Neural Mesh Energy Forms

Precision Validated

From molecular compounds to full system integration, explore how our Predictive Multiphysics Platform solves the degradation challenges of next-generation energy storage.

Case Study 01

The Aluminium Frontier

Discover how we developed ultra-accurate digital twins to simulate electrochemical stability in aqueous environments. By mapping the complex ion transport mechanisms, we optimized the operational lifespan for StorTera innovative storage systems, mitigating the risks of hydrogen evolution and electrolyte depletion.

Aqueous ChemistryDigital TwinLongevity Analysis
Aluminium ion cell cross-section simulation
Case Study 02

LFP Material Discovery

Accelerating material discovery through AI-driven molecular modeling. Our platform simulated thousands of potential crystal lattice modifications for Lithium Iron Phosphate, identifying a specific doping strategy that significantly improved rate capability while maintaining the inherent safety of the LFP chemistry.

Molecular ModelingLFP CathodeAI Integration
Molecular structure of LFP crystals

Industry Recognition

Scottish Smart Awards
10+ Patents Held
Midlothian Chamber

Ready to Optimize?

Join the vanguard of the British battery industry. Leverage our Predictive Multiphysics Platform to solve your most complex material and system challenges.

Contact our Scientists