Residential Electricity Consumption Behavior Optimization Based on Energy Efficiency Assessment

Abstract

This paper proposes a power behavior optimization strategy based on energy efficiency assessment. For household appliance energy efficiency assessment, first, according to the purpose and working mechanism of the electrical appliances, the household electrical appliances are classified, and different energy efficiency evaluation indicators are established according to different types of household electrical appliances. Then, combined with the real-time energy efficiency evaluation results of the electrical appliances, the user's electricity behavior is optimized. Consider the user's electricity economy and comfort in the user's power behavior optimization process. On the one hand, it gives the constraints of home appliances, establishes a model for minimizing the electricity bill, and uses the home appliance to make the situation establish the home appliance use matrix to determine the use time of each power; on the other hand, consider the user's habits and use electricity. When the behavior is optimized, the user's electricity demand is met. And to ensure that when the power behavior is optimized, the user's power usage habits are reduced, and the power consumption comfort is ensured, so that the user's electricity cost is minimized.