We are on the threshold of a new Battery Electric Vehicles (BEV) era with a widespread adoption of a range of Li-ion battery (LIB) -operated electric vehicles globally. The BEV market will continue to grow exponentially with the demand of more affordable vehicles incorporating safe, high-energy (long range), high-power (fast charging), and longer lasting LIBs. However, the current crunch of thinned supply of BEVs due to several factors such as, shortage of Li ion battery supply chain components (especially critical battery minerals: cobalt and nickel), semiconductors etc. hindering the reduction in the EV price. However, the utilisation of cost effective, abundantly available high performing LIB materials in combination with an efficient, simplistic, safe, and structurally robust LIB pack configuration could be a game-changer for the EV’s LIB technology.
Magnis Energy Technologies’ LIB technology partner, Charge CCCV (C4V) is gearing to be at the forefront of the emerging LIB technology with its demonstration of a patented in-house LIB cell design, ‘Lithium Slim Energy Reserve’ (LiSER).
C4V’s LiSER cell technology