Coordinated and optimized dispatch of smart building group-energy storage power station based on multiple games

In view of the different needs of multi-subject interests of intelligent building groups and issues such as information asymmetry, energy trading, operating economy, and stability, a coordinated optimization dispatch model for intelligent building groups and energy storage power stations based on multiple games is proposed. First, consider Intelligent building groups gradually have the ability to consume and produce electric energy and have coupling characteristics of internal energy. A cooperative game model based on intelligent building groups is established to maximize the economy between members. Secondly, the game relationship between the energy storage power station and the smart building group is analyzed, and a master-slave game model based on the energy storage power station and the smart building group is constructed. Then, the alternating direction multiplier method and /the dichotomy method are used to solve the cooperative game and master-slave game models respectively. Finally, through the calculation example results, the economy and effectiveness of the strategy were verified. Finally, through the calculation example results, the economy and effectiveness of the strategy were verified.