At the 2024 Shenzhen International Charging Pile and Battery Swap Station Exhibition, VREMT Energy successfully attracted wide attention from both industry professionals and the general public with a series of leading products, including HPC(High Power Charging) charging piles, GPC(General Power Charging) charging piles, and other star products. As a pioneer in new energy charging technology, VREMT Energy showcased an imminent era of liquid-cooled ultra-fast charging through its high-power and high-intelligence charging platforms. In addition, VREMT Energy proposed a series of forward-thinking cooperation solutions to deepen industry integration and inject new vitality into green mobility.
VREMT HPC Charging Pile: Ultra-Fast Liquid Cooling, Six “Extreme” Experiences
At the exhibition, VREMT’s HPC charging station was undoubtedly one of the focal points. The ultra-fast liquid-cooled HPC-V3 charging pile, as VREMT’s new masterpiece, received widespread praise from both inside and outside the industry for its powerful performance and exceptional user experience. This charging pile has a maximum output current of up to 1000A, making it a global leader in charging efficiency, truly achieving “charging a thousand kilometers in a quarter of an hour.”
VREMT’s HPC charging pile not only breaks through charging speed but also delivers an unparalleled user experience. It offers six “extreme” modules, including ultra-fast charging, powerful charging compatibility, ultra-thin liquid-cooling cables, intelligent power distribution, low operational and maintenance costs, and high safety protection. Every charging session becomes an efficient, convenient, and secure experience.
VREMT GPC Charging Pile: Four “High” Strengths, Diverse Satisfaction
In addition to the aforementioned High Power Charging Station, VREMT’s other star product—the liquid-cooled ultra-fast charging platform, GPC-G1, also won unanimous recognition with its four “high” strengths: high power, high intelligence, high compatibility, and high expandability.
It is worth mentioning that the VREMT General-Purpose Charging Station also has the ability to cover the conventional fast-charging market and retains the potential for upgrades to meet customers’ diversified needs. At the same time, the GPC-G1 charging pile also has intelligent management functions that allow real-time monitoring of charging status, early warning of fault information, and intelligent analysis and operation, reducing operational costs and maintenance complexity.
High Power and High Intelligence: VREMT Realizes Its Vision for Green Mobility
In fact, while focusing on R&D, VREMT has always been dedicated to contributing to the green mobility sector. Its numerous high-capacity and smart charging systems provide more comprehensive and efficient solutions for green mobility.
The high-power charging platforms use advanced liquid-cooling technology and optimized charging algorithms to improve charging efficiency and energy utilization. Meanwhile, it apply deep learning algorithms, smart sensors, and IoT technologies to realize real-time monitoring and intelligent scheduling of the charging process, further enhancing charging efficiency and user experience.
In addition, VREMT has won the “2024 China Charging and Battery Swap Industry Light Storage and Charging Solution Award” for its leading technological capabilities and forward-looking solutions. This prestigious award recognizes VREMT’s strength. During the exhibition, VREMT Energy also signed dealership cooperation agreements with several enterprises, deepening industry cooperation networks and promoting the integration of technology, products, and markets. These partnerships not only bring more market opportunities to VREMT but also inject new momentum into the popularization and development of green mobility.
In the future, VREMT will continue to adhere to an open and innovative philosophy, deepening cooperation with industry insiders and outsiders, driving the continuous integration of technology, products, and markets, and providing society with greener, more efficient, and more convenient travel options, thus building a better future mobility ecosystem.
