The Yunfeng photovoltaic power station, situated in Suichang county, Lishui, Zhejiang province. [Photo provided to chinadaily.com.cn]

In Suichang county, Lishui, Zhejiang province, the Yunfeng photovoltaic power station shines under the sun, with rows of photovoltaic panels gleaming. The constantly jumping numbers on the meter indicate a continuous output of electricity into the grid, persistently generating economic benefits. This project, under the "Photovoltaic Well-off Project", involves four administrative villages on Yunfeng street, with an installed capacity of 32.13 megawatts. The photovoltaic power station, with an annual output of 33 million kilowatt-hours, has become a hot spot in the rural development of Lishui.

The Lishui region is rich in new energy resources. In recent years, Lishui has actively promoted the implementation of the "dual carbon" goals, accelerating the development of photovoltaics and witnessing a continuous growth in grid-connected photovoltaic installations. The State Grid Zhejiang Lishui Power Supply Company has been leveraging its operational center to guide the operation of photovoltaic projects in key areas. It helped streamline the photovoltaic customer service approval process, establish tailored photovoltaic records for each household, provide tracking services, carry out distributed photovoltaic grid connection services and support the development of new energy.

An elevated view of the power station. [Photo provided to chinadaily.com.cn]

Furthermore, for the existing photovoltaic systems, real-time monitoring of photovoltaic operations is conducted through a smart photovoltaic platform. Inspections and follow-ups are carried out for photovoltaic users, and safety hazard rectification notices are issued to users with significant risks. On-site guidance is provided while completing the rectification promptly and eliminating hazards. The staff members instructed customers on cleaning dust from the surface of photovoltaic panels. Such efforts are having a strong effect on enhancing the reliability of photovoltaic power generation and improving the grid connection and absorption capacity of photovoltaic power generation projects.