In today's booming new energy vehicle industry, charging efficiency and equipment stability have become the focus of user attention. The HARDHITTER fully liquid cooled intelligent power dispatch charging system can significantly improve charging efficiency and provide a reliable and efficient charging experience.

The HARDHITTER fully liquid cooled charging system adopts advanced liquid cooling technology, which quickly removes heat through circulating coolant to ensure the continuous and stable operation of the equipment in high temperature environments. Compared to traditional air cooling methods, liquid cooling has a heat dissipation efficiency about 30% higher. Combined with a liquid cooled supercharging terminal, it can achieve a single gun 600A current output and support a "one second one kilometer" high-speed charging experience. Under the same conditions, liquid cooled charging equipment can avoid power reduction or shutdown caused by overheating, providing users with more reliable charging services.

The system adopts a windless design, with liquid cooled cooling components completely isolated from electrical components, effectively isolating external erosion such as salt spray and dust. The liquid cooling system operates with extremely low noise levels, not exceeding 55dB, creating a quiet and comfortable charging environment for users. This feature is particularly suitable for places with high environmental noise requirements such as residential areas and commercial centers.

The system adopts a liquid electric isolation design, completely isolating the coolant from live parts, eliminating safety hazards such as leakage and short circuits. The system is equipped with multiple safety protection mechanisms, including overvoltage, undervoltage, short circuit, grounding, over temperature protection, etc., to comprehensively ensure charging safety.

The system has intelligent power scheduling function, which can adjust the output power of each charging gun in real time according to the vehicle charging demand, battery status and priority. When multiple vehicles are charging simultaneously, the system can intelligently allocate power to ensure that each vehicle can be charged in the best way possible, avoiding prolonged or failed charging time due to insufficient power and improving overall charging efficiency.

The power distribution unit adopts modular design, which can be flexibly configured according to demand, supports on-demand expansion of charging stations, and reduces initial investment costs. Individual modules can be disassembled, replaced, and maintained separately without the need for downtime maintenance, reducing maintenance time and improving operational efficiency.

The system adopts a high protection level design, which can effectively resist the erosion of harsh environments such as dust, rain, ice and snow, and is suitable for complex scenarios such as coastal areas and high temperatures. The charging cabinet is treated with a special coating to prevent salt spray erosion and extend the service life of the equipment.

The fully liquid cooled charging system supports simultaneous charging of multiple guns, dynamically adjusting power allocation based on vehicle charging needs, battery status, and priority. During peak hours, prioritize allocating more power to vehicles with low battery levels to ensure fast charging and improve overall efficiency.

The fully liquid cooled charging system is equipped with a single gun liquid cooled supercharging terminal, which can output up to 600A of current, achieving a "one second one kilometer" high-speed charging experience. For electric vehicles with a range of 500 kilometers, they can charge over 80% within 10 minutes, greatly alleviating range anxiety.

The fully liquid cooled charging system intelligently adjusts the charging current based on the current demand feedback from the vehicle BMS, achieving safe charging. The system has a standby sleep function, with the power consumption of the charging host not exceeding 20W during sleep, the liquid cooled supercharging terminal not exceeding 15W, and the fast charging terminal not exceeding 10W, effectively reducing the energy consumption of the parking lot and achieving green environmental protection. Supports multiple startup methods such as swiping cards, scanning codes, and launching apps, as well as remote monitoring and fault diagnosis, making it convenient for operation and maintenance personnel to solve problems in a timely manner.

The fully liquid cooled charging system can provide a single gun with a super high power output of up to 600kW and support multi gun charging, meeting the charging needs of large electric buses, construction vehicles, freight trucks, and other vehicles. The system can be integrated with the energy storage system to intelligently adjust the charging power according to the grid load, achieve peak shaving and valley filling, and reduce electricity costs.

Thanks to the high efficiency of liquid cooling and heat dissipation and the progressiveness design of the system, the charging conversion rate of the full liquid cooling charging system can reach more than 95%.

The system adopts efficient power conversion modules and intelligent power allocation strategies, effectively reducing energy loss during the charging process. Compared with traditional charging devices, it further improves energy utilization efficiency.

The HARDHITTER fully liquid cooled intelligent power dispatch charging system provides a reliable charging solution for the new energy vehicle industry with its high efficiency, safety, and flexibility. Improve charging efficiency, reduce energy consumption, and meet diverse needs in different scenarios through intelligent power scheduling and modular design. In the future, HARDHITTER will continue to optimize product performance, expand application scenarios, and help build a more intelligent and environmentally friendly charging infrastructure network, contributing to the realization of green travel and sustainable development.