Study on multi-factor disturbance mechanism and multi-level quantization application of power grid production and operation cost based on ISM

At present, the electric industry is also facing the slowing growth rate of electricity sales, rising costs, investment rigid growth and other multiple pressures. It is necessary to anchor the target, improve the quality and increase the efficiency, deeply analyze the information of production and operation cost factors of power grid, and carry out the multi-factor disturbance mechanism and multi-level quantitative application research of production and operation cost of power grid, to achieve multi-level multi-dimensional information accurate collection and efficient linkage. Firstly, combining with the operation mechanism of power grid and the relevant methods of Operation Maintenance and maintenance, the ISM model is constructed to analyze the multi-factor influencing path of operation cost and form the deep root-intermediate transition-surface direct influencing factor set, and characterize ISM hierarchical digraph. Then, according to the result of influencing path, the optimized data set is classified for different business needs, and the front-end business and cost management system are connected to realize the cost collection and application of business activities on the equipment layer. The study shows that the multi-factor disturbance mechanism of power grid production and operation cost formed by this study is highly integrated with industry and financial information, accurately characterizes the path of cost impact. It is conducive to fully leveraging the role of finance as the core of value management and data flow hub. This study promotes the deep integration of various business management systems and the deep mining of multi scenario and multi-dimensional high-quality value data, laying a theoretical and practical foundation for resource optimization and value enhancement throughout the entire lifecycle of power grid production and operation.