DC EV Charging + ESS Solutions

Harness energy storage for enhanced charging performance and grid support in any location.

Multi-scenario Solutions

Beny offers comprehensive energy storage and DC EV charging solutions for diverse energy needs. Our solutions ensure a stable and efficient energy supply with intelligent energy optimization for daily and peak demand.
Public Parking

Public Parking

Privately owned parking lots in urban areas like gas stations and office buildings.

Beny provides cost-effective charging solutions to meet large-scale charging needs. Our BDC60-240kW EV Charger improves the utilization rate of the charger while providing fast charging for EV owners. Our BESS EV charging solution realizes peak shaving and load shifting, optimizes the power grid load, reduces costs, and improves economic benefits. It can also provide diversified energy services for gas stations and other scenarios to enhance customer stickiness.

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EV Fleet

EV Fleet

Parking lots offering EV charging services for buses, taxis, logistics trucks, etc.

Beny provides customized BESS EV charging solutions for your fleet. Our Split DC EV Chargers, with 5 terminals delivering up to 250kW each, can efficiently charge around 55 buses. Integrated battery storage helps alleviate grid pressure, reducing the need for costly grid upgrades and distribution facility expansions. This not only ensures reliable charging but also significantly cuts infrastructure investment.

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En-route

En-route

Offering fast EV charging services at service stations or car parks along national roads and motorways.

Beny provides liquid-cooled EV charging solutions for highway stations, handling high traffic efficiently. For example, with 3 liquid-cooled stations and 13 split chargers, up to 32 vehicles can charge simultaneously. Each gun delivers up to 360kW—five times more power than traditional DC chargers—providing 300 kilometers of range in just 10 minutes, reducing highway charging queues.

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Destination

Destination

Ground parking lots in commercial buildings including shopping malls, hotels, and restaurants.

Beny EV charger battery storage solutions help operators maximize benefits. For commercial places, we recommend the Advertising DC EV Charger. Featuring a 43-inch LCD screen and up to 120 kW output power per gun, it offers users a convenient charging experience while providing businesses with a unique advertising platform, maximizing the dual value of both charging and advertising.

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Workplace

Workplace

Charging stations reserved for employees in industrial parks, schools, government offices, etc.

Beny battery storage for EV charging solutions guarantees charging benefits for employees. Wall-mounted DC EV chargers in industrial parks save floor space and installation costs. Our unique battery storage for EV charging dramatically increases grid power output when compared to conventional EV charging stations. By reducing energy costs and shifting usage from peak to off-peak periods, savings can be as much as 30%.

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BENY EV-ESS SOLUTION BRINGS GREAT BENEFITS

The one-stop EV-ESS solution not only reduces dependence on the grid and costs for upgrades but also generates additional revenue through peak-valley electricity price differences and power market services. This effectively lowers station construction and operational costs while enhancing the return on investment.
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Self-Developed OCPP Platform

Our OCPP platform streamlines billing, enables remote monitoring, and cuts after-sales costs with quick diagnostics. The user app offers smart features, enhancing connectivity and building user loyalty. This all-in-one solution boosts operational efficiency while improving the charging experience.
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Super Fast Charging

With charging power up to 360kW, our DC EV chargers fully recharge vehicles in as little as 10 minutes, boosting service capacity by 10 times. Perfect for high-traffic areas, long-distance travel, and commercial fleets, these chargers minimize downtime and enhance station efficiency.
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Utilize Solar Energy, Enhance Grid Stability

Our energy storage system's compatibility with solar power systems allows customers to harness solar energy for BESS EV charger and reduce costs. It also provides a reliable solution to grid instability by balancing supply and demand, stabilizing grid voltage and frequency, and enhancing grid resilience.
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Reduce Investment, Increase Revenue

Our DC EV chargers offer a flexible 2-3 gun setup for simultaneous fast charging, maximizing efficiency and reducing land costs. The Advertising DC EV Charger also boosts revenue by up to 20%, providing a dual benefit of faster charging and increased profits, ensuring a strong return on investment.
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Peak-Shaving and Reduce Costs

Battery storage for ev charging can store energy during off-peak hours when electricity prices are low and discharge it for EV charging during peak demand times. In this way, users can greatly reduce energy costs by about 30% (depending on regions), contributing to shorter pay-off times and more profits.
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Optimize Safety and Energy Management

During peak periods, our EV charger with battery storage system intelligently manages power between the grid, energy storage, and charging stations. The BESS EV charging system ensures optimal power distribution and prevents grid overloads, enhancing efficiency and safety.

Complete Line of ess-ev chargers in Beny

Confused about which EV and ESS offers the best efficiency for your needs? 

Get the best answer from BENY experts.

FAQs about ess-ev charging solution

1. What is a DC EV Charger?

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.

2. What role does the ESS play in the charging station?

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.

3. How do DC EV charger and ESS work together?

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.

4. How does the “DC Charging+ESS” solution improve operational efficiency?

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.

5. What are the requirements for installing DC EV Chargers and ESS?

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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