OhmX Energy is a University of Toronto spin-off advancing battery materials, electrode engineering, and cell-level validation for next-generation energy storage. We work across lithium-ion, sodium-ion, and lithium-sulfur battery systems, translating laboratory materials into validated coin-cell and pouch-cell prototypes.

Materials and anodes — Our work includes engineered graphite, nitrogen-doped graphite, laser-derived carbon materials, and biomass-derived hard carbon for sodium-ion batteries, supported by material synthesis, structural characterization, and electrochemical performance evaluation.

Cathode and host platforms — We support research and validation across LFP, LMFP, NMC, LNMO, and lithium-sulfur systems, including cathode formulation, sulfur-host architectures, and cell-level performance benchmarking.

Electrode and cell engineering — Our capabilities include slurry formulation, electrode coating, processing optimization, electrolyte/additive selection, separator and interfacial engineering, coin-cell fabrication, pouch-cell prototyping, and practical cell testing.

Testing and diagnostics — We provide electrochemical evaluation including cycling, rate performance, CV, GCD, EIS, GITT, dQ/dV, dV/dQ, degradation analysis, operando diagnostics, XRF and TOF-SIMS-based SEI/CEI characterization, and post-mortem failure analysis.

OhmX Energy connects fundamental electrochemistry with practical cell performance. We help universities, government programs, startups, and industrial R&D teams validate battery materials, build prototype cells, diagnose performance losses, and accelerate technologies from bench-scale research toward real-world energy, mobility, and industrial applications.


OhmX Energy

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OhmX Energy

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