A High Ratio Distributed New Energy Consumption Method Based on Cooperative Scheduling of Integrated Energy Systems

Conventional distributed new energy consumption methods are based on power generation prediction, which is affected by the uncertainty of new energy output and cannot meet the demand for consumption. Therefore, a high-ratio distributed new energy consumption method based on integrated energy system coordinated scheduling is designed. Based on the blocked power, consumption power, and blocked electricity of new energy, the blocked period of distributed new energy consumption is divided to provide basic conditions for subsequent consumption. A new energy consumption model is constructed based on the coordinated scheduling of integrated energy systems, and the power balance of new energy consumption is satisfied with the constraints of electricity, heat flow, heat output, and load. The new energy consumption model is modified with a high proportion of distributed new energy consumption, and the uncertainty coefficients of new energy consumption are used to relax the new energy consumption, avoiding the influence of uncertainty fluctuations on the new energy consumption. Simulation experiments are performed, which prove that the method has a better consumption effect and can be applied in real life.