Construction of a Customer Full Lifecycle Service System Supporting the Development of Yangzhou's New Power System

This paper focuses on the rapid development of distributed photovoltaic power in Jiangsu and the abundant photovoltaic resources in Yangzhong. Addressing issues such as source-load fluctuations caused by a high proportion of distributed photovoltaic power, insufficient new energy absorption, and pressure on enterprises for low-carbon transformation, the study investigates the full-cycle energy-saving and carbon reduction needs of typical users in areas like the Yangzhong Economic Development Zone, and constructs a customer full lifecycle service system. The research divides the process into three stages-planning, new installation, and operation-and designs a team- and stage-based evaluation indicator system oriented towards energy saving and carbon reduction. This forms a three-tiered differentiated service strategy, promoting the transformation of power supply services from "passive response" to " proactive marketing". The aim is to overcome bottlenecks in the construction of a new power system in Yangzhong, enhance energy-saving and carbon reduction efficiency on the user side.