Green sustainable nonflammable and fully recyclable
Fast Charging
> 10,000 Cycles
95% Efficiency
Recyclable
Low Cost
About Us
Fueled by our dedication to sustainability and innovation, we at EExion produce advanced energy storage solutions utilizing abundant materials and offer high capacity, low carbon footprint, and low-cost energy storage devices.
EExion's revolutionary carbon electrode technology represents a significant leap forward in sustainable and cost-effective batteries. made of abundant materials. Our innovative batteries offer a cost-slashing solution, revolutionizing the energy storage market.
Our innovative, patented technology unlocks a portfolio of battery solutions, from Sodium batteries to Aqueous-based cells.
Applications
Stationary Storage
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Stationary Peak Shaving.
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Stationary sustainable energy harvesting.
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Frequency Regulation.
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Domestic & off grid solutions
Transportation
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Electric motorcycles & rikshaws.
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Shared EV.
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Warehouse robotics & logistics.
Energy Storage Market Dilemma
The onset of global warming spurred the world to innovate alternative energy solutions, driving the need for affordable, sustainable, and efficient energy storage systems.
The global energy market is in a major shift toward cleaner and more sustainable sources. The market already set the requirements for Sodium Batteries defined as the alternative for Li-Ion in energy storage, power grid and the city cars market segments.
Today's leading technology used for energy storage is costly, uses scarce materials, has a high carbon footprint, and provides a limited lifetime. The short supply of cobalt, lithium, and graphite presents a significant challenge in achieving cost-effective battery solution for energy storage any time soon.
Our Solution
EExion's innovative organic molecule-based electrode technology results in sustainable and efficient energy storage solutions.
EExion developed low cost and high energy density Lithium Metal batteries to serve the energy storage and light mobility markets.
EExion’s proprietary processes and materials technology deliver energy densities up to 200 Wh/Kg with high-rate capabilities for thousands of cycles with more than 94% energy efficiency.
Our technology transcends the limitations of lithium-ion, paving the way for powerful, affordable, and sustainable next-generation batteries.