Cell Chemistry and Battery Pack Configuration Services
While the EV market continues to grow, it is constantly plagued by energy storage systems that fall short in performance, efficiency, and range. The rechargeable energy storage market is attempting to overcome these obstacles by testing various cell chemistries and configurations in battery packs, and Electra is interested in enabling this technology from all angles. Traditional Li-Ion batteries are well-explored and continue to be the only chemistry powering electric vehicles currently on the road, thanks to their relative affordability and high energy capabilities. But while Li-Ion batteries are tried and true, Novel Batteries and new configurations could be the key to unlocking the power of the next great energy storage system.
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Other promising advances are taking place among dual chemistry systems, in which the electric vehicle industry can use the capabilities of multiple battery units at once to create an ideal system for any application instead of waiting for the perfect next-generation cell to emerge on the market.
Electra’s design, control, and analytics technologies enable current Li-Ion configurations to optimize the chemistry’s usage, but also allow for exploration of the many other options just making their way onto the EV market. At Electra, we believe that exploring the potential of Novel Batteries used in single and dual chemistry systems is essential to future battery pack success, which is why our technology remains hardware and chemistry agnostic.
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