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

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