Operation optimization of Household Intelligent Electrical Equipment Based on Time-of-Use Price

摘要

In the future, household electricity consumption is used as part of the smart grid. It is of great significance to study the optimal operation of household intelligent electrical equipment. Firstly, the mathematical model of typical household intelligent electrical equipment in the future is established, and then based on the time-of-use electricity price, an optimized operation model of intelligent electrical equipment in the future home with the aim of economic and user comfort is proposed, which is convenient for users to formulate a power consumption plan that meets their own needs. Finally, taking a typical home user as an example, the genetic algorithm is used to optimize the operation of the home intelligent electrical equipment by establishing a typical daily simulation scenario. The simulation results show the effectiveness of the established optimization model.