The 120kWh 60kW CCS2 and GBT compatible BESS charging station is an integrated energy storage and fast charging solution tailored for new energy vehicle charging, commercial power supply and peak-shaving energy scenarios. Equipped with a 120kWh high-capacity built-in battery energy storage system and a 60kW rated charging power, this device balances efficient energy conversion and stable energy reserve, solving the problems of insufficient grid capacity and peak-hour charging congestion effectively.

The European standard 200kw/120kW integrated BESS charger Station is mainly used for charging commercial vehicles such as electric heavy-duty trucks and electric buses, as well as special vehicles.

The future of electric vehicle infrastructure is not just about speed; it is about intelligence, grid independence, and operational efficiency. Our 200kWh / 120kW Battery Energy Storage System (BESS) Charging Station represents a paradigm shift in how commercial fleets, highway rest stops, and urban charging hubs manage power delivery. By integrating a high-capacity 200kWh LFP (Lithium Iron Phosphate) battery pack with a robust 120kW dual-gun DC fast charger, this system transcends the limitations of traditional grid-tied chargers.

The most significant barrier to installing fast chargers is the lack of existing grid capacity. Upgrading a transformer or digging new lines can cost tens of thousands of dollars and take months of permitting. This BESS solution acts as a "power booster." The 200kWh unit slowly draws low, steady power from the grid (or solar PV) over time, storing it internally. When an EV arrives, the station unleashes that stored energy at a blistering 120kW output. This allows operators to install high-speed charging in locations where the grid would otherwise say "no," such as aging urban grids, remote rural highways, or temporary event sites.

For commercial sites with existing power contracts, the 120kW BESS station offers a compelling financial advantage via peak shaving. The system charges during off-peak hours when electricity tariffs are low (e.g., overnight) and discharges during peak demand hours when rates spike. This strategic energy arbitrage drastically lowers the cost per kWh sold to the customer. Furthermore, by reducing the facility's peak demand load, the station protects the business from expensive demand charges levied by utilities, potentially saving thousands of dollars monthly compared to a standard DC fast charger.

The 120kW output is dynamically distributed between two CCS1/CCS2 or CHAdeMO guns. This allows the station to serve one heavy-duty vehicle at full 120kW speed (adding ~300 miles of range per hour) or two passenger EVs simultaneously at 60kW each. The intelligent energy management system (EMS) prioritizes charging sessions based on user-defined rules, ensuring that fleet vehicles are always ready before public users.

Built with automotive-grade liquid cooling for the power electronics and a ruggedized IP54-rated enclosure, this station operates flawlessly from -20°C to 50°C. The 200kWh capacity ensures a reserve for emergency backup power (V2G/BESS to building), keeping critical loads running during grid outages.

In summary, the 200kWh/120kW BESS Charging Station is not merely a charger; it is a turnkey microgrid asset that delivers ultra-fast EV charging without the grid upgrade nightmare, reduces operational costs, and future-proofs your infrastructure against increasing EV traffic.