StoreDot’s silicon batteries to enable smaller packs capable of extreme fast charging

EFC tech that delivers 160km range in 5 minutes will enable EV makers to design lighter cars with smaller battery packs; could save about 200kg and also reduce manufacturing cost by about $4,500, claims StoreDot

Autocar Pro News Desk By Autocar Pro News Desk calendar 14 Apr 2023 Views icon3474 Views Share - Share to Facebook Share to Twitter Share to LinkedIn Share to Whatsapp

Israel-based StoreDot, the pioneer of extreme fast charging (XFC) battery technology, will soon be manufacturing silicon batteries that enable car makers to design and produce cheaper, lighter and more sustainable EVs.

The company states that its “technology has reached sufficient charging and discharging cycles that it will enable vehicle manufacturers to include a smaller battery pack”. Smaller packs with XFC translate into improved EV specifications including better car efficiency, increased utilisation of regenerative braking, reduced carbon footprint and lower costs. As a result, such affordable and lighter EVs will serve a broader audience and further enhance the adoption and transition to EVs.

160km range in five minutes of charge

StoreDot is now on track to deliver its 100in5 silicon-dominant extreme fast charging batteries to EV OEMs by next year. This transformative technology will deliver 100 miles, or 160 km, of range in just five minutes of charge. As a result, EV drivers will no longer need to worry about the range between charges, or charging times, allowing car makers to re-evaluate the specifications of electric vehicles. With XFC technology, OEMs will be able to optimise a vehicle’s weight and cost, rather than pushing for ever greater range and battery size.

StoreDot’s XFC battery cells are now being tested by over 15 global automotive manufacturers.

Downsizing from an average premium vehicle requiring an 80kWh to a 50kWh battery pack could save approximately 200kg from the EV’s weight (the equivalent weight of 3-4 people) and importantly, could reduce the build cost of the car by $4,500 / Rs 370,000, depending on metal cost fluctuations and energy density improvements. The environmental impact of such a design change will be highly significant too as it will lower amount of raw materials used in each vehicle, reducing its EV carbon footprint throughout its lifecycle. XFC in smaller packs also means efficient regenerative braking as it can accommodate the corresponding recuperated high currents.

According to Dr Doron Myersdorf, StoreDot CEO, “Up until recently, OEMs were increasing the size of battery packs in their EVs because a proportion of drivers were transitioning from gas to electric for the first time with the known ‘range anxiety’ in their minds. Those drivers, and anyone who is an EV advocate now realize that range anxiety is no longer the most pressing issue – and won’t even be an issue at all once public charging infrastructure around the world is properly in place. 

“The two remaining barriers to EV ownership are charging anxiety and cost, and StoreDot’s XFC solution was designed to assist with both. Radically reduced charging times will allow automotive manufacturers to rethink how they approach battery size and range. When charging times are no longer an issue, it makes a lot more sense to fit smaller battery packs. The cost savings could transform the accessibility of EVs and sustainability of batteries, with better car efficiency, fewer raw materials needed and less recycling at the end of their in-vehicle life.”

StoreDot’s XFC battery cells are now being tested by over 15 global automotive manufacturers, while the company continues to develop its manufacturing partnerships on a global scale. StoreDot's strategic investors and partners include Daimler, BP, VinFast, Volvo Cars, Polestar, Ola Electric, Samsung, TDK, and its manufacturing partner EVE Energy.

Through its '100inX' product roadmap, StoreDot's battery technology aims to deliver 'Range on Demand': 100 miles charged in 5 minutes in 2024, 100 miles charged in 3 minutes by 2028, and extreme energy density solution enabling 100 miles to be charged in 2 minutes by 2032.

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