Currently InjectionRangeActions are very specific. They require having a group of injections with a set of shift keys, with the sum of the shift keys being 0.
This pretty much limits injection range actions to modelling hvdcs with a load and a generator.
Describe the expected behavior
We also want to be able to represent countertrading and redispatching with these action. And to avoid having to describe all pairs of injections for redispatching etc, we would have N actions each acting on one specific injection (so the sum of shift keys would be 1).
Describe the motivation
This feature is required to be able to use CT and redispatching in the RAO.
Describe the current behavior
Currently InjectionRangeActions are very specific. They require having a group of injections with a set of shift keys, with the sum of the shift keys being 0. This pretty much limits injection range actions to modelling hvdcs with a load and a generator.
Describe the expected behavior
We also want to be able to represent countertrading and redispatching with these action. And to avoid having to describe all pairs of injections for redispatching etc, we would have N actions each acting on one specific injection (so the sum of shift keys would be 1).
Describe the motivation
This feature is required to be able to use CT and redispatching in the RAO.
Extra Information
No response