At the same time,

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5C, enabling charging from 10% to 80% SOC in just 10.5 minutes, thus greatly reducing users' range anxiety. How was this unprecedented loading speed achieved. It is thanks to VREMT's dual innovation approach in hardware and software. On the hardware side, VREMT has revolutionized the traditional electrolyte solvent system and developed a "super-fast dissociating electrolyte solution" that effectively reduces viscosity and interphase impedance and increases electrical conductivity, providing a solid foundation for fast battery charging.


the anode and cathode material have been list of norway cell phone numbers deeply optimized: the anode uses super-electrode materials and a novel ultra-fast charging graphite, combined with an improved low-impedance SEI layer to create the rapid transfer of lithium ions. At the software level, VREMT has introduced AI-BMS technology, which can precisely monitor the health of the Goldstein battery and improve the accuracy of SOC (State of Charge) management to adjust the charging power in real time and ensure efficient and safe charging.


In addition, an excellent thermal management strategy enables the Goldstein battery to operate within the optimal temperature range regardless of extremely hot or cold conditions, effectively protecting the battery life. C:\Users\e-yunfei.zhang2\AppData\Local\Microsoft\Windows\INetCache\Content.MSO\A48196A8.tmp In the face of consumer concerns about the safety of fast charging, VREMT has also provided a compelling answer. Lin Weifang explained that the extreme charging speed of the Goldstein battery is based on a solid safety foundation, supported by eight major thermal protection technologies and extensive testing of up to 220 systems and 682 components to ensure the stable function of the battery under various extreme conditions.