Photovoltaic Energy Storage Super Charging

The photovoltaic, energy storage and super charging system is an integrated solution designed to address issues such as the gradually increasing charging power of electric vehicles and the insufficient power distribution capacity at charging stations. This solution adopts a liquid-cooled charging terminal, which can provide an extremely fast experience of adding a driving range of 300 kilometers after just 5 minutes of super charging. At the same time, by connecting the photovoltaic and energy storage systems through the DC bus, it enables the access of multiple energy sources including the power grid, energy storage, and photovoltaic, reducing the power distribution demand of high-power super charging on the power grid. In addition, this solution is equipped with a V2G charging application, which can utilize the power batteries of vehicles for grid energy storage, respond to grid dispatching, and achieve functions such as peak shaving and valley filling, and stabilizing the power grid.

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Background

Super charging systems have a high demand for power distribution from the power grid. The cost of independent power distribution for small-scale super charging stations is high. Meanwhile, super charging systems are impact loads. They consume a large amount of power during charging, but the charging time is short, and the overall power consumption is not significant. As a result, the utilization rate of transformers is not high.

Introduction

The photovoltaic, energy storage and super charging system is an integrated solution designed to address issues such as the gradually increasing charging power of electric vehicles and the insufficient power distribution capacity at charging stations. This solution adopts a liquid-cooled charging terminal, which can provide an extremely fast experience of adding a driving range of 300 kilometers after just 5 minutes of super charging. At the same time, by connecting the photovoltaic and energy storage systems through the DC bus, it enables the access of multiple energy sources including the power grid, energy storage, and photovoltaic, reducing the power distribution demand of high-power super charging on the power grid. In addition, this solution is equipped with a V2G charging application, which can utilize the power batteries of vehicles for grid energy storage, respond to grid dispatching, and achieve functions such as peak shaving and valley filling, and stabilizing the power grid.

Business Values
DC bus
DC bus

Connecting the photovoltaic, energy storage, and charging components via a DC bus can improve the conversion efficiency by 3 - 5% compared to the AC bus architecture.

Integrated photovoltaic and energy storage
Integrated photovoltaic and energy storage

The photovoltaic and energy storage systems charge vehicles, which is environmentally friendly and low - carbon, reducing the demand for power distribution from the grid for super charging.

Liquid - cooled super charging
Liquid - cooled super charging

It supports an extremely fast charging experience of adding a driving range of 300 kilometers after just 5 minutes of charging.

Application Scenarios

  • Super charging station in industrial park

    Super charging station in industrial park

  • Super charging station in commercial park

    Super charging station in commercial park

  • Super charging station in rural area

    Super charging station in rural area

Product Portfolio

  • Liquid-cooled ESS

    Liquid-cooled ESS

    241kWh Large-surface Liquid Cooled

  • Distributed Modular ESS

    Distributed Modular ESS

    Safe and Reliable


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