Intelligent Building System Optimal Scheduling Based on Residential Electricity Characteristic

In order to dig deep into the electric energy scheduling potential of building systems, this paper proposes a building energy storage system topology with dynamic reconfigurable battery network architecture. Firstly, the dispatchable margin index of controllable load in intelligent buildings is established by analyzing residents' electricity consumption characteristics. On this basis, based on the residents' electricity comfort and the actual schedulable margin of the building system during this period, an optimal scheduling model with the minimum daily operating cost of the building system is constructed. Finally, the IEEE 33-node distribution network system is taken as an example system, and the fast group search optimization algorithm (FCSO) is applied to solve and analyze the proposed model. The experimental results show that the model can effectively improve the energy consumption of new energy and reduce the power fluctuation of the building load.