Battery Systems for Passenger Electric Vehicles
Watch VideoRange, Lifespan, Safety
Carrar produces advanced battery systems for passenger vehicles, delivering exceptional performance, ultra-fast charging, enhanced safety, and a lifespan exceeding 1.5 million kilometers.
Our battery technology addresses key consumer concerns, including range and power limitations, charging speed, and safety.
Superior Battery Performance
Our batteries provide an additional 7% range per charge and last up to three times longer than standard packs while maintaining high capacity. Consumers can ultra-charge the vehicle and leave it in the sun or snow without concerns about battery degradation, slower charging, or reduced driving range.
Get More Value from Your Car
Our batteries are about 10% smaller, lighter, and more affordable than standard batteries while providing the same range and usable capacity, savings that can be transferred from the OEM to the consumer.
In addition, our battery systems last up to three times longer and retain higher capacity for longer, thanks to our innovative two-phase thermal management technology that prevents temperature fluctuations.
With longer battery life, cars retain their value for longer, increasing the appeal of electric vehicles to consumers and boosting the EV secondhand market.
Enhanced Passenger Safety
Carrar leverages novel thermal management technology to provide unprecedented heat dissipation and temperature control throughout the battery pack, adjusting the dissipation level to fluctuations caused by either external (weather, charging) or internal (cell malfunction) events.
When a cell malfunctions, causing an exothermic event, the system prevents temperature spirals a the ensuing thermal runaway, propagation, and battery fire.
Future Proof
Works with any battery chemistry, packaging, density, and architecture (LFP, NMC, NCA).
Supporting a Greener Future
Carrar is dedicated to eliminating fossil fuel emissions with EVs that more accessible through reduced battery costs, and by minimizing the environmental impact of battery production.
