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    Home > Chemicals Industry > Chemical Technology > The first power station of the largest distributed photovoltaic power generation project in China is connected to the grid for power generation

    The first power station of the largest distributed photovoltaic power generation project in China is connected to the grid for power generation

    • Last Update: 2022-11-22
    • Source: Internet
    • Author: User
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    On September 28, the first power station of the country's first distributed photovoltaic power generation project with full coverage of expressway and the largest scale in China, undertaken by PowerChina Jiangxi Thermal Power Construction Company, was successfully connected to the grid in
    the north-south two-way high-speed toll service area of Junshan Lake in Nanchang, Jiangxi.
    The grid-connected power generation has opened up a new development path
    for power construction enterprises and high-speed groups to jointly expand the market.

    It is reported that the total investment of the first phase of the project is about 290 million yuan, with a planned total capacity of 100 MW, including the five major areas of Jiangxi Expressway "Nanfu, Jiujing, Jigan, Shangying, Pingyixin", and photovoltaic construction will be carried out for 92 toll stations (including maintenance centers), 60 pairs of service areas and some hubs and interconnections along the line
    .
    Construction of the first power station began on August 16
    .
    Nanfu Area Junshan Lake Service Area photovoltaic project project is a collection of roof, ground, carport and other photovoltaic in one of the project, the construction of Jiangxi Thermal Power Construction Company actively carried out scientific and technological research, in the carport waterproof technology, photovoltaic module self-cleaning technology, microgrid supporting design, photovoltaic power generation engineering and charging pile integrated design and photovoltaic power plant group monitoring five technical fields of scientific and technological innovation
    .

    It is understood that the first phase of the project will be fully completed at the end of the
    year.
    After the completion of the project, the cumulative power generation in 25 years will be about 945.
    57 million kWh, which will save about 388,500 tons of standard coal, reduce sulfur dioxide emissions by about 29,000 tons, reduce nitrogen oxide emissions by about 14,600 tons, reduce dust generation by about 264,000 tons, reduce carbon monoxide emissions by about 323,000 tons, and reduce carbon dioxide emissions by about 645,000 tons
    .

    On September 28, the first power station of the country's first distributed photovoltaic power generation project with full coverage of expressway and the largest scale in China, undertaken by PowerChina Jiangxi Thermal Power Construction Company, was successfully connected to the grid in
    the north-south two-way high-speed toll service area of Junshan Lake in Nanchang, Jiangxi.
    The grid-connected power generation has opened up a new development path
    for power construction enterprises and high-speed groups to jointly expand the market.

    photovoltaic

    It is reported that the total investment of the first phase of the project is about 290 million yuan, with a planned total capacity of 100 MW, including the five major areas of Jiangxi Expressway "Nanfu, Jiujing, Jigan, Shangying, Pingyixin", and photovoltaic construction will be carried out for 92 toll stations (including maintenance centers), 60 pairs of service areas and some hubs and interconnections along the line
    .
    Construction of the first power station began on August 16
    .
    Nanfu Area Junshan Lake Service Area photovoltaic project project is a collection of roof, ground, carport and other photovoltaic in one of the project, the construction of Jiangxi Thermal Power Construction Company actively carried out scientific and technological research, in the carport waterproof technology, photovoltaic module self-cleaning technology, microgrid supporting design, photovoltaic power generation engineering and charging pile integrated design and photovoltaic power plant group monitoring five technical fields of scientific and technological innovation
    .

    It is understood that the first phase of the project will be fully completed at the end of the
    year.
    After the completion of the project, the cumulative power generation in 25 years will be about 945.
    57 million kWh, which will save about 388,500 tons of standard coal, reduce sulfur dioxide emissions by about 29,000 tons, reduce nitrogen oxide emissions by about 14,600 tons, reduce dust generation by about 264,000 tons, reduce carbon monoxide emissions by about 323,000 tons, and reduce carbon dioxide emissions by about 645,000 tons
    .

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