Demand Side Multi-energy Complementary Optimization for New Power Systems Considering Transmission Power Stability
The demand side multi-energy complementarity of new power systems involves the conversion and transmission of multiple energy types,and nevertheless only establishes a single constraint condition,hence resulting in low reliability of objective function and poor optimization utility.Therefore a new demand side multi-energy complementary optimization method considering the stability of transmission power was designed.Based on maximizing the economic benefits of the new power system,a demand side multi-energy complementary optimization objective function was determined for the new power system.Under the premise of considering the stability of transmission power and combined with energy storage constraints,the constraint conditions of the objective function were obtained and solved to develop corresponding optimiza-tion strategies.The designed optimization method was verified by practical experiment to achieve low energy consumption and satisfactory optimization utility.
transmission power stabilitynew power systemdemand sidemulti-energy complementary optimization
万方数据
维普
