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Green hydrogen capacity reaches 8,000 tonnes a year

A progress check on the National Green Hydrogen Mission ahead of its 2030 production goal.

What happened

Background & context

Green hydrogen is hydrogen produced by splitting water in an electrolyser that is run on renewable electricity (solar and wind). Because the energy input is renewable, the process emits no carbon at the point of production — which is what makes the "green" colour code different from grey hydrogen (made from natural gas via steam-methane reforming, the dominant route today) and blue hydrogen (grey hydrogen paired with carbon capture). The colour is defined entirely by the source of the electricity and the feedstock, not by any property of the hydrogen molecule itself, which is identical in every case.

The National Green Hydrogen Mission is India's flagship programme to build this ecosystem. It was approved by the Union Cabinet and launched in January 2023, with a total outlay of ₹19,744 crore up to 2029-30, administered by the Ministry of New and Renewable Energy (MNRE) as the nodal ministry. The Mission sits inside India's wider decarbonisation architecture — the commitment to net-zero by 2070 announced at the Glasgow climate summit, and the near-term goal of meeting a large share of energy needs from non-fossil sources. Green hydrogen is the piece meant to decarbonise the segments that electricity alone cannot easily reach: oil refining, fertiliser (ammonia) production, steel, and long-haul transport.

The Mission's outlay flows mainly through a programme called SIGHT — the Strategic Interventions for Green Hydrogen Transition. SIGHT funds two things through competitive bidding: domestic manufacture of electrolysers (the equipment that does the water-splitting) and production of green hydrogen itself. The prices quoted in this release — ₹397/kg and ₹387/kg — are exactly these "discovered" production prices: the lowest bids at which suppliers agreed to deliver green hydrogen to public-sector refineries. Other components of the Mission cover pilot projects in steel, mobility and shipping, the build-out of Green Hydrogen Hubs, a standards and regulatory framework, an R&D programme, and a skilling effort. The 8,000-tonne figure reported today is the cumulative capacity that has actually been switched on, set against the much larger 5-MMT ambition for 2030.

It helps to place this Mission inside the family it belongs to. MNRE runs a cluster of clean-energy programmes — the PM Surya Ghar: Muft Bijli Yojana (rooftop solar for households), the PM-KUSUM scheme (solar pumps and grid-connected solar for farmers), the various solar-park and wind schemes, and the PLI for high-efficiency solar modules. Where those programmes scale up renewable electricity, NGHM is the one that converts that electricity into a storable, transportable molecule. That is the cleanest way to remember its distinct role: solar and wind missions make clean electrons; the Green Hydrogen Mission turns clean electrons into clean fuel and feedstock. Compared with a peer programme abroad — the European Union's hydrogen strategy or the United States' production tax credit for clean hydrogen — India's instrument is built around upfront capital and production incentives via competitive bidding rather than an open-ended per-kilogram tax credit, and it deliberately couples demand creation (public-sector refinery and fertiliser off-take) to the supply incentive.

The "derivatives" the Mission keeps naming matter for both Prelims and Mains. Green hydrogen on its own is hard to store and ship, so much of it is converted into green ammonia (hydrogen combined with nitrogen drawn from the air) and green methanol. Green ammonia is the bridge to two large markets: it decarbonises fertiliser production, which currently relies on grey hydrogen, and it is emerging as a low-carbon shipping fuel and a practical carrier for exporting hydrogen's energy by sea. This is why the Mission's stated objective explicitly includes export: India's plan is not only to meet its own industrial demand but to ship green hydrogen and green ammonia to import-dependent economies in East Asia and Europe, using its low solar tariffs as the competitive edge.

For Prelims

What it is NOT: NGHM is not a hydrogen-fuel-cell-vehicle scheme like FAME (which subsidises electric and hybrid vehicles), and it is not the same as the PLI scheme for batteries; it is a dedicated green-hydrogen ecosystem mission under MNRE. Green hydrogen is not a primary energy source — it is an energy carrier / storage medium, only as clean as the electricity used to make it. And the "green" label says nothing about the molecule; identical H₂ counts as grey if made from natural gas. The 5-MMT figure is a 2030 production-capacity target, not present output — the present commissioned capacity is the ~8,000-tonne number.
For UPSC: NGHM — launched Jan 2023, ₹19,744 cr to 2029-30, under MNRE — targets 5 MMT/yr green-hydrogen capacity by 2030; ~8,000 t/yr commissioned by Feb 2026; flagship instrument is SIGHT; discovered cost ₹387–397/kg; renewables drive ~50–70% of cost.

Why it matters

The problem the Mission addresses is structural. India imports the bulk of its crude oil and a large share of its natural gas, and several of its heaviest-emitting industries — refining, fertilisers, steel — cannot be decarbonised by simply plugging into the grid, because they need molecules (chemical feedstock and high-grade heat), not just electrons. Green hydrogen is the one vector that can carry renewable energy into these "hard-to-abate" sectors, displacing imported fossil feedstock and shrinking both the import bill and the carbon footprint at the same time. That is why the public-sector refineries (IOCL, BPCL, HPCL) are the first off-takers in the bidding rounds: refineries already consume large volumes of grey hydrogen, so substituting green hydrogen there is the fastest demand anchor.

The release also quietly admits the central obstacle: cost. At ₹387–397/kg, green hydrogen is still well above the price of the grey hydrogen it must replace, and the World Bank reading that renewable power alone accounts for half to seventy per cent of that price tells the policy story — green hydrogen will become competitive only as solar and wind tariffs and electrolyser costs keep falling. The 8,000-tonne commissioned figure, modest against a 5-MMT target, shows the Mission is still in its demonstration phase; the spending data (utilisation rising from ₹0.11 cr to ₹203.75 cr across three years) shows disbursal accelerating but from a small base. The honest takeaway is a programme that is real and ramping, not yet at scale.

For Mains

Exemplification
NGHM is a ready example of an industrial-policy push to decarbonise hard-to-abate sectors — usable in any answer on energy transition, clean-energy missions, or reducing import dependence in the oil-and-gas economy.
Substantiation
Hard data points to cite: 5 MMT/yr capacity target by 2030; ₹19,744 cr outlay to 2029-30; ~8,000 t/yr commissioned by Feb 2026; discovered cost ₹387–397/kg; renewables ~50–70% (~₹235/kg) of production cost.
Problematisation
The cost gap the release itself reveals — green hydrogen priced far above grey — frames the demand-creation and cost-competitiveness challenge, the core hurdle the Mission must clear to scale from demonstration to 5 MMT.
Way-forward
Falling solar/wind tariffs, domestic electrolyser manufacturing under SIGHT, refinery and fertiliser off-take mandates, and export-readiness in green ammonia are the levers to close the cost gap and meet 2030.
Position
Government's stated stance: build India into a global hub for production, usage and export of green hydrogen and its derivatives, anchored by public-sector demand.
Deploys into: energy security and import-dependence reduction (GS3.9 infrastructure-energy); indigenisation of new technology and clean-energy transition (GS3.12); and climate-commitment / decarbonisation answers under environment and ecology.
Ministry of New and Renewable Energy · 2026-03-25 · PRID 2245157 · PIB source ↗

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