Materials enabling breakthrough battery performance

Ampcera’s sulfide-based solid electrolytes feature an engineered argyrodite structure that offers top-of-the-line purity and ionic conductivity with controlled particle sizes. Electrolyte properties enable ultra-high energy density solid-state batteries with fast charging and enhanced safety.

Electric vehicles

Consumer electronics

History

Backed by a decade of research and development

Ampcera has invested over seven years working with more than 200 paying customers applying scientific engineering methodologies, such as material synthesis, powder metrology, dry manufacturing, data analytics infrastructure, computer simulation technology, and cell testing to become a leading battery materials developer in North America. Ampcera’s state-of-the-art solid-state electrolyte technology offers unparalleled safety against thermal runaway and enables ultra-high energy density battery solutions with high-rate capability.

7+ years of expertise

Over seven years invested in R&D to provide top-of-the-line solid electrolyte and other next-generation battery materials to the global market.

50+ patents

Diverse IP portfolio comprising 50+ granted and pending patent applications covering materials design, battery structure, battery processing, and enhancing battery performance.

90+ trade secrets

Established a competitive advantage with over 90+ trade secrets in material processing, cell design, and battery manufacturing.

Energy density

Ampcera’s all-solid-state cell technology can reach energy densities of up to 500 Wh/kg in cell capacities of up to 100 Ah at full-scale.

Unparalleled safety

Ampcera’s all-solid-state cell technology offers unparalleled safety against thermal runaway with high-rate capability.

Lifecycles

Ampcera’s all-solid-state cell technology achieves more than 5,000 cycles with a capacity retention above the industry standard of 80%.

Solid-state electrolytes

An engineered argyrodite structure designed to deliver high-performance next-generation batteries.

Cell integration

Solid electrolyte integration in next-generation batteries by pairing with the right ecosystem and cell design.

Battery cell

Ampcera’s fully integrated solid-state battery prototype offers fast charging and high energy density.

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Produced at the highest quality standards

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Lowers carbon footprint and environmental impact

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Strong IP portfolio for steadfast protection

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High energy density

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Fast charging

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Ultra-high safety

Cell assembly

Material and cell development

Industrial pilot plant

Turn-key modular dry room

Solid Electrolyte

High-volume manufacturing

Ampcera is focused on meeting the growing demand for solid-state batteries.

High-quality standards

High material quality with no impurities ensures optimal performance and reliability in all applications.

Batch-to-batch consistency

Consistent material quality ensures reliability and superior results every time.

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High gravimetric and volumetric energy density

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Lightweight and easy handling

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High discharge capability with continuous peak performance

Performance alignment with strategic partner

Alpha prototype cell delivery

Beta prototype cell delivery

Battery design and integration