Energy Coordination Allocation Method of Comprehensive Energy Station Considering Uncertainty of Multi-Source Output

In the stage of coordinated energy allocation of the comprehensive energy station, due to the influence of uncertain factors at both ends of the source and load of the comprehensive energy station, the amount of new energy is large. Therefore, the research on the coordinated energy allocation method of comprehensive energy stations considering the uncertainty of multi-source output is put forward. In the stage of analyzing the composition of uncertain factors at both ends of the source and load of the comprehensive energy station, this paper starts from the intermittent fluctuation of renewable energy output at the power generation side, followed by the deviation fluctuation of objective demand of various loads at the load side and finally the fluctuation of energy demand caused by the uncertainty of the market environment itself. It uses the linear static robust optimization model to analyze the action state of its uncertainty. In the stage of energy coordination and allocation of comprehensive energy station, based on the load and combined with the state of different output units, the energy allocation is realized. In the test results, the amount of waste air and light is stable within 20.0 kW, which is significantly lower than that of the control group.