Zero-emission cooking powered by green hydrogen — delivering LPG-class performance with zero carbon output.
Overview
India relies on LPG for over 300 million households — a fuel that produces CO₂, requires imported supply chains, and poses safety risks. The God's i Hydrogen Stove replaces this with a green hydrogen-powered cooking system that produces only water vapour as a byproduct.
By combining a hydrogen storage module, a precision burner optimised for H₂ combustion characteristics, and an intelligent pressure regulation system, we deliver heat output, cooking response, and safety that matches or exceeds conventional LPG stoves.
Prototype Visualization
Interactive concept render of the Clean Energy Hydrogen Cooking System. Click Power to ignite the hydrogen flame and view live telemetry readouts.
How It Works
Animated cutaway of the hydrogen generation cycle — from water intake through electrolysis, purification, buffering, and combustion at the burner, with live telemetry readouts.
The cycle: Water from the reservoir ① flows into the electrolysis cell ② where DC current splits H₂O into hydrogen (blue bubbles) and oxygen (red bubbles, vented). Hydrogen passes through the purifier ③ and manifold valve ④ into the pressurised buffer tank ⑤, then is metered to the burner for clean combustion. The controller ⑥ reads every sensor and modulates current to match demand.
Technology
Precision-engineered burner ports sized for hydrogen's wider flammability range (4–75%), delivering stable blue-flame combustion at atmospheric pressure.
Multi-stage pressure regulator ensures safe, constant delivery from a 350-bar storage cylinder to the burner at under 20 mbar operating pressure.
Automatic gas shut-off valve, flame-out sensor, hydrogen leak detector, and spark ignition failure protection — meeting IS/IEC safety standards.
Hydrogen's high flame speed enables near-instant max heat — 40% faster than LPG — with precise simmer control for delicate cooking requirements.
Compatible with community-scale solar electrolysers, enabling villages to produce and distribute hydrogen fuel locally — no import dependency.
Designed to work with all existing cookware — pressure cookers, woks, tawas — requiring no kitchen infrastructure changes for adoption.
Development Timeline
Hydrogen combustion modelling, market analysis, safety standard review (IS 1655, IEC 62841).
CompletedBurner engineering, pressure regulator testing, safety system integration, lab burn trials.
In ProgressPilot deployment in 50 rural households, safety certification, user feedback integration.
UpcomingManufacturing partnerships, distribution network, government scheme alignment (PMUY), scale-up.
PlannedWe're looking for research partners, pilot communities, and investors to accelerate this initiative.