On June 21, the candidates for the public bidding for the procurement of photovoltaic module equipment for the 2111MW photovoltaic power generation project of the China Energy Group Xinjiang Company were announced.
The public bidding project for the procurement of photovoltaic module equipment for the 2111MW photovoltaic power generation project of Xinjiang Company includes 2 tenders. This bid is the content of the first bid, including:
Urumqi Photovoltaic Company's source-network-load-storage 1 million-kilowatt photovoltaic power generation project is located in the north of Midong District, Urumqi City, Xinjiang Uygur Autonomous Region, about 90km away from Urumqi City. The installed capacity of the AC side of the project is 1000MW, and the installed capacity of the DC side is 1275.9461MWp (including: 382.7824MWp of the 300MW photovoltaic power generation project of the first phase of the source network load storage, 510.3813MWp of the 400MW photovoltaic power generation project of the second phase of the source network load storage, and 510.3813MWp of the third phase of the source network load storage 300MW photovoltaic power generation project 382.7824MWp). It is planned to use 550Wp single-crystal double-sided photovoltaic modules, with a total of 2,319,902 photovoltaic modules based on 550Wp; the photovoltaic field area is divided into 333 photovoltaic power generation squares. One 3000kVA booster unit is arranged in each square array.
The bidding scope of Section 1 is the 550Wp monocrystalline double-sided photovoltaic modules required by Urumqi Photovoltaic Company's source-grid-load-storage 1 million kilowatts photovoltaic power generation project. , Supply of supporting spare parts and special tools, factory test, packaging, insurance, transportation to destination, delivery, training, installation guidance, function realization, cooperate to complete project plan optimization, on-site commissioning and test, participate in trial operation, completion Acceptance, responsible for quality assurance work, etc., to ensure the maximum benefit of the entire life cycle of the project.
Source: Polaris Solar Photovoltaic Network
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