Research on Cross-Border Power Regulation Constraint Optimization Model Based on Improved Differential Evolution Algorithm

The cross-border power regulation constraint optimization model based on the improved differential evolution algorithm is studied to effectively regulate and constrain the cross-border power system, ensure the safe and stable operation of the cross-border power system and reduce emissions and fuel consumption. Build a cross-border power and energy Internet model with the tie line as the main medium to realize domestic and overseas information exchange. On this basis, take the minimum total emissions and the minimum total fuel consumption of the generator as the objective function, and take the unit output, system load, active power output and climbing constraints as the constraints, build a cross-border power regulation constraint optimization model, and apply the multi group improved differential evolution algorithm to solve the model, Obtain a cross-border power regulation and restriction scheme that minimizes the total emissions and the total fuel consumption of generators. The experimental results show that this method can realize the cross-border power regulation constraint optimization. After the power regulation constraint optimization, the total emissions and generator fuel consumption are small, and the power generation capacity can meet the load demand and achieve the balance of supply and demand.