Research on key technology and operation mode of integrated-energy services to adapt to the new environment of power market

Abstract

The optimal configuration of the integrated energy system directly affects investment benefits and operating efficiency, which is one of the keys to the planning of the integrated energy system. This article models wind power generation, photovoltaics, combined cooling-heat-electricity, electric refrigeration and electric heating equipment for the park-level integrated energy system. On this basis, a multi-energy complementary capacity configuration optimization model was established. And taking a certain park as an example, the system capacity optimization configuration example analysis was carried out, and a reasonable optimization configuration plan was proposed to provide technical support for comprehensive energy system planning.