Final Energy Consumption per Sector, Energy Source and Application (Europe NUTS-0)
- December 8, 2020
- eXtremOS, TransHyDE-Sys
Within the project eXtremOS, application-oriented energy balances for 30 European countries were created. The methodical combination of different statistical energy data allows for national final energy consumption to be presented in different levels of detail (sectors, applications, energy sources and branches). For one thing, the balances enable energy-related analyses, e.g. the highlighting of country-specific characteristics or cross-country comparisons. For another, the statistical data can serve as model input for energy system modeling.
Metadata
Unit:
Depending on internal_id[5]
Spatial resolution:
NUTS-0
Period:
2014,2015,2016,2017,2018,2019
Internal ID:
internal_id_type[1] = 51: Final energy sector
internal_id[1] = 2: industry
internal_id[1] = 3: services
internal_id[1] = 4: private households
internal_id[1] = 5: transport
internal_id_type[2] = 16: Energy carrier
internal_id[2] = 6: geothermal
internal_id[2] = 11: natural-gas
internal_id[2] = 14: waste
internal_id[2] = 15: oil
internal_id[2] = 20: coal
internal_id[2] = 21: gas
internal_id[2] = 22: renewable
internal_id[2] = 71: district heating
internal_id[2] = 72: electricity
internal_id[2] = 335: Fuel oil (ISI)
internal_id[2] = 336: Other fossil fuels (ISI)
internal_id[2] = 337: Biomass (ISI)
internal_id[2] = 338: Other RES (ISI)
internal_id[2] = 339: Coal (ISI)
internal_id[2] = 340: Solar Energy (ISI)
internal_id[2] = 341: Waste non-RES (ISI)
internal_id[2] = 342: Waste RES (ISI)
internal_id_type[3] = 78: Sub Application
internal_id[3] = 11: Space Heating
internal_id[3] = 12: Warm Water
internal_id[3] = 24: Lighting
internal_id[3] = 25: ICT
internal_id[3] = 213: Process Heat
internal_id[3] = 221: Climate Cold
internal_id[3] = 222: Process Cold
internal_id[3] = 231: Compressed Air
internal_id[3] = 232: Pumps
internal_id[3] = 301: Mechanical Energy
internal_id[3] = 2134: Process Heat > 500 °C
internal_id[3] = 3106: Process Heat < 100 °C
internal_id[3] = 3107: Process Heat 100 – 500 °C
internal_id_type[5] = 52: Final energy consumption
internal_id[5] = 1: Absolute energy in GWh
internal_id[5] = 3: Energy per capita in kWh/capita
internal_id[1] = 2: industry
internal_id[1] = 3: services
internal_id[1] = 4: private households
internal_id[1] = 5: transport
internal_id_type[2] = 16: Energy carrier
internal_id[2] = 6: geothermal
internal_id[2] = 11: natural-gas
internal_id[2] = 14: waste
internal_id[2] = 15: oil
internal_id[2] = 20: coal
internal_id[2] = 21: gas
internal_id[2] = 22: renewable
internal_id[2] = 71: district heating
internal_id[2] = 72: electricity
internal_id[2] = 335: Fuel oil (ISI)
internal_id[2] = 336: Other fossil fuels (ISI)
internal_id[2] = 337: Biomass (ISI)
internal_id[2] = 338: Other RES (ISI)
internal_id[2] = 339: Coal (ISI)
internal_id[2] = 340: Solar Energy (ISI)
internal_id[2] = 341: Waste non-RES (ISI)
internal_id[2] = 342: Waste RES (ISI)
internal_id_type[3] = 78: Sub Application
internal_id[3] = 11: Space Heating
internal_id[3] = 12: Warm Water
internal_id[3] = 24: Lighting
internal_id[3] = 25: ICT
internal_id[3] = 213: Process Heat
internal_id[3] = 221: Climate Cold
internal_id[3] = 222: Process Cold
internal_id[3] = 231: Compressed Air
internal_id[3] = 232: Pumps
internal_id[3] = 301: Mechanical Energy
internal_id[3] = 2134: Process Heat > 500 °C
internal_id[3] = 3106: Process Heat < 100 °C
internal_id[3] = 3107: Process Heat 100 – 500 °C
internal_id_type[5] = 52: Final energy consumption
internal_id[5] = 1: Absolute energy in GWh
internal_id[5] = 3: Energy per capita in kWh/capita
Publication source:
FfE: Project eXtremOS
Publication date:
2020-09-14 (updated on 2022-05-17)
Publication licence:
CC-BY-4.0
Copyright:
© FfE, eXtremOS Project
FfE-Bib-Key:
FFE-139 20
Citation:
Final Energy Consumption per Sector, Energy Source and Application (Europe NUTS-0): https://opendata.ffe.de/dataset/final-energy-consumption-per-sector-energy-source-and-application-europe-nuts-0/; München: Forschungsstelle für Energiewirtschaft e. V. (FfE), 2020.