We're early — and that's exactly when to lead.
Green hydrogen is no longer theoretical. With electrolyzer costs falling and renewable electricity prices in single-digit Rs/kWh, the molecule is becoming economically competitive in specific applications — and policy tailwinds are accelerating the rest.
Our hydrogen practice is deliberately positioned at the engineering edge of this emerging market. We design integrated systems where renewable generation feeds an electrolyzer, produces high-purity hydrogen, stores it appropriately for the use case, and either dispenses it (mobility), feeds an industrial process (steel, fertilizer, refining), or converts it back to power through a fuel cell.
We've delivered pilot installations and are now scaling toward megawatt-class plants — partnering with academic institutions, government agencies and forward-looking industrial clients on the projects that will define India's hydrogen economy.
What we deliver
- Hydrogen demand and supply chain analysis
- Electrolyzer system design (PEM, Alkaline)
- Renewable integration and power conditioning
- Compression, storage and dispensing infrastructure
- Fuel cell power systems integration
- Safety engineering, HAZOP and regulatory compliance
- Commissioning, performance testing and certification
- Operations training and long-term support
Where it fits
Industrial decarbonization is the largest near-term opportunity — replacing grey hydrogen in fertilizer and refining, decarbonizing steel via direct reduction, and electrifying high-temperature heat in chemicals. Mobility comes next: heavy-duty trucking, buses, and select rail applications where battery weight is prohibitive.
Long-duration energy storage — hydrogen as a seasonal buffer for high-renewable grids — is further out, but the engineering work starts now. Our pilots are the prototypes for that future infrastructure.
Renewable-coupled
Direct integration with solar and wind generation — no greenwashed grid-tied electrolysis.
Full lifecycle
Production, storage, transport, and end-use — engineered as a single system, not stitched together.
Safety-engineered
ATEX-compliant zoning, leak detection, and ventilation engineered from first principles — hydrogen demands it.
R&D partnerships
Active collaborations with IIT and national laboratories on next-generation electrolysis and storage.
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