Integrated Energy System Energy Conversion Based on Data Analysis to Promote Optimal Scheduling of Wind Power Consumption

In the integrated energy system, there is a problem of insufficient new energy consumption caused by the constraint of "determining electricity based on heat" in cogeneration. A comprehensive energy system source load coordination and optimization scheduling method that takes into account the conversion of supply and consumption energy to promote wind power consumption is proposed. Under the guidance of multiple energy Price signal, a comprehensive demand response mechanism with energy conversion is formed to coordinate the grid connected consumption of wind power. Finally, a comprehensive energy system source load coordination optimization model is constructed that takes into account user satisfaction with comprehensive energy consumption, with the goal of minimizing system operating costs and optimizing unit output at each time period. The calculation results show that this method can promote wind power consumption while reducing system operating costs; The comprehensive demand response mechanism with energy conversion has a smaller impact on user satisfaction and is more in line with the actual energy consumption of users.