The problem: Lithium-ion cannot scale to safely keep pace with modern electric vehicles, critical grid infrastructure, and skyrocketing AI power demands — structural cell breakdown, chronic degradation, and severe thermal risks hold the entire clean energy transition back.
The solution: One unified, highly scalable chemical particle coating that directly optimizes and unlocks two validated, high-performance battery paths: ultra-long lifespan aqueous sodium-ion systems and stable, dendrite-free lithium-metal configurations.
Our breakthrough Engineered Particles encapsulate active core battery particles within a highly ion-conducting protective shell infused with structured conductive carbon. This pre-formed chemical barrier halts electrolyte breakdown and harmful dendrite formation cleanly at the source.
70,000+ Verified Cycles: Demonstrates near-zero capacity fade over unprecedented lifetimes.
~100% Coulombic Efficiency: Eliminates unwanted gassing and internal energetic stress completely.
Adaptable High-Rate Performance: Transitions smoothly from standard 1C rates up to ultra-fast 100C output.
Active Dendrite Suppression: Restricts dangerous crystal formation without requiring custom internal structural cell variants.
Premium Energy Densities: Exceeds 350 Wh/kg to scale operating thresholds reliably.
Validated Retention Cycles: Preserves greater than 80% capacity baseline through extended high-stress phases.
Cycle life metrics benchmarked systematically against traditional and emerging battery chemistries.
Unlike competing architectures that demand entirely re-engineered cell components, Solmax EP applies its advantage at the baseline material processing stage. Our single-step coating upgrades existing active material manufacturing lines fluidly, delivering an unparalleled, fast-track commercial scaling path with minimal required overhead change.
The platform is actively verified at the advanced laboratory and small-pilot stage (TRL 4-5), delivering consistent chemical performance benchmarks across all core iterations.
| Technology | Result | Stage |
|---|---|---|
| Aqueous Na-ion, USA | 50,000+ cycles | Commercial |
| Solid-state Li-metal, USA | 95% @ 1,000 cyc. | Pilot Line |
| Li-metal, China | 500+ Wh/kg claimed | Early Stage |
| Solmax EP (Platform) | 70,000+ cyc / 350+ Wh/kg | Lab / Small-Pilot |
Real, multi-billion dollar strategic deployment opportunities positioned for near-term technological integration.
Optimized for major utility distribution auctions, supporting large-scale 2 GW capacity parameters reliably.
Provides robust on-site chemical backup storage setups matching intense multi-gigawatt continuous global loads.
Extends baseline electric vehicle operational thresholds significantly via stable lithium-metal energy profiles.
We look forward to connecting with potential capital partners, manufacturing licensees, and enterprise tech strategists.