Revolutionizing EV Charging with Chemie HTF: Huawei’s Full Liquid Cooling Supercharging Technology

                                                                          

The evolution of electric vehicles (EVs) has entered an exciting new phase with Huawei’s groundbreaking Full Liquid Cooling Supercharging Technology, complemented by the exceptional performance of Chemie Heat Transfer Fluid. This innovative collaboration is set to redefine the EV charging experience, addressing key consumer concerns and enhancing the overall efficiency and appeal of EVs.

Huawei’s Digital Energy Technology

Huawei Digital Energy Technology Co., Ltd., a wholly-owned subsidiary of Huawei established in June 2021, is a leading provider of digital energy products and solutions globally. Focusing on clean power generation, data center energy, key power supply for sites, and electrification of transportation, Huawei Digital Energy integrates digital and electronic power technologies to develop clean energy and digitalize energy systems. In 2022, its digital energy business achieved revenues of 50.8 billion, becoming Huawei’s third-largest business pillar.

The Core Challenge: Electrifying Automobiles

The key to advancing the electrification of vehicles lies in addressing concerns like charging anxiety, range anxiety, cost-performance ratio, and safety. High-voltage, high-power supercharging, safe and reliable, is at the heart of this evolution.

Huawei’s Secret Technology — Full Liquid Cooling Supercharging

This innovative technology promises to make EV charging as convenient as refueling a traditional car. The introduction of Huawei’s Full Liquid Cooling Supercharging Technology, powered by Chemie Heat Transfer Fluid, is significant for the development and popularization of new energy vehicles. It substantially enhances charging efficiency and convenience, reduces charging time, increases the range, and lowers the operational costs of new energy vehicles.

Features of Full Liquid Cooling Supercharging Technology

  1. Faster Charging — “One Second, One Kilometer”: With a maximum output power of 600kW and a maximum current of 600A, these are the highest-powered charging piles currently available. This technology can, ideally, add 1 kilometer of range per second of charging.
  2. High Reliability and Longevity: The full liquid cooling technology, utilizing Chemie Heat Transfer Fluid, ensures stable operation in complex environments and prevents overheating, aging, and damage. This increases the reliability and extends the lifespan of the equipment significantly.
  3. Universal Compatibility: The technology supports a wide voltage range (200–1000V), making it compatible with all types of new energy vehicles, including commercial vehicles. It intelligently adjusts output power and current based on the vehicle type, achieving a high success rate in a single charging session.

Experience the Future of Charging

Huawei has deployed full liquid cooling supercharging stations in various regions, notably along the 318 Sichuan-Tibet Highway, one of China’s most beautiful and challenging self-driving routes. These stations, equipped with Chemie Heat Transfer Fluid, provide a rapid charging experience, with some located at altitudes over 3000 meters, making them the world’s highest-altitude supercharging stations.

Huawei’s Full Liquid Cooling Supercharging Technology, in conjunction with Chemie Heat Transfer Fluid, is a disruptive innovation set to bring revolutionary changes to new energy vehicles and charging infrastructure. This technology not only enhances the EV driving experience but also marks a significant step forward in the journey towards a greener and more efficient future. We look forward to seeing more of these supercharging stations powered by Huawei’s technology and Chemie Heat Transfer Fluid, making EV charging as convenient as traditional fueling.

chemie.co | 30 years of expertise in heat transfer fluids for -115°C to 400°C applications. Global sales over 200,000 tons, with a 2,000 ton monthly inventory.

Learn more @ chemie.co : Chemie Eurotherm Heat Transfer Fluid: Thermal Oil, Silicone Oil, Dielectric Coolant, Glycol Coolant

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