Study on Multi-Dimensional Carbon Reduction Paths for Electricity Maintenance Centres Under the “Dual Carbon” Goal

Under the constraints of the “double carbon” goal, as a key link in the operation and maintenance of the power grid system, it is urgent to build a systematic carbon reduction path. This paper systematically analyses the energy consumption structure and transformation bottlenecks of traditional electric power maintenance business, takes Foshan Electric Power Maintenance Centre as an example, and systematically explores the carbon reduction practice strategies and implementation effects of the maintenance centre in terms of technology, management and mechanism through field research and data analysis. The study builds a four-dimensional path of “technology emission reduction - management carbon control - mechanism guarantee - multi-dimensional synergy”, revealing the systematic characteristics and synergistic effect of the carbon reduction path in the field of electric power maintenance, providing a replicable methodology for the low-carbon transformation of electric power maintenance, which is of theoretical and practical value for the promotion of low-carbonisation of the whole chain of the electric power system.