Key Values

Working Modes

Applicable Scenarios

Highlight

  • Power Reliability

    Microgrid systems provide an independent power network that ensures continuous electricity supply, even when the main grid fails, making it particularly suitable for areas with unstable power supply.

  • Flexibility

    Microgrids can be customized to suit different scales and types of users, from small communities to large industrial parks.

  • Environmental Friendliness

    By integrating solar energy and other renewable sources, microgrids reduce reliance on fossil fuels and lower the carbon footprint of the region.

  • Optimized Energy Management

    Optimized Energy Management: Microgrid systems can intelligently manage and distribute energy resources, increasing energy utilization efficiency and reducing overall operational costs.

  • Grid-First Mode

    Under normal conditions, the microgrid operates in conjunction with the main grid. The solar system supplies power to local users, with any surplus fed back into the grid. The main grid can also provide supplemental power to the microgrid.

  • Island Mode

    In case of grid failure or blackout, the microgrid automatically switches to island mode, relying on solar power, energy storage, and other local energy sources to ensure continuous power supply to the area.

  • Hybrid Mode

    The microgrid can flexibly switch between grid-connected and island mode, optimizing its operation based on grid conditions, economic factors, and energy availability.

  • Smart Management Mode

    Equipped with a smart control system, the microgrid can monitor and regulate energy flow in real-time, optimizing the use of solar power, storage, and grid electricity to improve overall energy efficiency.

  • Small Communities and Rural Areas

    Microgrids are well-suited for areas with unstable power supplies or those without grid access, such as remote rural areas or small communities. They ensure local power supply by integrating solar energy and other renewable sources.

  • University Campuses and Technology Parks

    These areas often require independent and stable power supplies. Microgrid systems can meet these needs while optimizing energy use through smart management.

  • Military Bases and Critical Facilities

    In such locations, power reliability and security are crucial. Microgrids can supplement or replace the main grid, ensuring a continuous power supply.

  • Islands and Offshore Facilities

    Microgrids are ideal for remote islands or offshore facilities that cannot rely on the main grid. They provide self-sufficient power solutions.

  • PV+ESS replace the diesel and grid

    PV+ESS reduce the diesel and grid cost: significently reduce the cost of diesel or electricity from grid;

  • 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;

  • Extreme Safe

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

  • Key Values

    Power Reliability:Microgrid systems provide an independent power network that ensures continuous electricity supply, even when the main grid fails, making it particularly suitable for areas with unstable power supply.

    Flexibility:Microgrids can be customized to suit different scales and types of users, from small communities to large industrial parks.

    Environmental Friendliness:By integrating solar energy and other renewable sources, microgrids reduce reliance on fossil fuels and lower the carbon footprint of the region.

    Optimized Energy Management:Optimized Energy Management: Microgrid systems can intelligently manage and distribute energy resources, increasing energy utilization efficiency and reducing overall operational costs.

  • Working Modes


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  • Applicable Scenarios

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    ESmall Communities and Rural Areas:Microgrids are well-suited for areas with unstable power supplies or those without grid access, such as remote rural areas or small communities. They ensure local power supply by integrating solar energy and other renewable sources.

    >

    EUniversity Campuses and Technology Parks:These areas often require independent and stable power supplies. Microgrid systems can meet these needs while optimizing energy use through smart management.

    >

    EMilitary Bases and Critical Facilities:In such locations, power reliability and security are crucial. Microgrids can supplement or replace the main grid, ensuring a continuous power supply.

    >

    EIslands and Offshore Facilities:Microgrids are ideal for remote islands or offshore facilities that cannot rely on the main grid. They provide self-sufficient power solutions.

  • Highlight

    PV+ESS replace the diesel and grid:PV+ESS reduce the diesel and grid cost: significently reduce the cost of diesel or electricity from grid;

    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;

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