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PV-Storage Integrated EV Charging Station

It can achieve peak shaving and valley filling, shortening the investment return period. Charge the energy storage battery when the electricity price is low. When electricity prices peak, the electricity stored in energy storage batteries can be used to charge electric vehicles, significantly shortening the investment payback period of the entire station. The equipment has strong environmental adaptability and a long service life. The charging module adopts liquid cooling for heat dissipation, which greatly avoids the influence of adverse environments such as external dust, salt spray and humidity, and its service life can reach ten years. Reduce the cost of building websites and make up for the insufficient capacity of power access. When the capacity of the transformer at the grid connection end of the charging station is insufficient, the capacity of the energy storage battery can be flexibly configured to meet the charging demand for a larger capacity, while also saving the basic capacity fee of the transformer.

Full Liquid-Cooled Integrated PV-Storage and Charging Solution

Addressing Industry Pain Points

● High failure rates of charging equipment and high operation and maintenance costs.

● Insufficient power access capacity and high expansion costs.

● Long vehicle charging times and low utilization rates of charging modules.

Solution Advantages

● Peak Shaving and Valley Filling, Shorter ROI: Charge energy storage batteries during low electricity prices; use stored energy for EV charging during peak prices, significantly shortening the investment return period for the entire station.

● Strong Environmental Adaptability and Longevity: The liquid-cooled charging modules effectively mitigate the impact of dust, salt mist, and humidity, extending their lifespan to up to ten years.

● Reduced Construction Costs and Mitigation of Power Capacity Shortages: When transformer capacity at the grid connection point is insufficient, flexible configuration of energy storage battery capacity meets higher charging demands and saves on basic transformer capacity costs.

Solution Diagram

The full liquid-cooled integrated light storage and charging solution is a system-level solution combining the industry's most advanced liquid-cooled charging modules and liquid-cooled energy storage products. This solution addresses issues such as low transformer distribution capacity, short equipment lifespan, and long investment return periods through liquid cooling technology, lithium battery storage technology, high-efficiency photovoltaic power generation technology, and high-power supercharging technology.

Project Name

Wudang Laboratory Full Liquid-Cooled Light Storage and Intelligent Supercharging Station

Project Date

December 30, 2023

Solution Features

An integrated solution combining liquid cooling technology, lithium battery storage technology, high-efficiency photovoltaic power generation technology, and high-power supercharging technology.‘

Customer Value

Addresses pain points faced by supercharging stations, such as insufficient distribution capacity, high construction costs, long investment return periods, and high operational costs, providing the optimal solution for the next generation of supercharging stations.