New EV battery tech from Nyobolt can charge car in just six minutes

Nyobolt, a UK-based developer of breakthrough ultra-fast-charging batteries, has developed an electric vehicle that can charge fully and repeatedly in less than six minutes using existing infrastructure.

Nyobolt says its ”vision is to resolve the core problems at the heart of the EV industry that are hindering the widespread adoption of electric cars globally”.

It says, most electric vehicle batteries are big, heavy and costly, with EV costs unreachable for some buyers and with vehicles often weighing over two tonnes. According to Nyobolt, the requirement for heavy EV battery packs places a huge strain on the supply of battery raw materials. To combat this, Nyobolt is revealing new battery technology that is smaller and lighter and can also be fully charged in just six minutes, with a range of up to 250km.

The Nyobolt EV weighs closer to one tonne than two, uses a 35kWh battery and is capable of fully charging with up to 250km range in under 6 mins with existing charging infrastructure.

Nyobolt has tested its batteries for over 2,000 fast charge cycles without significant performance loss – paving the way for the development of ultra-efficient and lightweight EVs.

Moreover, Nyobolt technology is not limited to small batteries. Larger packs, e.g., batteries as large as those employed in any luxury EV, truck or bus used today, can also be made and could be charged in a few minutes, once 1MW chargers become available.

When considering a car that illustrated the benefit of fast charging and higher uptime, Nyobolt decided to work with renowned designer Julian Thomson, who was inspired by his design of the Lotus Elise. The design vision was to evolve it into a car with even greater presence and exaggerated proportions – making it wider, longer, lower – while maintaining an aggressive attitude and hunkered, bold stance that’s reminiscent of the original.

As a friend of the brand, Thomson invited design and engineering business CALLUM to collaborate in the development of the design and in bringing it to life. The resulting EV showcases how Nyobolt’s revolutionary battery technology can be readily adopted across the automotive industry.    

With CALLUM and Nyobolt working hand-in-hand, a system-level approach has addressed each element from materials, to cell, to pack, to drivetrain, to whole vehicle. The final collaborative design therefore reflects the original vehicle’s premise of a high power-to-weight ratio within an exquisite package. 

Nyobolt’s ready-to-deploy technology, which will go into production in early 2024, unlocks this ‘holy grail’ through a proven 10C (six-minute) charge lithium-ion technology that is capable of immediate application and rapid scale-up. 

Sai Shivareddy, CEO at Nyobolt, said: “Unlocking the challenges faced by electric vehicle designers has been key to the development of our breakthrough fast-charging batteries. Previously, enabling a light weight fast-charging vehicle was not possible without compromising its lifetime and so people have been relying on costly and large battery packs in the vehicle. With our unique technology we have achieved a six-minute charge car, and developed smaller battery packs that can deliver more power and charge in less time.

“Our partnership with CALLUM shows how adoption of system-level technology innovations can transform the future of electric vehicles and increase accessibility of EVs, including to the 40% of UK households who can’t charge their vehicle at home overnight 2.”

David Fairbairn, managing director at CALLUM, said: “Nyobolt’s pioneering battery technology has provided us with a unique and inspiring opportunity to support in the design and execution of a vehicle set to mark the way forward for EV technology. The collaborative creativity, engineering capabilities and steadfast efforts of Nyobolt, Julian Thomson and CALLUM have resulted in an EV that is not only exciting technically for the industry, but something that is beautiful to behold, too.”

Image courtesy of Nyobolt.

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