A Large-scale Distributed Power Access Planning Method Considering Efficiency Benefits

Abstract:
With the intensification of environmental pollution, distributed power generation (DG) has ushered in a golden period of development, and energy storage system (ESS), which can be well matched with distributed power generation to achieve efficient energy utilization, has also gained favor. This paper mainly considers efficiency and benefits and other issues, and conducts research on large-scale distributed power access. This paper establishes an optimization strategy to smooth the load by minimizing the peak-to-valley difference, maximizing the load rate, and minimizing the load variation under a specific energy storage capacity, and analyzes the load curve optimization effects of the three optimization strategies under different energy storage capacities. The experimental results show that although the objective expressions of the three optimization strategies are different, in essence, they can play a certain role in cutting peaks and filling valleys and smoothing the load.