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Velocity Charging: Gotion Transforms EVs with Sub-10-Minute Enhance


Gotion High-Tech, a Chinese innovator in the EV battery sector backed by Volkswagen, is advancing rapidly with groundbreaking products.

At its Hefei tech conference, the company introduced two major innovations: the robust 4695 cylindrical battery and the swift G-Current prismatic battery.

These innovations are redefining standards for luxury and new energy vehicles.

The 4695 battery, with a 285 Wh/kg energy density, charges from 10% to 70% in just nine minutes.

Planned for mass production this year, it targets luxury vehicles needing quick, long-range capabilities.

Impressively, it sustains 70% capacity even after 2,500 cycles.

Speed Charging: Gotion Transforms EVs with Sub-10-Minute Boost. (Photo Internet reproduction)Speed Charging: Gotion Transforms EVs with Sub-10-Minute Boost. (Photo Internet reproduction)

Conversely, the G-Current battery accelerates charging, reaching 80% in less than ten minutes.

It’s available in several chemistries, including the economical lithium iron phosphate (LFP), catering to the dynamic Chinese market.

Moreover, Gotion is not resting on its laurels. By 2027, the company aims to initiate trial production of all-solid-state batteries, with mass production envisioned by 2030.

These batteries could provide a 1,000-kilometer range on a single charge, challenging global competitors.

Gotion plans to establish a significant manufacturing facility in Illinois by 2025 as part of its strategic expansion.

The company aims to achieve a production capacity of 100 GWh in key global markets by 2030.

This initiative is crucial for strengthening its position in the fiercely competitive EV market through strategic material sourcing and recycling.

As global interest in electric mobility intensifies, the need for quicker, more reliable batteries becomes paramount.

Gotion’s latest advancements mark a new era in electric mobility, driving the industry forward with unmatched speed and efficiency.

This marks a significant shift in our approach to energy, efficiency, and environmental sustainability.



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