The EVB Starlink DC ev chargers is a high-power, modular fast charging solution designed for public, commercial applications and harsh environments. With a scalable power range from 80 kW to 240 kW, it supports intelligent power sharing among multiple DC EV chargers, enabling efficient load utilization and flexible site expansion. The dc ev charger also features an independent air duct to ensure stable and reliable performance under continuous high-power operation.
Output Power
Max Current
Warranty
Touch Screen
Efficiency
The power sharing function among multiple dc commercial ev chargers improves overall power utilization, prevents idle or wasted power, and makes the charging process faster and more stable, delivering a better user experience. It is widely applicable to public fast-charging stations, highway service areas, commercial parking lots, and fleet charging scenarios, and is a key technology for enhancing the operational efficiency and return on investment of DC charging stations.
(When a single 240 kW DC fast charger is unable to meet a vehicle’s high-power charging demand, our power sharing technology intelligently reallocates the capacity of three additional idle 240 kW DC chargers, boosting the output power of the active charging connector to up to 960 kW-Megawatt Charging System (MCS) power levels. This delivers MCS ultra-fast charging performance for vehicles like e-truck, e-bus,e-construction vehicles, e-mining trucks, and other heavy-duty commercial vehicles, without any additional hardware investment.)
Please note: this function needs customization. Contact us for more information.
EVB Starlink DC EV charger adopts IP65 independent power module. The power module features an IP65 protection rating, allowing it to operate reliably in harsh charging environments with high salt, high humidity, dust, or condensation. It is especially suited for electric heavy-duty trucks at ports, mining sites, and construction areas, remaining unaffected by external environmental conditions for continuous and stable operation. Operating at low noise below 40 dB, the module is also suitable for high-protection, low-noise charging scenarios such as scenic areas, hospitals, residential communities, and hotels. At the same time, the independent airflow module reduces the need for manual inspections, enabling maintenance-free or low-maintenance operation. The module also includes a built-in zero-power relay, achieving zero standby power consumption, with a maximum efficiency of up to 97%, helping stations reduce equipment investment costs and improve operational returns. This new-generation high-protection, independent airflow DC charger will help charging stations achieve high-quality construction, enhance operational efficiency, and deliver an exceptional charging experience for vehicle owners.
This EVB dc ev charger adopts modular design. What is modular design charging stations? Modular charging stations are charging devices that break down the core functions of a charging station into interchangeable, independent modules, allowing for on-demand combination, flexible expansion, and easy maintenance. This facilitates meeting different levels of charging needs. When a fault occurs, it’s easier to quickly pinpoint which specific module is malfunctioning, shortening troubleshooting time. Module replacement is more efficient, reducing downtime and improving the efficiency and availability of the charging station, minimizing the impact on users. This effectively reduces initial investment, and intelligent operation and maintenance further reduce costs.
Equipped with CCS1, CCS2, CHAdeMO, GB/T and NACS connectors to meet all electric cars’ charging needs.
21-inch large display for advertising, branding, and real-time charging status visualization
achieve a short-term power jump and quickly replenish the
battery power of the vehicle.
Firmware OTA updates via web portal; Remote Diagnosis and Setting.
IP55 protection level waterproof and dustproof. Equipped with full protection to safeguard everyone.
By adding new modules to increase DC chargers’ power, reduce operating costs, and accelerate ROI.
BXDC
Rated Power
80kW-240kW
AC Input Voltage
AC380V-415V,3P+N+PE
AC Input Current
136A~408A
OCPP
OCPP 1.6J/2.0.1
Network Interface
Ethernet/4G/WiFi
Working Temperature
-30°C~+50°C
Application Place
Indoor/Outdoor
Security Design
From consultation to installation, our expert team ensures a comprehensive EV charging solution tailored to your needs.
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