Gansu Yongchang River Qingtan 300 MW Photovoltaic Project and Supporting Energy Storage System Successfully Connected to the Grid for Power Generation

2023-07-18 09:58:27

Gansu Yongchang River Qingtan 300 MW Photovoltaic Project and Supporting Energy Storage System Successfully Connected to the Grid for Power Generation

On July 11, the 300 MW photovoltaic project and supporting energy storage system of Gansu Power Investment Wine Exchange Company were successfully connected to the grid. This is the second new energy project of Jiuhui Company to be put into operation in 10 days after Gaotai Yanchitan Wind Power Project was connected to the grid on July 1. Located in Heqingtan, Hexibao Town, Yongchang County, Jinchang City, Gansu Province,

the 300MW photovoltaic project is developed, constructed, operated and managed by Gansu Power Investment Yongchang New Energy Co., Ltd., a subsidiary of Gansu Power Investment Jiuhui Company, with a total installed capacity of 300MW . It is divided into 96 photovoltaic sub-arrays, each of which is equipped with 7280 components, the total number of components is 692640, the project is equipped with 60MW/120MWh energy storage, and a 330kV booster station is built, with a total static investment of about 1.5 billion yuan .

It is understood that during the operation period of the project after its commissioning, the average annual power generation is expected to be about 600000 kilowatt-hours 62295, saving about 190000 tons of standard coal annually, reducing about 336 tons of sulfur dioxide, 81 tons of smoke and dust, 510000 tons of carbon dioxide and 186 tons of nitrogen dioxide annually, which can reduce air pollution to a certain extent. Alleviate the pressure of environmental protection, promote regional low-carbon development, and make positive contributions to local tax revenue, so as to achieve coordinated economic and environmental development.


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Gansu Yongchang River Qingtan 300 MW Photovoltaic Project and Supporting Energy Storage System Successfully Connected to the Grid for Power Generation

2023-07-18 09:58:27