Rechargeable Aluminium-Air Cell
Developing India's first rechargeable Aluminium-Air battery systems. Engineered to bypass global lithium supply constraints while delivering high energy density for heavy transport and grid storage.
Bypassing Lithium Constraints
Our active research facility validates rechargeable Aluminium-Air chemistry. By utilizing abundant domestic aluminum, we eliminate reliance on imported raw materials while achieving high volumetric energy density.
4x
Energy Density of Lithium-Ion
We focus on resolving the historical challenges of anode corrosion and electrolyte degradation, paving the way for sustainable, high-capacity stationary storage.
Zero
Active Carbon Emissions
From Lab to Scale
Anode Optimization
Electrolyte Stability
Cell Prototyping
Field Deployment
Developing high-purity alloy formulations to minimize self-discharge and corrosion during idle states.
Formulating proprietary aqueous and non-aqueous systems to sustain stable charge-discharge cycles.
Assembling multi-layer pouch cells for rigorous thermal and mechanical stress validation.
Partnering with industrial OEMs to initiate stationary grid storage and heavy transport trials.
Collaborate on Next-Gen Energy
Join our R&D consortium. Work alongside our electrochemists to validate, test, and scale India's first rechargeable Aluminium-Air battery technology.