Explore the future energy system!
The 2015 Paris Climate Agreement means countries are making plans to reduce their greenhouse gas emissions. In those plans, emissions from energy use play a big role. The transition of the energy system can take different directions, while many options affect each other. The ETM is developed to improve everyone's understanding of the energy system in order to make more substantiated plans.
Start a new scenario…
To start a new scenario, choose one of the available regions and a year in the future. The ETM is available on different geographical levels. Is the region you are interested in not in the list? Please contact Quintel, the developers of the ETM, for support.
Start an existing scenario…My Scenarios →
- 100% Sustainable Energy in 2030
- Climate and Energy Outlook 2021 (KEV)
- Draft Climate and Energy Agreement (KEA)
- II3050 European governance
- II3050 International governance
- II3050 National governance
- II3050 Regional governance
- Northern Ireland
- Business as Usual 2050
- Diverse 2050
- High Electrification 2050
- High Gasification 2050
- Provinces and regions of the Netherlands
- West- en Midden-Brabant Regional energy strategy
- West- en Midden-Brabant Variation with offshore wind
Small modular reactors are now available in the model, the transition path charts tool has had a significant update, and load shifting is now available for the central ICT sector. Find out more below!
Local vs. global
Explore how individual regions can be combined, and contribute to a larger whole.
Transition path charts
Explore the possible transition paths to a scenario for 2050 and discover the actions and consequences for aspired goals in 2023, 2030 and 2040.
Explore the possibilities of coupling energy models and start a scenario based on an energy system caputured in an ESDL (Energy System Description Language) file.
The Energy Transition Model is open-source and developed by Quintel.