Power consumption management off-peak strategy optimization method based on multi-objective programming

A power consumption management off-peak strategy optimization method based on multi-objective programming introduces an off-peak influence factor indicator system in terms of economy, safety, environment, service, management and policy and establishes an off-peak optimal selection strategy based on global multi-objective off-peak strategies. The method includes: introducing the multi-factor indicator system to off-peak management to establish a multi-objective comprehensive optimal mathematical model by comprehensively considering the influence of six influence factors upon the off-peak management, and formulating an optimal off-peak management scheme according to solution results. Load curves are descended overall, the negative effect on local economy is low, and power grid economic benefit and customer satisfaction level are maximized. The off-peak scheme is formulated automatically, non-optimal feasible solutions are reduced by enhancing constraint conditions, model solving speed is increased by implicit enumeration method, and time complexity in model solving is lowered effectively.