Green Hydrogen Mission Progress In India: 8.62 Lakh Tonnes Incentivised, 8,000 Commissioned
Green hydrogen mission progress in India: 3,000 MW of electrolysers awarded, 8.62 lakh tonnes incentivised, 8,000 running and 5.5 lakh tonnes contracted.
India’s Green Hydrogen Mission: The 2026 Scorecard
- 8,62,000 tonnes a year of green hydrogen production has been awarded incentives; about 8,000 tonnes a year was commissioned by February 2026 (both stated, PIB).
- That puts operating capacity at under 1% of what has been incentivised (derived: 8,000 ÷ 8,62,000 = 0.93%).
- 15 companies hold incentives for 3,000 MW a year of electrolyser manufacturing (stated, PIB).
- Indian firms have signed 23 offtake contracts for 5,55,610 tonnes a year, over 70% for export, backed by about ₹90,000 crore of planned investment (stated, MNRE).
- Against the 5 million tonne 2030 target, incentivised capacity covers about 17% (derived) and signed offtake about 11% (stated).
India’s green hydrogen mission progress now has an official scorecard. A Press Information Bureau backgrounder released on 28 October 2026 lists what the National Green Hydrogen Mission has awarded so far: incentives for 3,000 MW a year of electrolyser manufacturing, and for 8,62,000 tonnes a year of green hydrogen production. The same document says about 8,000 tonnes a year was actually running by February 2026.
A day later, on 29 October, the Ministry of New and Renewable Energy (MNRE) added the demand side. Indian companies have signed offtake contracts for 5,55,610 tonnes a year, and most of that volume is bound for Japan, Europe and South Korea. Read together, the two releases show a mission that has secured contracts and subsidies far faster than it has built plants. That gap is the story of where India’s green hydrogen stands at the end of 2026.
Green Hydrogen Mission Progress: The Scoreboard In Five Numbers
The Union Cabinet approved the mission in January 2023 with an outlay of ₹19,744 crore and a target of at least 5 million tonnes of green hydrogen a year by 2030, rising to 10 million tonnes if export demand materialises. Almost three years in, these are the figures that matter.
Stated figures are quoted from the PIB releases cited below. Derived figures are our arithmetic on them: 8,000 ÷ 8,62,000 = 0.93%; 8,62,000 ÷ 50,00,000 = 17.2%; 8,000 ÷ 50,00,000 = 0.16%.
The headline ratio is stark. Incentivised capacity is roughly 108 times the capacity that was operating in February (derived: 8,62,000 ÷ 8,000). Measured against the 2030 target, the incentive awards cover about 17% (derived), while plants actually running cover about 0.16% (derived). One caution: the 8,000-tonne figure is dated February 2026, so the October backgrounder is reporting an eight-month-old commissioning number. Capacity built since then is not yet in the official count.
None of this means the mission is failing. Awards come first and plants follow, because a project needs renewable supply, grid connectivity, water treatment and a buyer before it can be financed. The scoreboard says 2027 to 2030 is when the build-out has to happen.
Electrolysers: Building The Machines At Home
An electrolyser is the machine at the centre of green hydrogen. It uses electricity to split purified water into hydrogen and oxygen, and the hydrogen counts as “green” when that electricity comes from renewables. India has relied on imported electrolyser supply chains, which is why the mission pays for factories as well as fuel.
That is the job of the Strategic Interventions for Green Hydrogen Transition (SIGHT) programme. Its ₹17,490 crore outlay to 2029-30 is about 89% of the whole mission budget (derived: 17,490 ÷ 19,744). It has two halves. One subsidises electrolyser manufacturing, where 15 companies now hold awards for 3,000 MW a year of capacity. The other subsidises green hydrogen production, which is where the 8,62,000-tonne figure comes from. Paying on both sides is deliberate: domestic factories need guaranteed demand, and domestic producers need a local equipment supply that doesn’t depend on imports.
Every tonne must also meet India’s green hydrogen standard of no more than 2 kg of COâ‚‚-equivalent per kg of hydrogen, measured well-to-gate over 12 months. Our analysis of the India hydrogen standards gap covers where testing and safety rules still lag; this post tracks capacity.
Offtake: Who Has Agreed To Buy India’s Green Hydrogen
An offtake agreement is a long-term contract to buy a plant’s output. Lenders usually want one before they finance a project, so offtake is the clearest sign that announced capacity will turn into real plants. According to MNRE’s 29 October release, Indian companies have signed 23 such contracts since 2023, covering 5,55,610 tonnes a year of green hydrogen equivalent. That is about 11% of the 2030 target.
Three details stand out:
- Most of it is for export. Over 70% of contracted volume is earmarked for overseas buyers, which works out to more than 3.89 lakh tonnes a year (derived: 70% × 5,55,610). Named contracts include green ammonia supply to buyers in Japan, Germany and South Korea, and green methanol to Japan, with a further green methanol deal for Sri Lanka in progress.
- Most of it was signed this year. 18 of the 23 agreements, covering over 4 lakh tonnes a year, were signed in 2026. That is at least 72% of the cumulative volume (derived: 4,00,000 ÷ 5,55,610).
- The money is large but not yet spent. Delivering these contracts needs about ₹90,000 crore (around USD 9.5 billion) of investment, according to MNRE. That implies roughly ₹16 lakh of capital per tonne of annual capacity (derived: ₹90,000 crore ÷ 5,55,610 t).
Domestic demand is being built through SIGHT as well. Agreements cover 6,70,000 tonnes a year of green ammonia for 11 fertiliser units, and projects have been awarded for 30,000 tonnes a year of green hydrogen for four public-sector refiners (both stated, MNRE). Ammonia is about 17.8% hydrogen by mass, so the fertiliser volume holds roughly 1.19 lakh tonnes of hydrogen (derived, by molecular weight). The release does not say whether these domestic volumes are included in the 5,55,610-tonne total, so the two figures should not be added together.
Hubs, Pilots And The Policy Stack
Hydrogen is costly to move, so the mission clusters production next to its users. MNRE has recognised three port hubs: Deendayal (Kandla), V.O. Chidambaranar (Tuticorin) and Paradip. It has also awarded four Hydrogen Valley Innovation Clusters, in Jodhpur, Odisha, Pune and Kerala. Kandla commissioned an indigenously built 1 MW plant in July 2025 and is also the site of the e-methanol plant at Kandla that we covered separately.
The pilots are small, but they are where the technology gets tested. The backgrounder lists five sanctioned steel pilots, with ₹84 crore for 100% hydrogen-injection trials. In mobility, ₹41.58 crore has been released for the 70-vehicle green hydrogen vehicles pilot, about 8% of the ₹496 crore earmarked (derived). In shipping, a ₹38.12 crore green methanol bunkering pilot is under way at Tuticorin. Rail added India’s first hydrogen train on the Jind-Sonipat line in July 2026.
Around these sits a cost-cutting policy stack built on the Green Hydrogen and Green Ammonia Policy: no inter-state transmission charges for 25 years on plants commissioned by 31 December 2030, open access within 15 days, 30-day banking of surplus renewable power, and no prior environmental clearance for standalone electrolysis plants. Six states have notified dedicated green hydrogen policies and four more are drafting them.
What The Gap Means For India’s Energy Transition
For investors and policy watchers, real green hydrogen mission progress will now show up in the commissioning number, not in new incentive awards. The mission has the contracts, the subsidies and the rules. What it lacks so far is steel in the ground. Moving from about 8,000 tonnes a year to 5 million tonnes means increasing operating capacity about 625 times in roughly four years (derived: 50,00,000 ÷ 8,000).
The build-out will also change how India’s grid is run. At about 9 litres of demineralised water per kg of hydrogen (stated, MNRE), the 5 million tonne target implies around 45 billion litres of water a year (derived). The electricity needed is larger still: the mission expects to add 125 GW of renewable capacity (stated, MNRE). Electrolysers can raise output when solar is plentiful and cut back when the grid is tight. That makes them some of the most flexible large loads the grid will ever have, which is the same coordination logic behind Yellow Haze’s virtual power plant capabilities for the electric mobility ecosystem.
The export tilt adds a further test. With over 70% of contracted volume going abroad, India’s first large plants will be judged on certification and delivery schedules in Japan and Europe, while domestic fertiliser, refining and steel rely on the smaller SIGHT volumes. The most useful next marker of green hydrogen mission progress would be an updated commissioning figure from MNRE.
Frequently Asked Questions
How much green hydrogen is India actually producing?
According to the PIB backgrounder of 28 October 2026, about 8,000 tonnes a year of green hydrogen capacity had been commissioned by February 2026. Incentives have been awarded for 8,62,000 tonnes a year, so most of the awarded capacity is still to be built.
What is the National Green Hydrogen Mission’s target?
At least 5 million tonnes of green hydrogen production a year by 2030, potentially 10 million tonnes with exports. The mission’s outlay is ₹19,744 crore, and it expects over ₹8 lakh crore of investment, more than 6 lakh jobs and about 50 million tonnes a year of avoided COâ‚‚ emissions.
What is the SIGHT programme?
Strategic Interventions for Green Hydrogen Transition is the mission’s main incentive scheme, with ₹17,490 crore to 2029-30. It funds domestic electrolyser manufacturing (3,000 MW a year awarded to 15 companies) and green hydrogen production (8,62,000 tonnes a year awarded).
How much green hydrogen offtake have Indian companies signed?
MNRE says 23 offtake contracts covering 5,55,610 tonnes a year of green hydrogen equivalent had been signed by October 2026, with over 70% earmarked for export and about ₹90,000 crore of investment needed to deliver them.
Source: PIB Backgrounder: Green Hydrogen, Emerging Pillar of India’s Clean Energy Transition — Ministry of New and Renewable Energy, PIB Delhi, 28 October 2026 (Release ID 2329321) | India Leads Globally with Green Hydrogen Offtake Commitments Exceeding 5.5 Lakh MTPA Till October 2026 — Ministry of New and Renewable Energy, PIB Delhi, 29 October 2026 (Release ID 2329940) | National Green Hydrogen Mission — MNRE.
