Efficient use of biomass for a robust and climate-friendly energy system

Bioenergy is renewable, can offer flexible power in the electricity system and domestically produced fuels. However, the use of bioenergy risks causing greenhouse gas emissions due to land use change. The extent of these emissions depends on the type of feedstock and where it comes from. Most energy system models that analyze energy futures assume that all bioenergy causes zero emissions. In addition to this deficiency in the representation of bioenergy, energy system models are poor at presenting solutions that are robust under uncertainty and unforeseen events.
In this project, we intend to implement both uncertainty and carbon opportunity cost in PyPSA, a leading European energy system model. In this way, we can analyze which bioenergy resources contribute to a robust and climate-friendly energy system and in which sectors these resources are best used.
The project contributes with important methodological development as well as insights that are important for future policy decision

Lina Reichenberg
Chalmers University of Technology
lina.reichenberg@chalmers.se
Project information
Participants
Chalmers
Time schedule
December 2023 - December 2027
Total cost of project
3 886 000 SEK
Swedish Energy Agency project number
2023-01055
More projects

Grey alder as a potential for increased energy-oriented production in Sweden – Evaluation of progeny experiments and their transformation to long-term silvicultural experiments
Fast-growing deciduous tree species have been highlighted as an important contribution to increased biomass production. Gray alder can be a hardy alternative…
Manager: Nils Fahlvik
Ongoing

Pulping of waste wood
In the time when the awareness of the biomass as a limited resource drives the efforts to increase resource efficiency (in the…
Manager: Merima Hasani
Ongoing

Check-in: moisture content – radiowave arrival measurement on roundwood and chip trucks
The moisture content of wood chips and fuel- and pulpwood is important for both logistics and industrial processes. Today’s methods for measuring…
Manager: Kari Hyll
Ongoing