Low-carbon Operation Energy Automation Scheduling Algorithm Considering the Randomness of Large-scale New Energy Grid Connection
In order to solve the problem of scheduling instability in the process of new energy grid connection,an automatic energy scheduling algorithm for low-carbon operation was proposed to determine the stochastic objective function during the new energy grid connection process and obtain the original constraints of the objective function.Based on this idea,the carbon emissions of key equipment for new energy grid connection under low-carbon operation was calculated,optimizing the complete low-carbon operation scheduling and its constraints.The results show that the proposed algorithm has a small change in response weight values for wind power generation,solar power generation,and geothermal power generation scheduling.The scheduling effect of the proposed algorithm has ideal stability,meets practical application requirements,and has high research value.
new energy grid connectionrandom influenceautomated schedulingcarbon emission
万方数据
维普
