Agentenbasierte Steuerung sektorenkoppelnder Anlagen auf Basis spieltheoretischer Methoden

In this work, an agent-based concept for the control of a pool of sector-coupling devices is developed based on game-theoretic methods. For this, three game-theoretic learn mechanisms are analyzed. Through the implementation of additional agent-specific state variables, a fully decentralized optimization is made possible. Extensive simulations for three case studies with different types of sector-coupling devices show that their joint operation can be improved effectively for varying objectives. Incorporation of agent-specific flexibility costs for the optimization thereby increases the flexibility of the pool and thus enhances the overall optimization results