Game Approaches for joint peak shaving planning in industrial park distribution networks

Abstract

The industrial park (IP) possesses a great potential for peak shaving as a relatively independent large-scale distribution unit. In this paper, game theory is introduced to model the joint planning of energy storage systems (ESS) and renewable energy systems (RES). A non-cooperative game-theoretic models is built by taking the power supply company, consumers and independent operators as the three players and their life cycle income as payoffs. A bi-level optimization model considering both planning and operation is constructed for solving the Nash equilibrium. Finally, the proposed method is verified via a virtual IP in Guangdong province, China and the technical and the economical outputs are presented.