India’s Green Hydrogen Roadmap: 2025 to 2030 – Policies, Progress & Possibilities

Introduction: India’s Green Hydrogen Ambition – Why a Roadmap Is Needed Now

Welcome to the third instalment of our Renewable Energy, Clean Technologies & Energy Efficiency in India blog series on hydrogen. As a leading sustainability consulting firm, SORT Consultancy is keenly observing India’s monumental strides in its energy transition. This nation, a rapidly developing economic powerhouse and the world's third-largest energy consumer stands at an unprecedented crossroads in its energy evolution. With a burgeoning population exceeding 1.4 billion, coupled with relentless industrialization, India faces the critical dual imperative of sustainably meeting its escalating energy demand while simultaneously and aggressively tackling the monumental challenge of climate change. The persistent reliance on substantial fossil fuel imports, which cost India a staggering $190 billion in 2024 alone, underscores an urgent and strategic need for diversification and enhanced energy security.

In response to this pressing challenge, the National Green Hydrogen Mission (NGHM), officially launched in 2023 with a monumental ₹19,744 crore (approximately USD 2.4 billion) funding, has firmly positioned Green Hydrogen as a core pillar of India's future energy landscape. This bold and visionary initiative aims to transform India into a global hub for cost-competitive green hydrogen production, its diverse utilization, and its eventual export. Green hydrogen, produced exclusively through the electrolysis of water using renewable electricity from sources like solar and wind, is not merely an energy alternative; it is the indispensable linchpin for India’s ambitious national goals of achieving net-zero emissions by 2070 and securing complete energy independence by 2047. This detailed blog post lays out India's proactive Green Hydrogen Roadmap, meticulously examining the policies, tangible progress, and immense possibilities that will define the nation's accelerated journey from 2025 to 2030 – a pivotal and foundational period for scaling up this transformative and sustainable technology across various sectors. This critical five-year window isn't just about setting aspirational targets; it's profoundly about the actionable steps, innovative policies, and groundbreaking projects that will concretely shape India's green hydrogen trajectory in the near term, ensuring a sustainable and prosperous future.

Vision 2030: What India Wants to Achieve with Green Hydrogen

India's Green Hydrogen Roadmap for 2025-2030 is anchored by clear, ambitious, and measurable targets meticulously outlined by the NGHM. These goals are strategically designed to catapult the nation into a global leadership position in the clean energy domain. By 2030, India aims to:

• Production Capacity: Achieve an annual green hydrogen production capacity of at least 5 Million Metric Tonnes (MMT). This ambitious target (as of early 2025, over 9 MTPA of GH2 project announcements have been made, exceeding the target) sets a robust foundation. While 5 MMT is the initial, firm target, optimistic industry estimates and projected global export market growth could see India's potential reach even 10 MMT annually, establishing it as a global supply powerhouse.

• Renewable Energy Addition: Integrate approximately 125 GW of associated renewable energy capacity (primarily utility-scale solar and onshore/offshore wind farms) specifically dedicated to fueling green hydrogen production. This ensures the carbon neutrality of the hydrogen produced.

• Investment Attraction: Mobilize cumulative investments exceeding a staggering ₹8 lakh crore (over USD 90 billion) across the entire green hydrogen value chain, from renewable energy generation to electrolyzer manufacturing, hydrogen production, storage, and distribution infrastructure.

• Job Creation: Generate over 6 lakh (600,000) direct and indirect jobs across diverse sectors, fostering a highly skilled and specialized workforce for the burgeoning hydrogen economy. This includes roles in R&D, manufacturing, project development, operations, and maintenance.

• Emissions Abatement: Contribute significantly to global climate goals by abating nearly 50 MMT of annual greenhouse gas emissions, demonstrating India's commitment to mitigating climate change impacts.

• Import Reduction: Realize a cumulative reduction in fossil fuel imports exceeding ₹1 lakh crore, bolstering India's energy security, reducing its trade deficit, and saving valuable foreign exchange.

• Domestic Demand Creation: Ensure robust and sustained domestic demand for green hydrogen through strategic uptake and mandated consumption in key hard-to-abate sectors like oil refining, fertilizer production, steel manufacturing, and heavy-duty mobility.

• Export Ambition: Solidify India's position as a low-cost, high-volume producer and reliable exporter of green hydrogen and its derivatives (such as green ammonia) to international markets, including Europe, Japan, and South Korea, leveraging its competitive renewable energy costs.

The NGHM's phased approach, which commenced with Phase I (2022-23 to 2025-26), has initially focused on creating early demand through pilot projects, fostering indigenous R&D, and rapidly ramping up domestic electrolyzer manufacturing capacity. This initial deployment is strategically targeted at existing hydrogen-consuming sectors, allowing for a smoother transition.

Policy Framework (2023–2025 Foundation Period): Enabling the Ecosystem

The NGHM provides a meticulously crafted and robust policy scaffolding for India's ambitious green hydrogen journey. Its comprehensive framework is strategically designed to derisk initial investments, incentivize domestic production, and foster a truly conducive business environment for the rapid scaling of green hydrogen technologies.

• Strategic Interventions for Green Hydrogen Transition (SIGHT) Program: This flagship program, with a substantial ₹17,490 crore earmarked from the NGHM's total outlay, is the financial backbone of the mission.

  • • Incentivizing Manufacturing: A significant portion of the NGHM's funding, including a ₹4,000 crore allocation specifically for electrolyzer manufacturing, is dedicated to providing financial incentives. This aims to reduce reliance on imported components and foster indigenous technology. Leading Indian companies like Reliance Industries, L&T, BHEL, Ohmium, and Advait Infratech are already making impressive strides in developing substantial domestic manufacturing capacity, with SECI having already awarded 3,000 MW of electrolyzer manufacturing capacity under this scheme.

    • Production Incentives: Mechanisms are firmly in place to support the cost-competitive production of green hydrogen. The NGHM aims to bring down production costs to an aggressive target of approximately $2/kg (or €1.37/kg) by 2030, making green hydrogen economically competitive with fossil fuel-derived hydrogen. Initial incentives for green hydrogen producers will be distributed over three years, with limits set at ₹50 per kg in the first year, ₹40 per kg in the second, and ₹30 per kg in the third year, providing crucial initial support.

• Regulatory Support and Easing Business:

  • • Exemption from Environmental Clearance: In a progressive and industry-friendly move, the Ministry of Environment, Forest, and Climate Change has formally exempted green hydrogen and green ammonia plants from mandatory environmental clearance under the EIA Notification 2006, significantly streamlining project approvals and reducing time-to-market.

    • Inter-state Transmission System (ISTS) Charge Waiver: A crucial 25-year waiver on ISTS charges has been granted for renewable energy projects specifically linked to green hydrogen production. This applies to projects commissioned before December 31, 2030, and substantially reduces the cost of renewable power as an input for electrolysis.

    • Green Energy Open Access Rules, 2022: These rules actively facilitate easier and more flexible access to dedicated renewable energy supply for green hydrogen producers, bypassing some of the complexities of conventional grid procurement.

    • Business-Friendly Ecosystem: The government is proactively promoting simplified administrative procedures, offering favorable taxation policies (e.g., discussions around concessional tax rates and additional depreciation for new manufacturing units involved in green hydrogen production), supporting Special Economic Zone (SEZ) development for hydrogen projects, and implementing single-window clearance systems to attract and expedite both domestic and foreign investments.

    • Development of Standards and Regulations: Recognizing the nascent stage of the industry, the Bureau of Indian Standards (BIS) and other relevant regulatory bodies are proactively developing robust frameworks for the safety, quality, and interoperability of hydrogen, with 88 standards already published to ensure reliable and safe deployment across the value chain. India has also recently introduced a Green Hydrogen Certification Scheme to ensure authenticity and mitigate greenwashing.

• State-Level Policies: States like Gujarat, Rajasthan, Tamil Nadu, and Maharashtra are actively developing and implementing their own progressive green hydrogen policies, offering additional incentives, facilitating land acquisition, and creating regional hubs for growth. Maharashtra, for instance, aims to establish a minimum of 500 kilotons per annum of green hydrogen production capacity by 2030 and has signed 7 MoUs worth ₹2,76,300 crore for green hydrogen projects.

2025–2027: Scaling Up Production & Infrastructure

This period marks the critical transition from conceptual frameworks and initial tenders to tangible ground-level execution, focusing on the initial large-scale commissioning of projects and laying down foundational infrastructure for the burgeoning hydrogen economy.

• Commissioning of Pilot Projects: The emphasis will be on the successful commissioning of numerous pilot projects that were launched or announced in the foundational phase. This includes:

  • • Refineries: Initial green hydrogen blending trials (e.g., IOCL’s 10 ktpa green hydrogen plant at Panipat, BPCL's joint venture with Sembcorp), targeting a reduction of 6.3 MMT in emissions by 2035 by replacing 15% of refinery hydrogen with green hydrogen.

    • Fertilizers (Ammonia): First batches of green ammonia production replacing grey hydrogen in existing fertilizer plants (e.g., ONGC Green’s announced 2 mtpa green ammonia facility in Gujarat, aiming for 45 MMT annual emissions reduction).

    • Heavy-Duty Mobility/Transport: Launch of hydrogen-powered truck trials (e.g., the first fleet of 3 trucks flagged off in March 2025 on the Faridabad-Delhi NCR, Ahmedabad-Surat-Vadodara routes). The "Hydrogen for Heritage" scheme for railways, with ₹28 billion allocated for 35 fuel-cell train sets, also anticipates its first trials, such as the one in Haryana by Integral Coach Factory in March 2025. Development of initial hydrogen refueling stations (e.g., IOCL stations in Faridabad, Vadodara, Pune, Balasore) is also crucial.

    • Steel: Pilot projects focusing on Direct Reduced Iron (DRI) processes, such as JSW Steel's 25 MW electrolyzer project aiming for 4 mtpa green steel by 2030, and Tata Steel's ongoing exploration in Odisha.

• Development of Green Hydrogen Clusters & Hubs: Strategic locations, particularly major port cities and existing industrial zones with access to abundant renewable energy potential, will be actively developed into dedicated green hydrogen clusters and hubs. Major ports like Kandla, Paradip, and V.O. Chidambaranar (Tuticorin) are specifically earmarked for such development, leveraging their logistical advantages for both domestic supply and international export. The NGHM has allocated ₹400 crore for hydrogen hubs and other pilot projects until FY 2025-26, with calls for proposals to establish at least two hubs.

• Electrolyzer Manufacturing Ramp-up: India's share of global announced electrolyzer capacity was 0.8 GW in 2023, with projections reaching 12.7 GW by 2030. The ambitious target is to establish 60-100 GW of electrolyzer capacity by 2030 to meet the ambitious 5 MMT green hydrogen production goal. This period will see significant investment in gigafactories and regional manufacturing hubs. Companies like Ohmium are already operating GW-scale PEM electrolyzer factories in Karnataka, while strategic partnerships like Thermax with Ceres, L&T with McPhy, and Ohmium with NTPC are pivotal for this expansion. Addressing the potential supply-demand gap in electrolyzer manufacturing remains a key focus.

• Investments in Water-Efficient Technologies: Recognizing the criticality of water resources in a water-stressed nation, a significant focus will be on investments in advanced water-efficient electrolysis technologies, including those utilizing seawater desalination or treated wastewater, particularly in water-stressed regions.

2027–2030: Market Maturity and Export Pathway

As initial projects mature and foundational infrastructure solidifies, the latter half of the roadmap shifts decisively towards achieving full commercial scale, establishing robust market mechanisms, and firmly cementing India's presence in the global green hydrogen trade.

• Transition to Commercial-Scale Operations: Successful pilot projects will transition into full-fledged commercial-scale operations, driving down costs through economies of scale and operational efficiencies. This includes large-scale green steel production, widespread green ammonia synthesis for both domestic use and export, and the increasing adoption of hydrogen fuel cells and hydrogen internal combustion engines (H2ICE) in heavy mobility.

• Hydrogen Pipelines, Storage, and Port Infrastructure Development: Investment will rapidly accelerate in dedicated hydrogen pipelines to efficiently transport green hydrogen from large-scale production hubs to major demand centers. Large-scale storage solutions (e.g., salt caverns, underground facilities, high-pressure composite tanks) will be vigorously explored and developed. Crucially, port infrastructure will be significantly upgraded to handle large volumes of green ammonia and other hydrogen derivatives for international export. While existing natural gas pipelines can be retrofitted for hydrogen blending, dedicated hydrogen pipelines will be explored for high-purity, large-volume transport. RINA Consulting has validated that domestically manufactured steel pipes meet international standards for hydrogen transport, a critical enabler.

• Export Partnerships and Global Positioning: India will actively pursue and solidify comprehensive export partnerships, particularly with energy-hungry markets in the Middle East, Europe, Japan, and South Korea. Platforms like H2Global and the EU’s REPowerEU plan present significant opportunities for India to become a major supplier. Green ammonia, due to its easier storage and transport compared to gaseous hydrogen, will likely serve as the primary hydrogen export vector. India's inherent advantages in low-cost renewable energy, extensive coastline, and fast permitting processes position it strongly.

• Blending Quotas and Offtake Agreements: The government is expected to introduce and rigorously enforce mandatory blending quotas for green hydrogen into existing industrial hydrogen streams (e.g., for refineries) and piped natural gas supplies. Simultaneously, strategic efforts will focus on securing long-term offtake agreements, both domestically and internationally, to provide financial certainty for large-scale projects and attract further private investment.

Strategic Enablers: Pillars of Sustained Growth

Beyond meticulously planned policies and ambitious projects, several overarching strategic enablers are crucial for the long-term success and sustainability of India's green hydrogen roadmap.

• Aggressive R&D and Innovation for Cost Reduction: Continued, aggressive investment in Research & Development (R&D) is paramount to further reduce the Levelized Cost of Hydrogen (LCOH). The long-term target is to bring down costs to an ambitious $1/kg. The IIT Delhi’s ₹500 crore R&D grant (as announced in 2025) exemplifies this commitment, focusing on advanced electrolyzer technologies (including Alkaline, PEM, and AEM), efficient storage solutions, and novel applications. The Public-Private Partnership (PPP) model, exemplified by initiatives like the Strategic Hydrogen Innovation Partnership (SHIP), will be crucial for fostering innovation.

• Strengthening International Collaborations: Leveraging global expertise, facilitating technology transfer, and fostering joint research through collaborations with international bodies like the International Solar Alliance (ISA), IRENA, and countries like Japan and Germany (e.g., through the ongoing EU-India Cooperation on Waste to Renewable Hydrogen Innovation) will significantly accelerate India's progress in the global hydrogen race.

• Comprehensive Skill Development and Training: Developing a highly skilled workforce for the emerging green hydrogen economy is critical. Comprehensive vocational training programs, specialized engineering curricula, and industry-led upskilling initiatives will be vital to meet the estimated 6 lakh job demand. The IET's new Centre of Excellence for green hydrogen and EV technologies is a step in this direction.

• Robust Standards and Certifications: Establishing robust, internationally harmonized standards and clear certification mechanisms for green hydrogen purity, safety protocols, and carbon intensity (e.g., the recently launched Green Hydrogen Certification Scheme) is essential for both domestic market trust and successful participation in global hydrogen trade.

• Digitalization and AI Integration: Utilizing digital technologies, AI, and IoT for optimizing renewable energy integration, electrolyzer operations, supply chain management, and predictive maintenance will enhance efficiency and reduce costs across the green hydrogen value chain.

Challenges Ahead: Navigating the Path to Green Hydrogen Leadership

While the roadmap is robust and ambitious, several significant challenges need proactive and strategic management to ensure seamless execution:

• Cost Competitiveness: The current higher production cost of green hydrogen (around $4-6/kg) compared to fossil fuel-derived grey hydrogen remains the most critical hurdle. Despite incentives like the SIGHT program, the cost gap persists. Efforts must focus on further reducing electrolyzer CAPEX, optimizing renewable energy tariffs (which can still be ₹5-₹5.5 per unit for large projects), and enhancing plant efficiency.

• Water Availability and Sustainable Sourcing: Electrolysis requires significant amounts of water. Addressing potential water scarcity, especially in arid regions chosen for high solar generation, through efficient water management, desalination, or the use of treated wastewater, is crucial. The techno-economic viability of such sustainable water sourcing solutions needs careful assessment and integration into project planning.

• Coordination and Regulatory Alignment: Seamless coordination and aligned incentives across central government ministries, state governments, and diverse private industry stakeholders are vital for efficient project execution, streamlined approvals, and consistent policy implementation. Differences in state-level policies can create complexities.

• Infrastructure Gaps and Safety: The current nascent stage of dedicated hydrogen infrastructure (pipelines, large-scale storage facilities, widespread refueling networks for mobility) presents significant challenges. Decisions on retrofitting existing natural gas pipelines versus building entirely new, hydrogen-specific networks require careful analysis, considering hydrogen's unique properties like high diffusivity and potential for material embrittlement. Developing and strictly enforcing robust safety protocols for hydrogen handling, storage, and transport is paramount.

• Demand Generation Uncertainty: While government mandates are planned, securing long-term, binding offtake agreements, especially from new and emerging applications, remains crucial. As an IESA report from July 2025 highlighted, despite numerous project announcements, few in India have secured Final Investment Decisions (FID) or long-term offtake agreements.

• Financing Gap: While public funds are significant, attracting the estimated ₹8 lakh crore private investment requires robust financial mechanisms. Only about 5% of Indian green hydrogen projects had secured financing as of April 2025, a stark contrast to over 60% in the US and EU. Scaling the use of concessional capital, guarantees, and Viability Gap Funding (VGF) is essential.

Private Sector Role and Key Players: Driving the Transformation

The private sector is unequivocally the engine of India’s green hydrogen revolution, driving innovation, mobilizing massive investments, and leading project execution on the ground.

• Domestic Giants: Major Indian conglomerates like Reliance Industries, NTPC Green Energy Ltd., Indian Oil Corporation Ltd. (IOCL), Adani Group, ACME Group, and Greenko are at the forefront. They are committing billions in investments towards developing large-scale integrated green hydrogen and green ammonia projects across the country, often with ambitious plans for gigafactories for electrolyzer and component manufacturing.

• Global Investments: International players, including TotalEnergies, Fortescue Future Industries, BP, and various European and Middle Eastern funds, are actively exploring and investing in India’s green hydrogen potential. They recognize the nation's competitive advantage in low-cost renewable energy and its strategic location for global supply chains.

• Role of Startups and Innovators: A vibrant ecosystem of agile startups is emerging, focusing on niche but critical areas such as advanced electrolyzer materials, efficient hydrogen transport and dispensing solutions, innovative hydrogen storage technologies, and the application of AI & IoT for optimizing hydrogen production and supply chain management. These smaller players are crucial for driving technological breakthroughs and fostering a culture of innovation.

Recommendations & Strategic Priorities: Accelerating the Roadmap

To ensure the roadmap's success, overcome anticipated hurdles, and truly unleash India's green hydrogen potential, specific strategic priorities and immediate recommendations are crucial:

• Implement Green Hydrogen Purchase Obligations (GHPOs): Expedite the implementation of clear, sector-specific mandatory GHPOs for high-emitting industries (e.g., refineries, fertilizers, steel). This will create an assured domestic demand, provide crucial investment certainty for producers, and accelerate market uptake.

• Streamline Land and Water Approvals: Further simplify and expedite the land acquisition process and ensure efficient water allocation for green hydrogen projects. Dedicated "Green Zones" with pre-approved environmental clearances could significantly fast-track development.

• Financial Mechanisms to Bridge the Cost Gap: Introduce and scale up mechanisms like carbon pricing, tradable green hydrogen certificates, or targeted production-linked incentives (beyond SIGHT) to bridge the cost gap between green and grey hydrogen. This will make green hydrogen more economically attractive and competitive for end-users.

• Clear Regulatory Pathway for Grid Integration and Pricing: Establish transparent, predictable, and long-term regulatory frameworks for integrating renewable energy with electrolyzers, including flexible open access rules and fair wheeling/transmission charges. Clear guidelines for the pricing of green hydrogen and its derivatives will provide certainty for investors and offtakers.

• Incentivize Demand-Side Innovation: Beyond mandates, support R&D and pilot projects for new applications in challenging sectors like aviation, heavy-duty mining equipment, and long-haul shipping to diversify and expand hydrogen demand.

• Strengthen Localized Supply Chains: Focus on building a robust and resilient domestic supply chain for critical electrolyzer components, balance-of-plant (BOP) equipment, and hydrogen storage solutions to reduce import dependency and strengthen indigenous manufacturing capabilities.

• Human Capital Development: Invest aggressively in establishing specialized academic programs, vocational training centers, and industry certifications to develop the required engineering, technical, and operational talent for the hydrogen economy.

Conclusion: India’s Role in the Global Hydrogen Economy – A Path to Leadership

India’s Green Hydrogen Roadmap for 2025-2030 is not merely an ambitious plan; it is a meticulously crafted, dynamic blueprint for national transformation and global leadership in sustainable energy. By strategically leveraging its abundant renewable energy resources, robust policy support through the NGHM, and the formidable entrepreneurial spirit of its private sector, India is poised to orchestrate a monumental shift: transitioning from being a significant energy importer to emerging as a formidable clean energy exporter.

This ambitious journey will not only contribute immensely to global decarbonization efforts, with a potential to avert 50 MMT of CO₂ annually, but also unlock substantial socio-economic prosperity. The burgeoning green hydrogen sector is expected to generate over 6 lakh direct and indirect jobs by 2030, fostering entirely new industries, specialized skills, and resilient domestic supply chains. As highlighted by recent analyses from bodies like Bain & Company and IESA, while supply-side momentum is strong, a continued focus on robust demand-side strategies, coupled with bridging financing gaps, will be paramount for widespread adoption.

As of July 8, 2025, the momentum for green hydrogen in India is palpable. With the NGHM providing the overarching framework, large-scale industrial projects steadily taking shape (including the 3,000 MW electrolyzer manufacturing and 4,12,000 tonnes per annum green hydrogen production capacity already allocated under NGHM), and a clear vision for aggressive cost reduction and infrastructure development, green hydrogen is undeniably set to become the strategic backbone of India's net-zero, energy-secure, and truly self-reliant future. India is not just following the global hydrogen trend; it is actively shaping it, establishing itself as a beacon of sustainable development and innovation for the world. This is the future, and India is leading the charge.

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