Temperature Control Load Demand Response Control Strategy Considering Users Willingness Difference

Considering the pressure of communication facilities, the difference in willingness to participate, privacy protection, and other factors, a temperature control load demand response control strategy based on signal broadcasting considering the difference in user willingness is proposed. The control strategy is divided into the aggregator side and the local temperature control load unit side and its response index are sent by the aggregator to all temperature control load units in the form of signal broadcasting. In this control strategy, considering the variety of temperature control load units and different temperature control intervals, a universal temperature normalization value is established. The user participation willingness coefficient is introduced, and the expression of the actual participation probability of the temperature control load is constructed. According to the comparison result with the random number, whether to start or stop the temperature control component is selected. Finally, the overall application flow of temperature control load demand response is designed, and the effectiveness of the strategy is verified by MATLAB simulation.