Q-Cells solar panels on water

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    csm_Qcells_Product_image_Q.PEAK_DUO_M-G11_front_CMYK_2022-02_3641024398

    Q.PEAK DUO ML-G11 SERIES

    12321

    Installation on the roof, ground and water
    Efficiency up to 21.4%
    Power up to 410w
    12-year product warranty
    Download the data sheet
    Download the installation guide

    csm_Qcells_Product_image_Q.PEAK_DUO_M-G11_front_CMYK_2022-02_3641024398

    Q.PEAK DUO M-G11 + SERIES

    12321

    Installation on the roof, ground and water
    Efficiency up to 21.4%
    Power up to 410w
    25-year product warranty
    Download the data sheet
    Download the installation guide

    Hanwha Q Cells, the world’s largest manufacturer of photovoltaic modules, is building what will be the world’s biggest floating solar power plant at Hapcheon Dam in Korea. Once complete, it will produce enough electricity to supply 60,000 users each year. Hanhwa Q Cells has been involved in the installation of floating solar power plants in a number of countries. Its floating photovoltaic module “Q.PEAK DUO Poseidon” is constructed from eco-friendly materials with advanced humidity resistance, and is ideal for hot, humid environments. The Q.PEAK DUO Poseidon is also highly salinity-resistant, as tests have verified its top performance in sea environments. In addition to being placed in charge of the Hapcheon Dam project, Hanhwa Q Cells has also been selected to install a 63MW floating photovoltaic system in Lake Goheung in Korea’s Southern Jeolla Province, which on completion is expected to meet the household energy demand of 90,000 users per year. This project pushed Hanhwa Q Cells’ cumulative sales of the Q.PEAK DUO Poseidon to the 100 MW mark.

    The most advanced floating solar technology

    Example of Floating PV Structure (Mooring System)

    The typical floating solar system is structurally simple, consisting of an anchor, a buoy, and a photovoltaic module atop the buoy producing electricity. But despite this simple configuration, a floating solar system requires advanced technology to function while safeguarded from winds and waves.

     FLOATING SOLAR STRUCTURES

    • Compatible with multiple types of ponds and adapted to variable environmental conditions
    • Available in several sizes
    • PV module fixation system available in 5° and 12°
    • Maintenance floats for an easy maintenance access
    • Our product range can fit large frame PV modules (M6 to M12) up to 700 W

    POSSIBLE PRODUCTS CONFIGURATIONS

    A row of one construction

    2-in-a-row

    4-in-a-row

    The Netherlands is also embracing floating solar technology. With inland waterways that have a total area of 7,650 km², it stands to reap a great benefit from floating solar technologies. In 2018, it installed a large floating solar power plant in a reservoir located in the area of Lingewaard. In this development, 6,100 units of a Hanwha Q Cells 300 W photovoltaic module (Q.PEAK) were installed on water spanning 15,800 m² to produce over 1,800 MW of electricity each year, which is enough to meet the energy needs of 400 -person households.
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    An example of a project suitable for the climate zone of Latvia
    LOCATION: New Jersey, USA
    CAPACITY: 3 304 kWp
    APPLICATION: Sand quarry lake
    TECHNOLOGY: Hydrelio® Classic
    NUMBER OF PV MODULES: 8 060
    ABOUT PV MODULES POWER: 410 W
    ABOUT THE ANCHORING
    SYSTEM: Bank and bottom
    TECHNOLOGY: Helical anchor

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      Realized projects