Whalesbook
India is looking into using green hydrogen as a domestic cooking fuel, a move driven by the need for greater energy security and reduced reliance on imported Liquefied Petroleum Gas (LPG). This effort, supported by government advisors and startups, aims to offer a zero-emission alternative and boost self-sufficiency. However, transitioning from potential to practice in home kitchens presents significant complexities.
Why India is Pursuing Green Hydrogen for Cooking
The government's interest in green hydrogen for cooking is driven by two main goals: improving energy security by lessening dependence on imported LPG and advancing its plans to reduce carbon emissions. Principal Scientific Advisor Ajay Sood confirmed this exploration, suggesting production powered by solar energy feeding specialized burners. This effort fits into the National Green Hydrogen Mission, launched in January 2023 with a ₹19,744 crore budget. The mission aims for 5 million metric tonnes of annual green hydrogen production by 2030 and 125 GW of related renewable energy capacity. This initiative supports India's wider goals of reaching 500 GW of non-fossil electricity capacity by 2030 and net-zero emissions by 2070. Recent global events, especially in West Asia, have highlighted risks in LPG supply chains, making domestic energy sources a strategic priority and contributing to India's vision of 'Atmanirbhar Bharat' (self-reliant India).
The Hurdles to Widespread Adoption
Worldwide, using green hydrogen for home cooking is mostly limited to research and pilot projects. While some countries like Scotland have tested it in small trials, it hasn't been widely adopted for households. In India, startups like Greenvize are creating hydrogen cooking systems, but these are currently aimed at commercial kitchens because the initial cost is very high, with units priced around ₹1.5 lakh. This price is a major obstacle for most Indian homes.
Economic and Safety Concerns
The cost of producing green hydrogen is a major issue. In India, it's estimated at $4-$6 per kilogram, much higher than conventional hydrogen ($1.5-$2.3/kg). This is significantly above the target price of less than $2/kg needed to compete with existing fuels. Although costs for solar and wind power are falling, making electricity for hydrogen production cheaper, the final price for consumers is still too high for widespread use. Past clean cooking programs in India, like the PMUY for LPG, also struggled with people continuing to use them because refill costs were high. This shows that affordability is key for households choosing energy sources. Additionally, while burning hydrogen produces only water, there are concerns about nitrogen oxides (NOx) pollution and faster leakage rates than methane, which need thorough study for home safety and health.
Infrastructure and Market Context
Building the necessary infrastructure for producing, storing, and distributing hydrogen across the country is still in its early stages, posing a significant supply challenge. This is a stark contrast to the established LPG network, which has been developed and subsidized over many years. Globally, hydrogen is facing a less certain future as a primary heating and cooking fuel, as energy efficiency measures and heat pumps are often considered more practical and affordable alternatives. Even as India aims to become a global leader in green hydrogen, current production costs ($3.5-$5/kg) remain well above the necessary level (under $2/kg) to effectively replace traditional fuels for household use.
NTPC's Involvement and Past Lessons
Major state-owned company NTPC Limited is working on green hydrogen burners and has conducted successful cooking demonstrations. As of May 2026, NTPC's P/E ratio (TTM) was approximately 15.14, and its market capitalization was around ₹3.8 trillion. NTPC's participation shows commitment, but the massive investment and infrastructure needed for home use are still uncertain. India's past experience with clean cooking initiatives, such as promoting LPG, shows that while providing access is possible, consistent use often fails due to cost. This history indicates that consumers prioritize long-term affordability, an area where green hydrogen currently faces significant challenges.
The Path Forward
India's effort to use green hydrogen for cooking is a forward-thinking strategy, backed by ambitious goals in the National Green Hydrogen Mission. The country aims to be a global leader in green hydrogen production, with strong policy support and growing private investment. However, bringing green hydrogen to millions of Indian kitchens requires overcoming major technological, economic, and infrastructure challenges. The current focus on research and pilot projects shows that while innovation is key, there is a long journey ahead before this clean energy can replace traditional cooking fuels. Future success will depend on cutting production costs, creating affordable appliances, and establishing reliable safety and distribution systems.