When using the results presented in the result viewer use the following citation:
Wråke, M., Karlsson, K., Kofoed-Wiuff, A., Folsland Bolkesjø, T., Lindroos, T.J., Tennbakk, B., Ogner Jåstad, E., Bosack Simonsen, M., Hagberg, M., Unger, T., Putkonen, N., Lehtilä, A. & Koljonen, T. (2021, September 7. ). Nordic Clean Energy Scenarios: Results Viewer. Nordic Energy Research. Retrieved from https://cleanenergyscenarios.nordicenergy.org

Developed by

TøkniEnergy Modelling Lab
If you are experiencing issues with the web tool please contact Kenneth Karlsson at The Energy Modelling Lab.

How to Use the Results Viewer Tool

In this web tool you can explore the model results by either selecting individual countries or looking at the aggregated Nordic results. By clicking on the map, you can select which country’s results you wish to explore.

Functions of the web tool:

Scenario comparison

In the scenario selection tool, you can choose to view one scenario at a time or compare two different scenarios with each other.

Explore the impact of sensitivity analyses

By clicking one, or both, of the icons next to the chosen scenario you can add a sensitivity to the modelling results. The barrel icon barrel icon adds the assumption that CCS will become more costly than currently projected, ranging from 20 to 60% depending on the technology. The leaf icon leaf icon adds the assumption that the import of bioenergy will be more restricted in the future, reducing linearly from today’s levels to 0 by 2050. In addition, increased competition for biomass resources is assumed to limit domestic bioenergy potential by 25%.

For example, by choosing both CNN scenario options, applying one or both sensitivities to one, you will be able to view what effects these sensitivities would have on the results by comparison.

Scenario differences

By using the Scenario difference toggle the difference between the two chosen scenario results will be calculated and displayed.

If you are experiencing any issues while using the tool please contact Kenneth Karlsson, Energy Modelling Lab. kenneth.karlsson@energymodellinglab.com