Economic Optimal Operation of Integrated Rural Single Household Energy Systems

People in rural areas have increasingly high requirements for quality of life and gradually increasing demand for energy. Traditional rural household energy systems often rely on the power grid and natural gas. In order to reduce economic costs and improve energy use efficiency, this paper proposes an economically optimized operation scheme for a single rural household integrated energy system. Firstly, constructing the integrated rural household energy system and modeling the components of the system. Secondly, taking the example of a rural household in the European region, we analyze the energy use on a typical day in summer and a typical day in winter. With the objective functions of purchasing energy costs and operating costs, the CPLEX solver in MATLAB is called to establish an optimization model for the economic operation of the rural household integrated energy system. Through the analysis, it is verified that the construction of the integrated rural household energy system is economical.