improved lighting systems; 8) Reduction of friction losses during movement; 9) More efficient conv. of electr. into movement; 10) New process technologies; 11) More efficient furnaces and burners; 12) More efficient conv. of fuel into work; 13) Renewable energy and heat from waste; 14) Power generation from excess heat; 15) Fuel shift
competing_measures string EE measures that directly conflict with one another
documentation string Relevant publication
other_remarks string Other remarks

Energy Efficiency Database for Swiss Chemical and Pharmaceutical Sector (energy-efficiency-chemical-industry.csv)

Field Name Type (Format) Description
measure_title string Short title of the EE measure
measure_id string EE measure identifier
sector string Industrial sector in which the EE measure is applicable
noga_code string Identifier for an industrial sector representing the classified Swiss economic acitivity
name_of_process_system string Sub-system/processes within an industrial sector
diff_% number Cuurent level of an EE measure implementation [%]
tech_max_diff_% number Maximum potential of an EE measure implementation [%]
absol_elec_savings_poten _gj_per_a number Measure specific annual electricity savings potential [GJ]
absol_fuel_savings_poten_gj_per_a number Measure specific annual fuel savings potential [GJ]
absol_final_en_savings_poten_gj_per_a number Measure specific annual final energy savings potential [GJ]
rel_elec_savings_poten_% number Measure specific annual electricity savings potential in relative terms [%]
rel_fuel_savings_poten_% number Measure specific annual fuel savings potential in relative terms [%]
absol_co_abat_t_per_a number Measure specific annual CO2 savings potential [t]
rel_co_abat_% number Measure specific annual CO2 savings potential in relative terms [%]
tot_invest_cost_ratio_chf_per_gj_per_a number Total annual investment costs per unit of energy saved in a year [CHF/GJ]
en_rel_invest_cost_ratio_chf_per_gj_per_a number Energy relevant investment costs per unit of energy saved in a year [CHF/GJ]
change_om_costs_chf_per_gj number Change in annual operation and maintenance costs per unit of energy saved [CHF/GJ]
lifetime_years number Measure lifetime [years]
non_en_benefits_descrip string Description of the non-energy benefits
measure_type string What type of measure is it: New production equipment - N, Retrofit - R, Good Housekeeping - G or Closure - C?
measure_category string 1) Good housekeeping; 2) Process control and management; 3) Reduction of heat losses through surfaces; 4) Process integration (e.g by pinch or exergy an.); 5) Other heat recovery techniques; 6) Energy recovery other than heat; 7) Improved lighting systems; 8) Reduction of friction losses during movement; 9) More efficient conv. of electr. into movement; 10) New process technologies; 11) More efficient furnaces and burners; 12) More efficient conv. of fuel into work; 13) Renewable energy and heat from waste; 14) Power generation from excess heat; 15) Fuel shift
competing_measures string EE measures that directly conflict with one another
documentation string Relevant publication
other_remarks string Other remarks

Energy Efficiency Database for Excess Heat Recovery in Swiss Industry (energy-efficiency-excess-heat.csv)

Field Name Type (Format) Description
measure_title string Short title of the EE measure
measure_id string EE measure identifier
sector string Industrial sector in which the EE measure is applicable
noga_code string Identifier for an industrial sector representing the classified Swiss economic acitivity
name_of_process_system string Sub-system/processes within an industrial sector
diff_% number Cuurent level of an EE measure implementation [%]
tech_max_diff_% number Maximum potential of an EE measure implementation [%]
absol_elec_savings_poten _gj_per_a number Measure specific annual electricity savings potential [GJ]
absol_fuel_savings_poten_gj_per_a number Measure specific annual fuel savings potential [GJ]
absol_final_en_savings_poten_gj_per_a number Measure specific annual final energy savings potential [GJ]
rel_elec_savings_poten_% number Measure specific annual electricity savings potential in relative terms [%]
rel_fuel_savings_poten_% number Measure specific annual fuel savings potential in relative terms [%]
absol_co_abat_t_per_a number Measure specific annual CO2 savings potential [t]
rel_co_abat_% number Measure specific annual CO2 savings potential in relative terms [%]
tot_invest_cost_ratio_chf_per_gj_per_a number Total annual investment costs per unit of energy saved in a year [CHF/GJ]
en_rel_invest_cost_ratio_chf_per_gj_per_a number Energy relevant investment costs per unit of energy saved in a year [CHF/GJ]
change_om_costs_chf_per_gj number Change in annual operation and maintenance costs per unit of energy saved [CHF/GJ]
lifetime_years number Measure lifetime [years]
non_en_benefits_descrip string Description of the non-energy benefits
measure_type string What type of measure is it: New production equipment - N, Retrofit - R, Good Housekeeping - G or Closure - C?
measure_category string 1) Good housekeeping; 2) Process control and management; 3) Reduction of heat losses through surfaces; 4) Process integration (e.g by pinch or exergy an.); 5) Other heat recovery techniques; 6) Energy recovery other than heat; 7) Improved lighting systems; 8) Reduction of friction losses during movement; 9) More efficient conv. of electr. into movement; 10) New process technologies; 11) More efficient furnaces and burners; 12) More efficient conv. of fuel into work; 13) Renewable energy and heat from waste; 14) Power generation from excess heat; 15) Fuel shift
competing_measures string EE measures that directly conflict with one another
documentation string Relevant publication
other_remarks string Other remarks

Energy Efficiency Database for Swiss Electric Motor Driven Systems (energy-efficiency-motor-systems.csv)

Field Name Type (Format) Description
measure_title string Short title of the EE measure
measure_id string EE measure identifier
sector string Industrial sector in which the EE measure is applicable
noga_code string Identifier for an industrial sector representing the classified Swiss economic acitivity
name_of_process_system string Sub-system/processes within an industrial sector
diff_% number Cuurent level of an EE measure implementation [%]
tech_max_diff_% number Maximum potential of an EE measure implementation [%]
absol_elec_savings_poten _gj_per_a number Measure specific annual electricity savings potential [GJ]
absol_fuel_savings_poten_gj_per_a number Measure specific annual fuel savings potential [GJ]
absol_final_en_savings_poten_gj_per_a number Measure specific annual final energy savings potential [GJ]
rel_elec_savings_poten_% number Measure specific annual electricity savings potential in relative terms [%]
rel_fuel_savings_poten_% number Measure specific annual fuel savings potential in relative terms [%]
absol_co_abat_t_per_a number Measure specific annual CO2 savings potential [t]
rel_co_abat_% number Measure specific annual CO2 savings potential in relative terms [%]
tot_invest_cost_ratio_chf_per_gj_per_a number Total annual investment costs per unit of energy saved in a year [CHF/GJ]
en_rel_invest_cost_ratio_chf_per_gj_per_a number Energy relevant investment costs per unit of energy saved in a year [CHF/GJ]
change_om_costs_chf_per_gj number Change in annual operation and maintenance costs per unit of energy saved [CHF/GJ]
lifetime_years number Measure lifetime [years]
non_en_benefits_descrip string Description of the non-energy benefits
measure_type string What type of measure is it: New production equipment - N, Retrofit - R, Good Housekeeping - G or Closure - C?
measure_category string 1) Good housekeeping; 2) Process control and management; 3) Reduction of heat losses through surfaces; 4) Process integration (e.g by pinch or exergy an.); 5) Other heat recovery techniques; 6) Energy recovery other than heat; 7) Improved lighting systems; 8) Reduction of friction losses during movement; 9) More efficient conv. of electr. into movement; 10) New process technologies; 11) More efficient furnaces and burners; 12) More efficient conv. of fuel into work; 13) Renewable energy and heat from waste; 14) Power generation from excess heat; 15) Fuel shift
competing_measures string EE measures that directly conflict with one another
documentation string Relevant publication
other_remarks string Other remarks
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