India Backs Its First Green-Hydrogen Startups and Switches On a Certification Portal
On 17 June 2026 India cleared its first ₹22 crore for nine startups under the National Green Hydrogen Mission's ₹100 crore support scheme and launched a national certification portal — two concrete steps toward a credible domestic hydrogen supply chain.
Manik Gupta
Founder and editor of DeepTech India. Manik writes about India's frontier technology ecosystem — AI, semiconductors, space, quantum, robotics and biotech — translating research and policy into clear, reliable reporting.
On 17 June 2026, India's National Green Hydrogen Mission moved from headline targets to plumbing. Union Minister for New and Renewable Energy Pralhad Joshi approved the first batch of ₹22 crore in support to nine startups under the mission's ₹100 crore startup support programme, and at the same workshop launched the Green Hydrogen Certification Portal of India (GHCI). Neither announcement is large in rupee terms. Both matter because they fill in two pieces an emerging hydrogen economy cannot do without: early-stage risk capital, and an agreed definition of what counts as "green."
A first cohort
The ₹100 crore startup programme is the part of the mission aimed squarely at deep tech — electrolyser stacks, catalysts, storage, and the balance-of-plant engineering that determines whether green hydrogen is merely possible or actually affordable. By clearing the first ₹22 crore to nine ventures, the Ministry of New and Renewable Energy (MNRE) is doing something grant schemes often promise and rarely execute: putting non-dilutive money into hardware companies at the stage where private investors are most reluctant to follow.
The amounts per startup are modest, but the signal is not. For founders building electrolysers or hydrogen-handling systems, a government cheque early in the company's life de-risks the next, larger round — and tells private capital that the state intends to be a buyer and an enabler, not just a policy author.
Why a certification portal is the bigger story
The GHCI is the less glamorous but arguably more consequential launch. Hydrogen is only "green" if the electricity that splits the water is renewable, and that claim has to be measured, certified and trusted — especially for export markets and for industrial buyers who want to count hydrogen toward their own decarbonisation. Without a credible certification regime, "green" hydrogen is just a marketing word, and Indian producers cannot prove their product qualifies for low-carbon premiums abroad.
The portal is the administrative backbone of the Green Hydrogen Certification Scheme of India: it is where producers register, where the emissions intensity of a batch is verified against a threshold, and where the resulting certificate lives. In effect, it turns a political ambition — that India become a hub for low-cost green hydrogen — into something auditable.
The wider arc
The two steps fit a pattern visible across India's energy-transition policy: build the demand-side and trust infrastructure first, then let manufacturing scale into it. By mid-2026, six states had notified dedicated green-hydrogen policies and seven more had folded hydrogen provisions into existing frameworks, layering state incentives on top of the central mission. The private side is moving in parallel, with first-of-their-kind equity cheques flowing into Indian green-hydrogen producers.
None of this guarantees that green hydrogen clears its central hurdle — cost. Electrolysers remain expensive, and green hydrogen still competes against cheap grey hydrogen made from natural gas. But cost only falls with volume, volume needs buyers, and buyers need certification they can trust. The 17 June announcements are small line items that quietly assemble those preconditions.
What to watch
The tells over the next year will be whether the startup cohort's grants convert into demonstrated electrolyser cost reductions, how many producers actually register and certify batches through GHCI, and whether the first certified green hydrogen finds offtake — domestic refiners and fertiliser makers, or export buyers in Europe and Japan. Those are the metrics that will reveal whether this is infrastructure or paperwork.
Sources
Tags
More from Energy Tech
India Splits Water With Reactor Heat: World's First Copper-Chlorine Nuclear Hydrogen Plant Opens at Kalpakkam
On 26 June 2026 India's Department of Atomic Energy opened what it calls the world's first hydrogen plant to use the Copper-Chlorine thermochemical cycle driven by nuclear heat from the Fast Breeder Test Reactor at Kalpakkam — a demonstrator for carbon-free hydrogen made with reactor heat instead of electrolysis.
TruAlt Lands ₹150 Crore to Build One of India's First Commercial Sustainable Aviation Fuel Plants
TruAlt Bioenergy has won ₹150 crore in central assistance under the PM JI-VAN Yojana to build a commercial-scale sustainable aviation fuel plant in Bagalkot, Karnataka, sized at about 10 crore litres a year — an early move to give India home-grown SAF supply ahead of its 1%-by-2027 blending target.