Flexibility and acceptance limit
Increasing the flexibility of consumption and production in the power system is important to enable the green transition. Deterministic and stochastic methods will be used and evaluated to find an acceptance limit for different types or combinations of flexibility. To validate the results, measurements will be carried out in the area.
Increasing the flexibility of consumption and production in the power system is important to enable the green transition. With increased flexibility comes increased uncertainty when it comes to planning and operating the system. Which and how many customers will respond to a particular incentive is unknown. Studies are needed to be able to assess at an early stage the consequences for the power system that come with an increased share of active and flexible customers.
By building models and developing methods to look at how different flexibility solutions may affect the grid, decision-makers and grid owners can make better informed decisions, leading to a more robust and reliable power system.
Deterministic and stochastic methods will be used and evaluated to find an acceptance limit for different types or combinations of flexibility. To validate the results, measurements will be carried out in the area.
Funding: European Regional Development Fund, Region Norrbotten, Skellefteå municipality and participating industrial companies.
Project participant: Sarah Rönnberg
Collaboration: Skellefteå Kraft, Piteå Energi
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