Data - PROMETHEUS: Difference between revisions

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As a global energy-economy-environment model, PROMETHEUS has extensive requirements for data. A wide variety of databases and other sources have been used to provide the required energy, technology and economic data. PROMETHEUS uses energy system and power generation data from international widely-used databases (mainly from the IEA and ENERDATA databases); in particular, data for final energy demand by sector and fuel, primary production by energy form, input and output from energy transformation processes, electricity demand, power generation mix and energy imports and exports. Detailed data for power plant stations are also collected from the Enerdata Power Plant Tracker or from the Platts World Electric Power Plants database
Energy prices by fuel and type of consumer are collected from ENERDATA and IEA databases (final consumer prices, import prices, spot prices). Data for global and EU import fuel prices are gathered from a variety of sources, including DG ENER, IMF and Platts database. CO2 emissions data are collected from the IEA, CDIAC and the WorldBank databases. Hydrocarbon reserves and resources are collected from USGS and BGR databases, while an extensive literature review has been conducted for unconventional hydrocarbon resources and technology learning rates.
Population data and projections are based on UN Population Prospects. Data for economic drivers are derived from the GTAP and World Bank databases.\ Macro-economic projections are usually based on GEM-E3 projections or on IEA WEO estimates combined with IMF projections for the short term. A wide literature review has been conducted to estimate costs for all energy system technologies, which are mainly based on costs derived from the PRIMES database and the TECHPOL database (developed in the context of the FP7 EU-funded ADVANCE project). The PROMETHEUS modelling framework ensures consistency between all data sources used, as data collection and reconciliation constitute important procedures in the overall modelling.  
'''Variable                                                    Data Source                                                    Projections'''                             
'''Variable                                                    Data Source                                                    Projections'''                             
* Population                                                UN Population Prospects                UN  Medium fertility variant
* Population                                                UN Population Prospects                UN  Medium fertility variant
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* Power generation capacities                    Enerdata                                          PROMETHEUS model
* Power generation capacities                    Enerdata                                          PROMETHEUS model
* Global and consumer energy prices        Enerdata, IEA                                  PROMETHEUS model
* Global and consumer energy prices        Enerdata, IEA                                  PROMETHEUS model
* CO2 emissions                                        Enerdata, EDGAR                             PROMETHEUS model
* CO2 emissions                                        Enerdata, IEA, EDGAR                     PROMETHEUS model
* Technology costs                                      WEC, IEA, EC                                  PROMETHEUS model
* Technology costs                                      WEC, IEA, EC                                  PROMETHEUS model
* Car stock                                                  OICA                                                PROMETHEUS model
* Car stock                                                  OICA                                                PROMETHEUS model

Revision as of 13:40, 9 September 2020

As a global energy-economy-environment model, PROMETHEUS has extensive requirements for data. A wide variety of databases and other sources have been used to provide the required energy, technology and economic data. PROMETHEUS uses energy system and power generation data from international widely-used databases (mainly from the IEA and ENERDATA databases); in particular, data for final energy demand by sector and fuel, primary production by energy form, input and output from energy transformation processes, electricity demand, power generation mix and energy imports and exports. Detailed data for power plant stations are also collected from the Enerdata Power Plant Tracker or from the Platts World Electric Power Plants database

Energy prices by fuel and type of consumer are collected from ENERDATA and IEA databases (final consumer prices, import prices, spot prices). Data for global and EU import fuel prices are gathered from a variety of sources, including DG ENER, IMF and Platts database. CO2 emissions data are collected from the IEA, CDIAC and the WorldBank databases. Hydrocarbon reserves and resources are collected from USGS and BGR databases, while an extensive literature review has been conducted for unconventional hydrocarbon resources and technology learning rates.

Population data and projections are based on UN Population Prospects. Data for economic drivers are derived from the GTAP and World Bank databases.\ Macro-economic projections are usually based on GEM-E3 projections or on IEA WEO estimates combined with IMF projections for the short term. A wide literature review has been conducted to estimate costs for all energy system technologies, which are mainly based on costs derived from the PRIMES database and the TECHPOL database (developed in the context of the FP7 EU-funded ADVANCE project). The PROMETHEUS modelling framework ensures consistency between all data sources used, as data collection and reconciliation constitute important procedures in the overall modelling.  

Variable Data Source Projections

  • Population UN Population Prospects UN Medium fertility variant
  • GDP and value added World Bank database IMF, IEA, EC Ageing Report
  • Hydrocarbon reserves and resources USGS, BGR
  • Biomass potentials Moreira
  • Wind and solar resources NREL
  • Energy reserves and production Enerdata, IEA PROMETHEUS model
  • Energy demand by sector and fuel Enerdata, IEA PROMETHEUS model
  • Energy transformation processes Enerdata PROMETHEUS model
  • Power generation by technology Enerdata PROMETHEUS model
  • Power generation capacities Enerdata PROMETHEUS model
  • Global and consumer energy prices Enerdata, IEA PROMETHEUS model
  • CO2 emissions Enerdata, IEA, EDGAR PROMETHEUS model
  • Technology costs WEC, IEA, EC PROMETHEUS model
  • Car stock OICA PROMETHEUS model
  • Import dependence Enerdata PROMETHEUS model
  • Policy Assessment indicators Enerdata, IEA PROMETHEUS model
Alert-warning.png Note: The documentation of PROMETHEUS is 'under review' and is not yet 'published'!

Model Documentation - PROMETHEUS

Corresponding documentation
Previous versions
No previous version available
Model information
Model link
Institution E3Modelling (E3M), Greece, https://e3modelling.com/modelling-tools.
Solution concept Partial equilibrium (price elastic demand)
Solution method Simulation
Anticipation Energy system simulation.Foresight is included only is some sub-modules (i.e. electricity generation)
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