JRC-EU-TIMES is a model that represents all sectors of the energy system of the EU28 and of neighbouring countries: buildings, transport, industry, power and agriculture. The JRC-EU-TIMES model produces projections (or scenarios) of the EU energy system showing its evolution up to 2060 under different sets of assumptions. The model's algorithm simultaneously solves for the optimum investment portfolio of energy technologies and their operation. The following JRC data collections are also inputs for JRC-EU-TIMES: ETRI, JRC-IDEES, ENSPRESO and EMHIRES.JRC.C.7-Knowledge for the Energy Unio
The relevance of sector coupling is increasing when shifting from the current highly centralised and...
This report describes the evolution of the EU energy system until the year 2050 under the assumption...
The EnergyPLAN model is a computer model for Energy Systems Analysis. The model has been developed a...
JRC-EU-TIMES is designed for analysing the role of energy technologies and their innovation for meet...
The JRC-EU-TIMES model is one of the models currently pursued in the JRC under the auspices of the J...
This dataset includes the data behind the JRC Energy Scenarios Tool that is available online on http...
JRC-IDEES is an open source complete data-box of the energy system and all associated factors, which...
The JRC-EU-TIMES is a partial equilibrium energy system model maintained by the Institute for Energy...
This dataset includes the data behind the JRC Energy Scenarios Tool that is available online on http...
This chapter describes a methodology to integrate DC power flow modeling and N-1 security into JRC-E...
All hydrogen related input data of the JRC-EU-TIMES model. The full JRC-EU-TIMES is open on Zenodo: ...
Modelling the variability of renewable energy sources together with flexible and/or storage technolo...
As Denmark progresses towards a carbon neutral future, energy system models are required to address ...
Most analyses of the future European energy system conclude that in order to achieve energy and clim...
Long-term scenarios of future energy demand are a major prerequisite when planning future energy sys...
The relevance of sector coupling is increasing when shifting from the current highly centralised and...
This report describes the evolution of the EU energy system until the year 2050 under the assumption...
The EnergyPLAN model is a computer model for Energy Systems Analysis. The model has been developed a...
JRC-EU-TIMES is designed for analysing the role of energy technologies and their innovation for meet...
The JRC-EU-TIMES model is one of the models currently pursued in the JRC under the auspices of the J...
This dataset includes the data behind the JRC Energy Scenarios Tool that is available online on http...
JRC-IDEES is an open source complete data-box of the energy system and all associated factors, which...
The JRC-EU-TIMES is a partial equilibrium energy system model maintained by the Institute for Energy...
This dataset includes the data behind the JRC Energy Scenarios Tool that is available online on http...
This chapter describes a methodology to integrate DC power flow modeling and N-1 security into JRC-E...
All hydrogen related input data of the JRC-EU-TIMES model. The full JRC-EU-TIMES is open on Zenodo: ...
Modelling the variability of renewable energy sources together with flexible and/or storage technolo...
As Denmark progresses towards a carbon neutral future, energy system models are required to address ...
Most analyses of the future European energy system conclude that in order to achieve energy and clim...
Long-term scenarios of future energy demand are a major prerequisite when planning future energy sys...
The relevance of sector coupling is increasing when shifting from the current highly centralised and...
This report describes the evolution of the EU energy system until the year 2050 under the assumption...
The EnergyPLAN model is a computer model for Energy Systems Analysis. The model has been developed a...