An Electricity Market Game using Agent-based Gaming Technique for Understanding Energy Transition.
Setsuya KurahashiWander JagerPublished in: ICAART (1) (2017)
Keyphrases
- electricity markets
- computer games
- agent based simulation
- video games
- educational games
- power generation
- game play
- electric power
- game players
- game based learning
- wind power
- multi player
- digital games
- serious games
- nash equilibrium
- game design
- game playing
- mobile games
- unit commitment
- energy consumption
- long term
- game theory
- market participants
- market clearing
- profit maximizing
- renewable energy sources
- power grids
- real world
- games played
- wind speed
- bidding strategies
- short term
- power system
- virtual environment
- multi agent systems
- artificial intelligence