Key Values

Working Modes

Applicable Scenarios

Highlight

  • Large-Scale Clean Energy Supply

    Utility-scale solar systems can provide large amounts of clean electricity to a wide user base, supporting the sustainable development of the grid.

  • Economic Benefits

    These large-scale projects typically have high investment returns, benefiting not only power companies but also attracting considerable investor interest.

  • Reduced Carbon Emissions

    By generating solar power on a large scale, utility-scale solar systems significantly reduce the region’s reliance on fossil fuels and lower overall greenhouse gas emissions.

  • Energy Security and Stability

    Utility-scale solar systems offer a stable and long-term energy source for the grid, reducing dependence on the more volatile traditional energy markets.

  • Grid-First Mode

    In most cases, utility-scale solar systems directly feed electricity into the main grid, providing stable power to a wide range of users.

  • Storage Support Mode

    The system operates in conjunction with large-scale energy storage facilities. During periods of high solar production, excess energy is stored, and it is released during periods of high demand or low sunlight, balancing power supply and ensuring grid stability.

  • Peak Shaving and Frequency Regulation Mode

    Utility-scale solar systems can participate in grid peak shaving and frequency regulation operations, quickly adjusting output to help maintain grid stability during peak demand periods.

  • Emergency Mode

    In the event of major grid failures, utility-scale solar systems can switch to emergency power mode, assisting in grid restoration or directly providing power to critical load areas.

  • Large-Scale Power Plants

    Utility-scale solar systems are suited for the development of large solar power plants, typically located in sunny remote areas like deserts or wastelands, to provide significant amounts of clean energy to national or regional grids.

  • Areas with Tight Power Supply

    In regions with high or rapidly growing power demand, utility-scale solar systems can serve as an important supplementary energy source, alleviating grid pressure and ensuring stable power supply.

  • Government and Public Projects

    Large solar projects for government agencies or public facilities, such as city solar farms or regional renewable energy programs, provide renewable energy support for the public and businesses.

  • International Development and Aid Projects

    In developing countries or areas with weak power infrastructure, utility-scale solar systems offer a reliable and sustainable energy solution, helping to improve the power supply situation in these regions.

  • Top quality

    Always first class supplier of PV Panels, battery cells and Hybrid inverters;

  • Smart

    Completed monitoring platform and multi work mode, support to control the diesel generator directly;

  • Pre-fanricated, Plug-in solution

    Completed test in factory, all debuging are finished in factory, easy to install and commission

  • Extreme Safe

    With breakers for PV Strings, Battery Modules and AC side.

  • Key Values

    Large-Scale Clean Energy Supply:Utility-scale solar systems can provide large amounts of clean electricity to a wide user base, supporting the sustainable development of the grid.

    Economic Benefits:These large-scale projects typically have high investment returns, benefiting not only power companies but also attracting considerable investor interest.

    Reduced Carbon Emissions:By generating solar power on a large scale, utility-scale solar systems significantly reduce the region’s reliance on fossil fuels and lower overall greenhouse gas emissions.

    Energy Security and Stability:Utility-scale solar systems offer a stable and long-term energy source for the grid, reducing dependence on the more volatile traditional energy markets.

  • Working Modes

    Grid-First Mode:In most cases, utility-scale solar systems directly feed electricity into the main grid, providing stable power to a wide range of users.

    Storage Support Mode:The system operates in conjunction with large-scale energy storage facilities. During periods of high solar production, excess energy is stored, and it is released during periods of high demand or low sunlight, balancing power supply and ensuring grid stability.

    Peak Shaving and Frequency Regulation Mode:Utility-scale solar systems can participate in grid peak shaving and frequency regulation operations, quickly adjusting output to help maintain grid stability during peak demand periods.

    Emergency Mode:In the event of major grid failures, utility-scale solar systems can switch to emergency power mode, assisting in grid restoration or directly providing power to critical load areas.

  • Applicable Scenarios

    >

    ELarge-Scale Power Plants:Utility-scale solar systems are suited for the development of large solar power plants, typically located in sunny remote areas like deserts or wastelands, to provide significant amounts of clean energy to national or regional grids.

    >

    EAreas with Tight Power Supply:In regions with high or rapidly growing power demand, utility-scale solar systems can serve as an important supplementary energy source, alleviating grid pressure and ensuring stable power supply.

    >

    EGovernment and Public Projects:Large solar projects for government agencies or public facilities, such as city solar farms or regional renewable energy programs, provide renewable energy support for the public and businesses.

    >

    EInternational Development and Aid Projects:In developing countries or areas with weak power infrastructure, utility-scale solar systems offer a reliable and sustainable energy solution, helping to improve the power supply situation in these regions.

  • Highlight

    Top quality:Always first class supplier of PV Panels, battery cells and Hybrid inverters;

    Smart:Completed monitoring platform and multi work mode, support to control the diesel generator directly;

    Pre-fanricated, Plug-in solution:Completed test in factory, all debuging are finished in factory, easy to install and commission

    Extreme Safe:With breakers for PV Strings, Battery Modules and AC side.