Research on the Operation Mode of Energy Integrated Service Station under Multi-Station Integration

As an important way to build the ubiquitous power Internet of Things and promote the energy transition, energy integrated service station aims to organically integrate multiple types of functional sub-stations to form a high-quality, high-efficiency, and economical operation. In view of the fact that the existing literature does not have in-depth research on the energy integrated service station operation model, this article focuses on the exploration of the multi-station integration operation model based on combination scenarios and energy flow analysis. First, a variety of combined scenarios of multi-station integration are designed and the adaptation scenarios are discussed. Secondly, the energy flow of each function station is analyzed, and the energy supply cost or operating income model of each function station is established. At the same time, In order to take into account the interests of both parties in the energy transaction at the same time, the problem of contract electricity price setting is transformed into a cooperative game problem, and a negotiation game model is established to solve the contract electricity price. Finally, in the simulation, combined with three combination scenarios, the influencing factors of the operating income of functional stations are discussed. The results show that the profit or cost of the functional stations after the multi-station integration is compared with that before the integration, and the economics of the stations are indeed significantly improved. In the current context of actively promoting the energy integrated service station reform, this article has certain practical significance and reference value.