Optimal Dspatch of Itegrated Eergy Sstem in a Small high-tech Idustrial Park

At present, the development of China's integrated energy system has attracted much attention. The research work of many scholars and many demonstration projects show that integrated energy has great application potential in future energy use scenarios. However, most of the current integrated energy and multi-energy complementary related businesses have unsatisfactory operating results. Most parks have the shortcomings of high operating and scheduling costs, and the disadvantages in economic benefits greatly limit the promotion and development of integrated energy. This paper takes the integrated energy system of a small high-tech industrial park in south China as an example, studies its economic analysis from initial investment to optimal dispatch, and uses intelligent optimization algorithms to calculate its detailed dispatch strategy during typical summer days. Through the comparative analysis of various schemes, the calculation results of this paper show that the application of integrated energy system in this type of park has good economic and environmental benefits, which provides a certain reference value for follow-up research.