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    Home > Chemicals Industry > Chemical Technology > The Shizuoka hydroelectric power plant is expected to start operating in 22

    The Shizuoka hydroelectric power plant is expected to start operating in 22

    • Last Update: 2022-11-23
    • Source: Internet
    • Author: User
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    On March 2, Central Japan Electric Power announced that it will add an Abe River hydroelectric power plant
    in Aoi Ward, Shizuoka City.
    The Abe River Hydropower Station generates electricity using a "water-flow" method that draws water through pipes, and outputs 7,100 kilowatts
    .
    The construction cost is expected to exceed 10 billion yen, and it is planned to start operation
    by 2022.
    It is expected that stable power generation will expand
    renewable energy through hydroelectric power generation.

    The hydropower plant is planned to draw water from the Abe River about 30 kilometers upstream of Shizuoka City, introduce the power station through a 4.
    8-kilometer pipeline waterway tunnel, and run the generator through a conduit with a drop of 121 meters
    .

    After completion, the annual power generation capacity will be about 38 million kilowatt hours, and it is expected to reduce carbon dioxide emissions by 18,000 tons
    .

    On March 2, Central Japan Electric Power announced that it will add an Abe River hydroelectric power plant
    in Aoi Ward, Shizuoka City.
    The Abe River Hydropower Station generates electricity using a "water-flow" method that draws water through pipes, and outputs 7,100 kilowatts
    .
    The construction cost is expected to exceed 10 billion yen, and it is planned to start operation
    by 2022.
    It is expected that stable power generation will expand
    renewable energy through hydroelectric power generation.

    electricity

    The hydropower plant is planned to draw water from the Abe River about 30 kilometers upstream of Shizuoka City, introduce the power station through a 4.
    8-kilometer pipeline waterway tunnel, and run the generator through a conduit with a drop of 121 meters
    .

    After completion, the annual power generation capacity will be about 38 million kilowatt hours, and it is expected to reduce carbon dioxide emissions by 18,000 tons
    .

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