[High-Performance Battery Development] Silicon Anode Battery Extends Flight Range of Large Drones
A cell structure unique to laminated cells that allows for external pressure application! It addresses concerns about lifespan and safety.
For solutions represented by drones and flying cars, requirements include "high capacity," "mid-rate," "light/small," and "high safety." Batteries that can withstand high loads in a short time while ensuring safety are necessary. At Enax, we are currently developing silicon anode cells with performance equivalent to widely used lithium polymer cells, significantly improving safety, reliability, and lifespan, which are their drawbacks, through module technology for new solutions. In collaboration with material manufacturers possessing core technology in silicon anodes, we are addressing concerns about lifespan and safety by utilizing a cell structure unique to laminated cells that allows for external pressure application to suppress silicon expansion. 【New Si-based Battery】 ■ Weight Energy Density: 180–240 Wh/kg ■ Input/Output Performance: Continuous 10C, Momentary 20C ■ Safety Performance: Fire Resistance 〇, Drop Impact 〇 ■ Battery Lifespan (Cycles): 〇 500 cycles *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Enax is a company that has made rapid prototyping possible in the development and commercialization of high-performance lithium-ion batteries. Our company is responsible for the development of high-performance charge and discharge characteristics using our proprietary super high-rate lithium-ion battery technology, achieving the following: ◎ High input/output characteristics ◎ Fast charging capability ◎ High-temperature characteristics ◎ Safety control technology for "multi-parallel connected" laminar cell packs (including AI utilization technology) If you are facing any of the issues listed below or are looking for technical solutions, please consult with us. We can respond with product offerings or customization through joint development. ■ For customers who need rapid charge and discharge (powerful regenerative power) ⇒ We provide special cells + packs ■ For customers who want to use battery packs in environments of 80-100°C ⇒ We provide high-temperature compatible batteries + pack technology ■ For customers looking for batteries + packs that operate at -40°C ⇒ We provide ultra-low temperature batteries + pack technology ■ For customers who want to safely use lightweight + high-output battery packs with multi-parallel connections of small laminar cells ⇒ We safely provide "multi-parallel laminar cell packs" with BMS (including some AI technology) and battery evaluation technology.
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