Park Multi-energy Complementary Comprehensive Intelligent Energy Coordinated Operation Optimization Method

Abstract

To meet the demand of energy supply and demand balance in the park and avoid the problem of waste or insufficient supply in the process of energy supply, the design and research of coordinated operation optimization method of the multi-energy complementary integrated intelligent energy in the park are carried out. According to the park’s function mode and cooling and heating load operation requirements, the optimal configuration of the park’s electrical and photovoltaic access scheme is carried out. The calculation of the energy supply load is a prerequisite to carrying out the adaptive scheduling of the park’s multi-energy complementary comprehensive intelligent energy supply. The power data is integrated and transmitted according to the park’s energy supply and demand balance requirements. When the terminal control module receives the dispatching data, it needs to evaluate the demand response first and then carry out the comprehensive control of energy-coordinated operation according to the evaluation results. The example proves that the optimization method can balance energy supply and demand in practical applications.