An electric power demand side responding method with multiple time scales

The invention discloses an electric power demand side responding method with multiple time scales. First of all, through advanced measurement and an intelligent algorithm, parameters are detected and analyzed, wherein the parameters include a load group electricity utilization correlation degree, time-of-use electricity prices and a photovoltaic power generation output; and then based on the detected parameters, at the multiple time scales, for load groups including smart home appliances and electric car loads, prevention control strategies and emergency control strategies are established; real-time demand response measures and current electricity load scheduling measures are respectively established to achieve the local power consumption of photovoltaic power consumption. The electric power demand lateral responding method of the invention realizes peak regulation demands and consumption of a photovoltaic power of a power grid on the basis of a plurality of parameters. 本发明公开了种多时间尺度的电力需求侧响应方法。首先通过高级量测和智能算法对参数