At its most basic level a battery stores electric energy according to certain criteria, and delivers it through a device. However, most times it is possible to replenish this energy and extend battery life many times. Much research in ongoing to improve the performance of the electrolyte. But an Israeli disruptor is using smart battery electrode architecture instead.
How the Disruptor Uses Smart Battery Electrode Architecture
The company came to our attention after listing as one of Bloomberg’s 2022 New Energy Finance (BNEF) Pioneers. BNEF is the financial information and news service’s strategic research arm. It follows global commodity markets, and disruptive technologies driving the transition to a low-carbon economy.
‘We are changing the architecture of the electrodes, not the chemistry,’ says Dr. Moshiel Biton, co-founder and CEO. ‘Because in doing so, our tech can enhance the performance of batteries no matter the type of battery chemistry.’ The company hopes to ‘integrate the solution into production lines’ and turn out tailored batches.
Existing Technologies ‘Not Fit’ for Electric Transport
Dr. Moshiel Biton believes ‘existing battery technologies are currently not fit to support a future of all-electric transportation’. This is mainly because of ‘energy storage limitations’. However, his company’s AI algorithms and modeling deliver ‘greater power and higher energy to enable greater loading of active materials’.
They also improve ‘heat dissipation and the activation of cooling systems’ he continues. That’s because their ‘collector geometrics … address the thermal, energy density, and mechanical challenges that plague existing batteries.
The Times of Israel believes focusing on smart battery electrode architecture, and physics gives the company a competitive edge. That’s because its competitors are applying all their energy to chemistry. While its technology is chemistry-neutral leaving the entire field open for harvesting.
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Preview Image: Smart Battery Electrode Architecture
