Ordered Electricity Consumption Optimization Strategy Considering Real-time Electricity Price

Aiming at the lack of consideration of real-time electricity price in the orderly electricity consumption strategy, this paper proposes an optimized model of orderly electricity consumption considering real-time electricity price, with full consideration of the impact of real-time electricity price on the orderly electricity consumption strategy. Setting the comprehensive optimization of economic cost and user satisfaction as the goal, the model takes the real-time price of each period and the orderly power consumption measures of each user as the decision variables. Under the premise of ensuring the reliability of power supply and other constraints, the decision variable results under the optimal objective function are obtained. The model's orderly power consumption measures change with the electricity price change. The analysis results of the example show that the application of the decision model can lower the maximum daily load than the maximum supply power. In addition, compared with the orderly power consumption model without considering the real-time price, the power company's economic benefit under the strategy proposed in this paper has increased by 5%, and user satisfaction has increased by 7%.