Simulation Study on the Competitive Game Model of Microgrid Market in the Face to Face Energy Internet

This study aims to explore the competitive game model and its simulation implementation in the microgrid market for energy internet. By constructing a comprehensive game theory framework, we analyzed the multi participant interactions in the microgrid market, including energy suppliers, consumers, and microgrid operators. Our model focuses particularly on how these participants respond to market forces and policy changes in the context of the energy internet, as well as how their strategic choices affect market equilibrium and efficiency. Using Nash equilibrium theory, we quantitatively analyzed the strategies of market participants and revealed the optimal strategies under different market conditions, such as supply fluctuations, demand changes, and policy adjustments. In addition, we employed advanced computational methods to simulate the operation of this complex market, provided a series of simulation scenarios to validate our theoretical model, and analyzed market dynamics under different strategy configurations. Through this study, we demonstrate the potential and application value of game theory and simulation research in solving practical problems in the energy market.