ANODE TECHNOLOGY
A Quantum Leap in Battery Performance
Next-generation metal alloy anode — safer, thinner, cleaner.
Why ONLi is a Game-Changer in Battery Innovation
Edortech Ltd. was established in 2023 to implement the ONLi technology. Developed by the inventors with support from H-ION Ltd. and Bay Zoltan Ltd., ONLi is a new-generation anode and electrode manufacturing technology for Li-ion and Na-ion batteries. Resulting from 14 years of R&D, ONLi features a non-powder, metal-alloy-based anode layer that eliminates toxic binders and solvents, and delivers superior energy density and thermal/electrical performance compared to conventional graphite and Si-C anodes.
up to 70% volumetric energy density increase on cell level
up to 1.8x gravimetric capacity on material level
elimination of harmful binders
and integration-ready design for existing cell factories
What Makes ONLi Different?
Unmatched Energy Density
• Volumetric energy density: Up to 1168 Wh/L (vs. 698 Wh/L for Tesla’s 2170 cell).
• Gravimetric energy density: 310 Wh/kg (vs. 274 Wh/kg).
• Cell capacity: Increased from 5.0 Ah to 7.8 Ah in the same 2170 cell format.
No Binder, No Powder
• The ONLi anode is a solid, continuous metal alloy layer, eliminating toxic binders and solvents.
• Direct diffusion adhesion onto the copper substrate — no delamination, no drying, no powder compaction.
Superior Conductivity
• Electrical and thermal conductivity are orders of magnitude better than powder-based electrodes due to the fully metallic, homogenous structure.
Thin, Efficient Layer
• Active material layer thickness is only 6–20 µm, versus 110–250 µm for conventional graphite-based anodes.
Safe Against Lithium Plating
• Electrochemical profile is higher than Li deposition potential, improving fast-charging safety.
Ready For Adaption Into Existing Production Lines
• Designed for roll-to-roll manufacturing and fully compatible with existing Li-ion cell production lines — meaning faster and more cost-effective scalability.
Meeting Global Battery Demand
Designed for Real-World Applications
Automotive
High-density EV platforms
Grid Storage
Sustainable stationary solutions
Consumer Electronics
Long-lasting portable power
Na-ion Ready
Forward-compatible with emerging chemistries