Indian Startup Creates Stove That Runs on Water and Electricity
An Indian company invented a cooking system that splits water into hydrogen fuel, creating only water vapor as it burns. While the technology is real, the stove cooks much slower than traditional methods.
A green tech startup from India has developed a stove that literally cooks with water, turning Hâ‚‚O into clean-burning hydrogen fuel right in your kitchen.
GreenVize Energy Solutions created a plug-and-play cooking system that uses a technology called Proton Exchange Membrane electrolysis to split water into hydrogen and oxygen. The hydrogen becomes cooking fuel immediately, while the oxygen simply releases into the air.
The system needs just 100 milliliters of distilled water and 1 kilowatt-hour of electricity to run for six hours. That sounds amazing compared to standard induction stoves, which gulp down 9 to 12 kilowatt-hours for the same cooking time.
"The efficiency, flexibility, and real-world usability are fundamentally different, especially for hotels, community kitchens, and high-demand cooking environments," said founder Sanjeev Choudhary. The single-burner version costs about $1,130, while the double-burner runs $1,610.
Users can generate hydrogen on demand or store it for later use during peak hours. When the hydrogen burns, it creates harmless water vapor as its only byproduct.
The Bright Side
The technology genuinely delivers cleaner cooking with zero harmful emissions. For communities struggling with indoor air pollution from traditional cooking methods, this represents a real step forward in health and sustainability.
The catch? Energy efficiency laws mean that after accounting for electrolysis and combustion losses, the stove only produces about 100 watts of actual cooking power per burner. A standard induction burner delivers 1,500 to 2,000 watts.
That means boiling a quart of water takes over an hour instead of four minutes. Your 30-minute dinner could take 7.5 hours to prepare.
For now, this innovation works best for slow-cooking applications or places where clean air matters more than speed. Hotels doing overnight cooking or community kitchens preparing large batches of stews and curries could benefit most.
The real win here is proving the concept works at a consumer price point, opening the door for future improvements in power and efficiency.
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Based on reporting by New Atlas
This story was written by BrightWire based on verified news reports.
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