Multi-Objective Optimal Scheduling of Building Considering the Difference in User Energy Consumption
In order to solve the problem of difficulty in the scheduling of building electric energy system caused by fixed compensation electricity price,a subsidy model considering the difference of user energy consumption and a multi-objective building electric energy optimization scheduling model are established.Firstly,the subsidized electricity price and temperature setting value are divided into three optimal dispatching periods according to the peark,shoulder,and off-peak periods,and the dynamic subsidized electricity price model is established.Secondly,the comprehensive satisfaction model considering the user's thermal comfort and economy is established,and the multi-objective optimization model is established with the optimal comprehensive satisfaction of the user,the minimum total operating cost,the smallest daily load peak-to-valley difference,and the smallest peak load.Finally,simulations are used to verify that the proposed model can effectively reduce the operating cost and load peak-to-valley difference while ensuring the comprehensive satisfaction of users.
multi-objective optimization schedulingelectric heating loaduser energy consumption differenceuser satisfaction
万方数据
维普
