Solar ESS Integration

Solar ESS Integration

Solar storage and charging integration is an advanced solution for electric vehicle charging stations, combining photovoltaic power generation, energy storage and fast charging functions. The system uses excess solar energy during the day to store energy and provides clean electricity for electric vehicles at night or during peak hours. The system not only helps reduce operating costs, but also effectively alleviates grid pressure and promotes the sustainable development of the electric vehicle industry.

PROGRAM VALUE

Economic benefits , Relieve pressure on the power grid , Environmental protection and energy saving

  • Reduce operating costs

    Reduce operating costs

    Compared with traditional charging pile companies, the integrated photovoltaic storage and charging model saves the operating costs of charging pile companies. On the one hand, through the peak-shaving and valley-filling strategy, users can use the low electricity price period to charge the energy storage system and charge the vehicle during the high electricity price period, thus reducing the charging cost.

  • Reduce power grid impact

    Reduce power grid impact

    Energy storage technology can alleviate the impact on the power grid. The integrated photovoltaic storage and charging system can achieve "on-site power generation and on-site use", reducing dependence on the power grid, especially during peak power consumption periods, helping to ease the load pressure on the power grid and improve the operation efficiency of the power grid.

  • “Dual carbon” goals

    “Dual carbon” goals

    Zero carbon emissions throughout the entire process reduces dependence on fossil energy and helps achieve the "dual carbon" goal. Combining photovoltaic power generation with energy storage improves the renewable energy consumption rate.

Application Areas

storage and charging integrated system is an energy system that integrates photovoltaic power generation, energy storage system and charging facilities. It is suitable for the following scenarios

  • Highway service areas

    Highway service areas

    Photovoltaic carport + energy storage + fast charging piles can ensure the energy replenishment needs of long-distance electric vehicles, and the annual power generation can reach millions of kWh.

  • Industrial parks

    Industrial parks

    Using rooftop photovoltaic + energy storage, we can achieve energy self-sufficiency and reduce the electricity cost of industry and commerce.

  • Urban charging stations

    Urban charging stations

    Solve the problem of insufficient grid capacity in the old city and supplement the charging power gap through energy storage.

  • Remote areas

    Remote areas

    As an independent microgrid, it provides power guarantee for areas without stable grid.

Guangdong Yuyang New Energy Co., LTD

Guangdong Yuyang New Energy Co., LTD

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