Three-phase 40KW charger: all-round advantages for efficient and safe charging

Wide Adaptation, Fearless of Complex Grid 
has a wide input voltage range, AC 260Vac ~ 530Vac can work normally. Whether in remote areas with large fluctuations in grid voltage or in industrial areas with unstable voltage, it can operate stably and easily adapt to different grid environments, ensuring that the charging process is not interfered by voltage changes and providing users with continuous and stable charging services.

Flexible output to meet diversified needs 
Wide output voltage range: the output voltage covers 150Vdc - 1000Vdc, which can meet the rapid charging needs of various electric vehicles and battery packs of different specifications in the market. Whether it's a small electric scooter, a large electric bus, a truck, or an energy storage battery pack of different capacities, all of them can find a suitable charging voltage to achieve efficient charging.

Wide constant power output range: Constant power output can be realised in the range of 300Vdc - 1000Vdc, which provides a strong guarantee for the fast charging of all kinds of electric vehicles. The constant power output mode can automatically adjust the output power according to the charging state of the battery, ensuring that the battery is always charged with the best power during the charging process, greatly reducing the charging time and improving the charging efficiency.

Low-voltage current without retraction: Under the voltage condition below 300Vdc, the charger can still maintain a high current output of 133A. This feature enables the charger to meet the fast charging needs of more devices with higher current requirements, further expanding its scope of application and bringing users a more convenient charging experience.

Energy-saving and low-noise to enhance the user experience 
Super Standby Function: With the advanced Super Standby function, the module can be put into full standby mode with a standby power consumption as low as 2W, which not only effectively reduces energy consumption in line with the modern concept of energy-saving and environmental protection, but also reduces the heating of the device when it is on standby for a long period of time, thus prolonging the service life of the device.

Fan speed reporting: The charger can report fan speed information in real time, and users can flexibly adjust the fan speed of the whole pile according to the module fan speed. By accurately controlling the fan speed, it can not only ensure effective heat dissipation during the charging process, but also further optimise the noise level, creating a quiet and comfortable charging environment for users.
Reliable Protection for Safe Operation 

High Environmental Reliability: Adopting a large-area glue-pouring protection process, it has excellent anti-salt spray, anti-humidity and anti-mould ability. Even in harsh environmental conditions, such as seaside high salt spray environment, humid basement or high temperature and high humidity industrial places, it can operate stably and reliably, greatly improving the environmental adaptability and service life of the equipment.

Built-in Discharge Circuit: Built-in automatic discharge circuit to release the residual charge, which can release the residual charge in the battery and charging equipment in a timely and safe manner at the end of charging. This design simplifies the system design, reduces the need for additional discharging equipment, and effectively avoids the potential safety hazards of residual charge, improving the safety of the entire charging system.

Battery reverse charge protection: The charger is equipped with a battery reverse charge protection function, which can effectively prevent the battery from reverse charging to the charger during the charging process, protect the battery from damage, and ensure reliable and safe operation of the system at the same time. This function provides double protection for the battery and charging equipment, so that users can use it with more confidence.

Simplified Design, Reduced Costs 
adopts a three-phase AC input design without a centreline, an innovative design that simplifies the overall system architecture, eliminates the risk of high currents in the centreline, and avoids the safety issues that may arise from a centreline failure. At the same time, it reduces the use of the centre line and related components, effectively lowering the system cost and providing users with a more cost-effective charging solution.