Research on optimization configuration of distributed generation (DG) based on power supply reliability

With the development of renewable energy in China, the optimal configuration of distributed energy resources has gained paramount significance. This paper comprehensively considers factors such as regional constraints, disaster impact, and system reliability to optimize the integration of Distributed Generation (DG) into the grid. Experimental results indicate that reasonable distributed energy resource configuration can enhance the grid's resilience during natural disasters and its post-disaster recovery capability. Additionally, increasing the penetration rate of distributed energy resources can bring economic benefits to the grid. This will provide valuable references for the planning and operation of actual distribution networks, aiming to achieve a more efficient and reliable power system.