In the context of the global actively addressing climate change and vigorously promoting the strategic goal of carbon peak and carbon neutral in China
the construction of a deeply decarbonized distribution system planning has become the core path for the transformation and development of the power industry. This paper focuses on the core objective of building a highly intelligent and resilient source-grid-load-storage collaborative and interactive distribution system. The author systematically discusses the planning methodology
key technologies
evaluation indexes and evaluation methods of the deeply decarbonized distribution system
aiming to solve the problems of low renewable energy consumption level
high carbon emission intensity and lack of demand response mechanism in traditional distribution networks. At the same time
it provides solid theoretical support and operable planning basis for the planning of deeply decarbonized distribution system
and helps accelerate the decarbonization process of the power industry.