Linyi Power's 29.9 MW distributed photovoltaic power generation project in Yuzhou successfully connected to the grid


Release time:

2016-06-30

Linyi Electric Power Group's 29.9 MW distributed photovoltaic power generation project in Yuzhou successfully grid-connected on June 30. Located in Zhengwan Village and Shaolou Village, Zhuge Town, Yuzhou City, the project covers more than a thousand acres, with a total investment of 300 million yuan and a construction scale of 29.9 MWp. The project's design operational period is 25 years. During the civil construction process, the project adheres to the principles of optimized design, reasonable layout, reduced land occupation, and cost reduction. The overall design fully considers the geological features and topography to maximize the protection of the original land form. By adapting to the terrain and not changing the nature of the land, the project provides maximum protection for the land within the project site.

  Linergy Power Group's 29.9 MW distributed photovoltaic power generation project in Yuzhou successfully grid-connected on June 30. Located in Zhengwan Village and Shaolou Village, Zhuge Town, Yuzhou City, the project covers over a thousand mu of land, with a total investment of 300 million yuan and a construction scale of 29.9 MWp. The project is designed for a 25-year operation cycle. During the civil construction process, the project adhered to the principles of optimized design, reasonable layout, reduced land occupation, and cost reduction. The overall design fully considers the geological features, maximizing the protection of the original landform, adapting to the terrain, avoiding changes to the nature of the land, and providing maximum protection for the land within the project site.

  This project actively implements Yuzhou City's policy of "integrated forestry and photovoltaic power generation, green photovoltaic power generation, and landscape photovoltaic power generation." It makes full use of the idle space under the photovoltaic panels for planting Chinese herbal medicine, forming a harmonious material cycle between the economic system and the natural ecosystem. After grid connection, the project is expected to generate an average annual power generation of 32 million kWh, saving 10,846.8 tons of standard coal annually, reducing carbon dioxide emissions by 28,418.616 tons, reducing sulfur dioxide emissions by 92.1978 tons, reducing nitrogen oxide emissions by 81.351 tons, and reducing dust emissions by 2,169.36 tons. The completion and grid connection of the project has brought substantial tax revenue to the local area while also contributing to energy conservation and emission reduction.