With the rapid development of new energy vehicles, the construction of charging infrastructure has become the key to urban energy transformation. Shenzhen, as China's science and technology innovation center, is leading the global new energy vehicle charging revolution with its excellent new energy vehicle penetration rate and charging infrastructure construction. The implementation of UUGreenPower's latest liquid-cooled supercharging system in the central city of Shenzhen marks a solid step forward in this revolution.
The development of Shenzhen's new energy vehicle market
Shenzhen plays a pioneering role in the development of the global new energy vehicle market. From January to October 2024, the penetration rate of new energy vehicles in Shenzhen was as high as 75.9%, and the proportion of existing new energy vehicles reached 27.4%. Behind this figure is the solid support of more than 400,000 charging infrastructure in Shenzhen, as well as the construction of more than 670 supercharging stations.
Innovation and application of liquid-cooled supercharging system
UUGreenPower has joined hands with the vehicle power grid to build a large-scale urban public liquid-cooled supercharging station in Futian Four Seasons Flower Valley, Shenzhen, which is another milestone in the construction of Shenzhen's "supercharging city". The station is equipped with three 720kW liquid-cooled supercharging systems, each of which is composed of 18 UUGreenPower 40kW new-generation liquid-cooled charging modules, which can provide ultra-fast charging services for more than 30 new energy vehicles at the same time.
Advantages of liquid cooling technology
UUGreenPower's liquid-cooled charging module has brought revolutionary changes to the construction and operation of charging stations with its high protection level of IP65, zero-noise operation and high efficiency of more than 97%. The fully enclosed design and water and electricity separation structure make the module dustproof and waterproof at the same time, but also achieve ultra-low noise operation, which greatly improves the charging experience of car owners.
Figure: UUGreenPower liquid-cooled supercharging system (Source: UUGreenPower)
Leading and innovative liquid cooling technology
UUGreenPower's liquid cooling technology has shown industry-leading level in electrical structure, waterway structure, thermal management, quality technology, etc. Compared with the traditional direct ventilation module, the heat dissipation efficiency of the liquid cooling module is increased by more than 25 times, which has become the core guarantee for the stable and reliable operation of the new generation of liquid-cooled supercharging piles. UUGreenPower focuses on the core technology fields of battery charging and energy storage, and provides customers with three major charging module technologies and products: direct ventilation, independent air duct and liquid cooling. By working with partners to create high-quality all-scenario charging and swapping solutions, UUGreenPower is continuing to promote the high-quality development of global charging and swapping infrastructure.
Wide range of applications for liquid-cooled charging modules
UUGreenPower liquid-cooled charging module also supports smooth superposition and dynamic expansion of system power, helping the power of liquid-cooled supercharging system to expand to more than megawatts. This technical advantage makes UUGreenPower's liquid-cooled charging module widely used in the construction of various liquid-cooled DC fast charging and liquid-cooled supercharging stations such as urban public operation charging stations at home and abroad, charging stations in high-speed service areas, self-built charging stations of brand car companies, and charging stations in office parks and scenic spots, providing strong technical support for the high-quality development of global charging and swapping infrastructure.
Conclusion
The implementation of UUGreenPower's liquid-cooled supercharging system in Shenzhen not only provides a new direction for the construction of new energy vehicle charging infrastructure in Shenzhen and even the world, but also provides strong support for urban energy transformation and green travel. With the continuous progress of technology and the continuous expansion of applications, liquid-cooled supercharging technology is expected to become a new standard in the field of global new energy vehicle charging.
