Harness energy storage for enhanced charging performance and grid support in any location.
Privately owned parking lots in urban areas like gas stations and office buildings.
Parking lots offering EV charging services for buses, taxis, logistics trucks, etc.
Offering fast EV charging services at service stations or car parks along national roads and motorways.
Ground parking lots in commercial buildings including shopping malls, hotels, and restaurants.
Charging stations reserved for employees in industrial parks, schools, government offices, etc.
Confused about which EV and ESS offers the best efficiency for your needs?
A DC charger is a device that provides direct current power to electric vehicles, enabling faster charging speeds. It is typically used in public charging stations and fast-charging applications.
The ESS (Energy Storage System) plays a critical role in storing excess electricity for use during peak demand periods or as backup power during grid outages. They help balance grid load and enhance the energy efficiency of charging stations.
A DC EV charger can draw power from an energy storage system to provide stable charging services, unaffected by grid load or price fluctuations. Additionally, the energy storage system can store electricity during off-peak periods for charging.
Through intelligent energy management, DC EV chargers and energy storage systems can optimize power usage, reduce electricity costs, and provide more reliable charging services. Additionally, they can increase revenue by participating in demand response and electricity market transactions.
Factors to consider include available space, grid connection, local power demand and supply, availability of renewable energy sources such as solar or wind, as well as relevant regulations and policy support.
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