The Path Segmentation Algorithm of Microgrid Distribution Network on Reliability Evaluation

Distribution network is an important link in the supply and distribution of electricity to users, which connects the power system or power transmission and transformation system with the users' facility, and the overhaul and malfunction of the components or equipment of the distribution network will directly lead to the discontinuity of power supply. In order to solve this problem, the path segmentation algorithm of microgrid distribution network on reliability evaluation is studied in this paper, and through analyzing the principle of reliability and its basic methods, the path segmentation algorithm of the load balancing of the distribution network is put forward. When the load of all the source points are equally divided, the load distribution is the most balanced through using the network topology structure and the load distribution of the load to segment. The simulation results show that the algorithm proposed in this thesis has a good efficiency, and also has a good economic benefit for real-time evaluation of the microgrid distribution network.