Abstract
Strengthening the lean management of the cost of operation and maintenance of distribution network equipment is one of the important ways to ensure the sustainable operation and development of power grid enterprises. Therefore, this article combines the relevant theories of grid management of the distribution network and analyzes the main factors affecting the operation and maintenance cost of different grid equipment based on the fishbone diagram method; and then combines the analytic hierarchy process, the entropy method and the grid comprehensive state evaluation and constructed an optimal allocation model of operation and maintenance inputs; finally, empirical analysis was carried out with 11 grids in a certain place as the research object, and the effectiveness of the model was verified.
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