From Materials to
Market-Ready Cells

Explore Evermore’s portfolio of sustainable, high-performance battery components — from upcycled anode powders to full-cell solutions built for EVs, aerospace, and defense.

A Complete Energy Platform, Built from Waste

Every Evermore product is powered by proprietary silicon-carbon composite technology designed to deliver industry-leading energy density, extended cycle life, and environmental efficiency. Whether you’re sourcing battery materials or ready-to-integrate cells, Evermore is engineered to scale.

Every Evermore product is powered by proprietary silicon-carbon composite technology designed to deliver industry-leading energy density, extended cycle life, and environmental efficiency. Whether you’re sourcing battery materials or ready-to-integrate cells, Evermore is engineered to scale.

ELVION™ Cell Line

ELVION™ Cell Line

ELVION™ Cell Line

High-Performance Lithium-Ion Cells, Ready to Deploy

The ELVION™ series is a line of advanced lithium-ion battery cells designed for full integration across mobility, aerospace, and tactical applications. All cells feature Evermore’s proprietary silicon anode materials.

The ELVION™ series is a line of advanced lithium-ion battery cells designed for full integration across mobility, aerospace, and tactical applications. All cells feature Evermore’s proprietary silicon anode materials.

ArC-01: EV Cell
ArC-01: EV Cell
ArC-01: EV Cell

Industrial Robotics, Energy Storage

Highlights: Stable thermal range, long cycle life

Anode: RCBW™ composite

Output Range: Medium capacity / high safety

ArC-02: Titan Cell
ArC-02: Titan Cell
ArC-02: Titan Cell

EV & Aviation

Highlights: High energy density, compact form factor

Anode: ELSiON™

Output Range: Optimized for range + stability

ArC-03: Aero Cell
ArC-03: Aero Cell
ArC-03: Aero Cell

UAV / Military Drones

Highlights: Lightweight design, high output

Anode: KSWS™

Output Range: Balanced performance

ArC-04: Drone Cell
ArC-04: Drone Cell
ArC-04: Drone Cell

Compact Drones, Tactical Gear

Highlights: Rugged, efficient, space-conscious

Anode: ELSiON™

Output Range: Small cell / high burst energy

Anode Materials

Anode Materials

Anode Materials

Upcycled Materials, Elevated Performance

Our anode powders are synthesized from agricultural and industrial waste streams and engineered for next-gen lithium-ion battery manufacturing.

Our anode powders are synthesized from agricultural and industrial waste streams and engineered for next-gen lithium-ion battery manufacturing.

RCBW™-0017

Origin: Cow manure-derived silicon-carbon
Capacity: ~1500 mAh/g
Use Cases: ESS, industrial robotics, drones
Cycle Retention: >95%
Form: Micronized powder with carbon coating

WWR-1415™

Origin: Reclaimed silicon kerf & wafer scrap
Capacity: ~1570 mAh/g
Use Cases: EVs, consumer electronics
Cycle Retention: ~97%


ELSiON-1979

Origin: Engineered nano-silicon in carbon matrix
Capacity: ~1750 mAh/g
Initial Efficiency: >99%
Use Cases: Aerospace, EV, defense
Structure: Porous hybrid silicon-carbon composite

Electrolytes

Electrolytes

Electrolytes

Electrolytes Built for Silicon Stability

To support the high surface reactivity of silicon anodes, we’ve developed complementary electrolyte systems engineered for stability and efficiency.

To support the high surface reactivity of silicon anodes, we’ve developed complementary electrolyte systems engineered for stability and efficiency.

SSE-1224

  • Formulated for Evermore silicon anodes

  • Reduces interfacial resistance and SEI formation

  • Compatible with high-load cells

SSE-1225

  • Tailored for solid-state & semi-solid formats

  • Improved thermal window and charge retention

  • Developed for full system integration

Ready to power what’s next?

Connect With Our Team

Powering the Next Generation of Energy

From electric vehicles to aerospace and grid storage, Evermore’s sustainable silicon anode materials are engineered for industries that demand more — performance, scale, and impact.

Ready to power what’s next?

Connect With Our Team

Powering the Next Generation of Energy

From electric vehicles to aerospace and grid storage, Evermore’s sustainable silicon anode materials are engineered for industries that demand more — performance, scale, and impact.

Ready to power what’s next?

Connect With Our Team

Powering the Next Generation of Energy

From electric vehicles to aerospace and grid storage, Evermore’s sustainable silicon anode materials are engineered for industries that demand more — performance, scale, and impact.