On Distributed Scheduling of Flexible Demand and Nash Equilibria in the Electricity Market.
Antonio de PaolaDavid AngeliGoran StrbacPublished in: Dyn. Games Appl. (2018)
Keyphrases
- electricity markets
- nash equilibria
- unit commitment
- electric power
- nash equilibrium
- profit maximizing
- game theory
- incomplete information
- stochastic games
- power generation
- software agents
- wind power
- game theoretic
- market participants
- cooperative
- bidding strategies
- fictitious play
- market clearing
- pure strategy
- multi agent
- business models
- resource allocation
- production scheduling
- lead time
- np hard
- case study
- congestion games