The recent maiden run of India’s first hydrogen-powered train between Jind and Sonipat, Haryana, marks a pivotal moment, positioning the nation alongside global leaders like Japan, Germany, the United States, and China in deploying this transformative technology. This significant milestone arrives three years after the launch of the ambitious ₹19,744-crore National Green Hydrogen Mission, a strategic initiative designed to cultivate a robust domestic hydrogen ecosystem. The burgeoning landscape, however, faces the formidable task of scaling beyond initial pilot projects, grappling with high production costs, nascent demand, and critical infrastructure gaps that demand urgent attention for the mission to achieve its envisioned impact.
For India, a nation heavily reliant on imported fossil fuels, the imperative for green hydrogen transcends mere environmental stewardship; it is fundamentally an energy security and economic stability strategy. The country’s vulnerability to global energy price volatility was starkly highlighted in the April-June quarter, when the crude oil import bill surged by 61% year-on-year to $49.8 billion, despite lower import volumes. With over 85% of its crude oil needs met by imports, every geopolitical tremor or supply chain disruption translates into substantial economic strain. Furthermore, the rapid expansion of electric vehicles, while promising, risks shifting dependency from fossil fuels to critical minerals and battery supply chains, many of which are dominated by a handful of nations, notably China. Green hydrogen offers a compelling alternative, capable of reducing this dual reliance on both imported fossil fuels and potentially vulnerable mineral supply chains. Its versatility allows for the decarbonization of hard-to-abate sectors such as oil refineries, fertilizer production, steel manufacturing, international shipping, and heavy-duty transport—sectors critical to India’s industrial backbone and economic growth. Consequently, the National Green Hydrogen Mission is not merely a climate action plan aimed at achieving India’s 2070 net-zero target, but a comprehensive national strategy to bolster energy independence and forge a globally competitive clean energy industry.
Three years into its implementation, the ₹19,744-crore National Green Hydrogen Mission has begun to lay the foundational architecture for a burgeoning hydrogen economy, although widespread commercial deployment remains in its infancy. The mission sets an ambitious target of producing 5 million tonnes (MT) of green hydrogen annually by 2030. While initial progress indicates approximately 8,000 tonnes per annum (TPA) had been commissioned by February 2026, the government is actively fostering the ecosystem required for large-scale production and consumption. A cornerstone of this effort is the Strategic Interventions for Green Hydrogen Transition (SIGHT) programme, under which incentives have been allocated for an impressive 862,000 TPA of annual green hydrogen production capacity and 3,000 MW of domestic electrolyser manufacturing capacity. This dual focus on production and local manufacturing is crucial to prevent the substitution of one import dependency (fossil fuels) with another (hydrogen equipment).
To stimulate demand, the government has facilitated long-term green ammonia supply agreements, covering 724,000 TPA across 13 fertilizer plants, signalling a clear pathway for industrial uptake. Concurrently, efforts are underway to establish "hydrogen valleys," develop hydrogen-ready ports, support mobility projects, and fund various industrial pilot schemes. Private sector players, including major conglomerates like JSW Energy and Indian Oil Corporation, have also commenced commissioning their own commercial green hydrogen projects, demonstrating growing industry confidence and commitment. These initial projects, though modest in scale, are vital testbeds for integrating green hydrogen into existing industrial processes and supply chains.
The significance of demonstration projects, such as the hydrogen train, extends far beyond their immediate operational utility. As experts like Professor Aravind Kumar Chandiran from IIT Madras emphasize, these initiatives serve as critical proving grounds for the entire hydrogen value chain. From the efficiency and reliability of green hydrogen production technologies and the development of robust refuelling infrastructure to the performance of fuel cell systems, the establishment of comprehensive safety standards, and the crucial coordination of regulatory frameworks, each pilot project provides invaluable data and experience. Similarly, the development of hydrogen valleys, the retrofitting of ports for hydrogen handling, green ammonia ventures, and diverse industrial pilot programs are meticulously designed to validate technologies, refine business models, and establish a pragmatic regulatory environment ahead of broader, large-scale deployment. These controlled experiments are indispensable for de-risking future investments and building public and industrial confidence.
Despite the strategic vision and initial momentum, India’s nascent hydrogen economy confronts substantial hurdles, with cost being the most prominent. Green hydrogen currently commands a price range of ₹400-560 per kilogram (kg), significantly higher than conventional grey hydrogen, which costs ₹150-225 per kg. This substantial price disparity renders large-scale adoption uneconomical without sustained policy support and technological breakthroughs. A major component of this cost is renewable electricity, accounting for an estimated 60-70% of green hydrogen production expenses. Additional costs stem from electrolyser procurement, storage solutions, transportation infrastructure, and the financing required for capital-intensive projects. Beyond cost, India faces the imperative of rapidly building domestic manufacturing capabilities for electrolysers and other critical hydrogen technologies. Without robust localization efforts, the nation risks merely trading its reliance on imported crude oil for a new dependency on imported hydrogen equipment, undermining the core objective of energy sovereignty. Developing indigenous supply chains and fostering domestic innovation are paramount to achieving global competitiveness in the green hydrogen sector.
Cultivating a robust and consistent demand for green hydrogen is as critical as expanding its supply. The initial market is anticipated to emerge from industries that already utilize hydrogen, primarily oil refineries and fertilizer plants. These sectors, often referred to as "anchor demand," offer a relatively straightforward pathway for transitioning from grey to green hydrogen, as the existing infrastructure and processes can be adapted. The government’s proactive approach, evidenced by the long-term green ammonia supply agreements with fertilizer companies, is a clear strategy to kickstart this transition. Further policy interventions, such as the proposed Green Hydrogen Consumption Obligations, aim to mandate industries to progressively replace their grey hydrogen consumption with greener alternatives, thereby creating a guaranteed market.
Looking ahead, the demand landscape is expected to broaden considerably to include steel manufacturing, maritime shipping, and heavy-duty road transport. These sectors, known for their significant emissions and challenging decarbonization pathways, represent massive potential markets for green hydrogen and its derivatives like green ammonia and methanol. Beyond domestic consumption, exports could unlock an additional revenue stream and solidify India’s position as a global green hydrogen hub. However, industry experts generally concur that long-term success and sustainability hinge on the development of robust domestic demand. The sector’s true commercial viability and ability to achieve economies of scale will only materialize when green hydrogen becomes sufficiently cost-competitive for industries to adopt it without perpetual government subsidies. This necessitates continued research and development, innovative financing mechanisms, and a regulatory environment that fosters technological maturation and cost reduction.
The global race for green hydrogen leadership is intensifying, with nations worldwide investing heavily in research, infrastructure, and production. The European Union, for instance, has set an ambitious target to produce 10 MT of renewable hydrogen domestically and import an additional 10 MT by 2030, backed by substantial funding and regulatory frameworks. Australia, with its vast renewable energy resources, is positioning itself as a major exporter of green hydrogen. India’s strategic pivot towards green hydrogen is therefore not in isolation but part of a global energy transition, where early movers stand to gain significant economic and geopolitical advantages. The potential economic ramifications for India are profound, extending beyond reduced import bills. It encompasses the creation of new high-tech manufacturing industries, skilled job creation across the value chain, and the emergence of India as a net exporter of green energy and associated technologies. This shift could significantly improve the nation’s balance of payments, strengthen its geopolitical standing by enhancing energy independence, and position it as a leader in sustainable industrial development.
While the journey is fraught with challenges—from technological scaling and infrastructure build-out to securing long-term financing and creating sustained demand—the initial steps and strategic framework laid by the National Green Hydrogen Mission indicate a determined trajectory. The successful integration of green hydrogen across India’s industrial and transport sectors would not only propel the country towards its net-zero commitments but also redefine its energy security paradigm and cement its role as a key player in the global clean energy economy. The coming decade will be crucial in determining whether India can successfully navigate these complexities and transform its ambitious green hydrogen vision into a tangible economic and environmental reality.
