Low cost Higher energy density Higher power Safer Fast charging Eco-friendly lithium-ion batteries!
Xerion Advanced Battery Corp’s novel technology represents a revolutionary advancement in lithium-ion batteries. We have devoted more than a decade of intensive research developing lower cost, higher performance lithium-ion batteries. Our revolutionary battery manufacturing platform incorporates two core patented technology includes DirectPlate™, an innovative refining and deposition technique, and StructurePore™, a novel battery electrode architecture. Using these technologies, our batteries are dramatically lower in cost with higher energy density, higher power, faster charging, longer life, and safer, all with a substantially lower carbon footprint.
Xerion Advanced Battery Corp’s novel technology represents a fundamental advancement in lithium-ion batteries. We have devoted more than a decade of intensive research developing lower cost, higher performance lithium-ion batteries.
Our patented technology includes DirectPlate™, an innovative refining and deposition technique, and StructurePore™, a novel battery electrode architecture. Using these technologies, our batteries are dramatically lower in cost with higher energy density, higher power, faster charging, longer life, and safer, all with a substantially lower carbon footprint.
XERION DirectPlate™
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Porosity controlled with electroplating settings
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Active battery material deposited in a single step on aluminum foil
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Single material coating eliminates the need for plastic binders & conductive additives for powder-based batteries
XERION StructurePore™
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Nanostructured metal foam reduces resistance
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Pores allow lithium-ions to quickly move through battery
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Conformable, electroplated battery materials avoid need to “paint on” materials
Xerion’s patented battery technologies delivers a unique
set of attractive battery properties
Xerion’s patented battery technologies delivers a unique set of attractive battery properties
Significantly Lowered Cost
- Beginning with lower purity battery precursors, DirectPlate™ refines, synthesizes, and deposits active battery materials in a single process.
- DirectPlate™ eliminates several costly chemical refining steps and transportation costs between chemical refining plants required in the conventional slurry cast battery manufacturing process.
- By starting with lower purity battery precursors, we significantly reduce the material cost of our lithium-ion electrodes. Conventional slurry-cast electrodes require higher cost, highly refined battery-grade powders.
Higher Energy Density
- The higher porosity of StructurePore™ eliminates swelling, so anodes can have more active battery material.
- DirectPlate™ process eliminates carbon additives and polymer binders, so electrodes contain 10-20% more active battery material.
- We have achieved up to a 40% increase in energy density which means increased range in electric vehicle (EV) battery packs and longer run-time on power tools.
Higher Power
- The higher porosity and tortuosity of StructurePore electrodes enable 250x faster ion transport through our battery.
More Flexible & Durable
- DirectPlate™ electrochemical bonds more strongly adhere to the aluminum foil current collector, so battery materials are much less likely to delaminate.
Improved Safety
- Xerion’s technology minimizes the potential for thermal runaway by reducing heat generated by the battery during failure events.
Faster Charge/Discharge
- The higher porosity and low tortuosity of StructurePore™ electrodes enable rapid ion transport through the battery.
- DirectPlate™ process better aligns the crystal structure in the battery material, which dramatically reduces resistance and improves lithium-ion conductivity.
- Xerion batteries achieve 80% State of Charge (SoC) in under 10 minutes in most applications.
Improved Cycle Life
- StructurePore™ higher porosity accommodates the swelling of higher energy materials such as silicon and tin, which reduces fatigue that leads to failure events.
Eco Friendly & Sustainable
- Our manufacturing process eliminates a number of energy-intensive steps, which mitigate carbon emissions up to 40%.
- Our manufacturing process eliminates the use of toxic volatile organic compound (VOC) solvents.
Enables & Supports Local Supply Chains
- DirectPlate™ uses lower purity battery materials, which are more readily sourced from domestic suppliers in North America, Australia, and Europe.
Our Novel Battery Patented Platform
Xerion has developed novel technologies that provide us a sustainable competitive advantage in the lithium-ion battery market.
We have numerous issued and pending patents in the U.S. and worldwide.