Green Hydrogen Company Registration in India: MNRE Subsidies and PLI 2026

India committed ₹19,744 crore to the National Green Hydrogen Mission (NGHM) in January 2023, targeting 5 million metric tonnes (MMT) of annual green hydrogen production by 2030. This single policy decision positioned India alongside the EU, the US, and Australia in the global green hydrogen race. MNRE's SIGHT programme channels ₹17,490 crore directly into electrolyser manufacturing and hydrogen production incentives. Reliance Industries, Adani New Industries, NTPC, Indian Oil, GAIL, and L&T have collectively committed over ₹4 lakh crore in green hydrogen investments. SECI has already conducted multiple rounds of competitive bidding for green hydrogen procurement. The Green Hydrogen Purchase Obligation mandates that petroleum refineries and fertiliser plants consume specified percentages of green hydrogen starting FY2025-26. For entrepreneurs, manufacturers, and renewable energy companies looking to enter this sector, the regulatory framework, incentive structure, and registration pathway are now fully operational. This guide covers every scheme, registration step, compliance requirement, and business structure decision you need to make in 2026.

What Is Green Hydrogen and Why Does India Need It?

Green hydrogen is produced by splitting water into hydrogen and oxygen using an electrolyser powered entirely by renewable energy sources such as solar, wind, or hybrid renewable systems. The process produces zero carbon emissions, distinguishing it from grey hydrogen (produced from natural gas via steam methane reforming, emitting 9-12 kg CO2 per kg of hydrogen) and blue hydrogen (grey hydrogen with carbon capture).

India currently produces approximately 6 MMT of hydrogen annually, almost entirely grey hydrogen consumed by petroleum refineries and fertiliser plants. This grey hydrogen production accounts for over 3.5% of India's total CO2 emissions. Replacing even a fraction of this with green hydrogen directly reduces the country's carbon footprint while building energy independence.

Three strategic imperatives drive India's green hydrogen push:

• Energy security: India imports over 85% of its crude oil and 50% of its natural gas. Green hydrogen produced from domestic renewable energy reduces fossil fuel import dependence, saving foreign exchange estimated at ₹1 lakh crore annually by 2030.
• Climate commitments: India's updated Nationally Determined Contributions (NDC) under the Paris Agreement target net-zero emissions by 2070 and 50% non-fossil electricity capacity by 2030. Green hydrogen is essential for decarbonising hard-to-abate sectors like steel, cement, and heavy transport.
• Export opportunity: India's renewable energy cost advantage (solar at ₹2 to ₹2.5 per kWh) translates into globally competitive green hydrogen production costs. The country can become a major exporter of green hydrogen and derivatives like green ammonia and green methanol to Europe, Japan, and South Korea.

National Green Hydrogen Mission: Structure, Budget, and Targets

The National Green Hydrogen Mission was approved by the Union Cabinet on 4 January 2023, with MNRE as the nodal ministry. The mission targets transforming India into a global hub for production, usage, and export of green hydrogen and its derivatives.

The mission operates through multiple sub-programmes: the SIGHT programme for manufacturing and production incentives, pilot projects in steel, mobility, shipping, and decentralised energy, green hydrogen hubs, R&D funding, and skill development initiatives. MNRE coordinates with the Ministry of Petroleum, Ministry of Chemicals, Ministry of Heavy Industries, and NITI Aayog to ensure cross-sectoral alignment.

SIGHT Programme: Electrolyser PLI and Production Incentives

The Strategic Interventions for Green Hydrogen Transition (SIGHT) programme is the financial backbone of the National Green Hydrogen Mission, with a combined allocation of ₹17,490 crore. It operates through two distinct components targeting the supply side (electrolyser manufacturing) and the demand side (hydrogen production).

Component I: Electrolyser Manufacturing Incentive (₹4,440 Crore)

This component provides production-linked incentives to domestic electrolyser manufacturers to build 15 GW of manufacturing capacity by 2030. The incentive structure rewards actual production volume, not just capacity creation.

• Eligible technologies: Alkaline Water Electrolysis (AWE), Proton Exchange Membrane (PEM), Anion Exchange Membrane (AEM), and Solid Oxide Electrolysis (SOEC)
• Incentive mechanism: Performance-based incentive linked to actual electrolyser production and deployment, disbursed over 5 years
• Minimum domestic value addition: Electrolysers must meet specified domestic content requirements, increasing progressively to build a domestic supply chain
• Selection process: Competitive bidding conducted by SECI, with selection based on incentive sought per MW of manufacturing capacity

SECI has issued tenders for electrolyser manufacturing under SIGHT Component I. Selected manufacturers receive incentives linked to actual production and deployment milestones. The programme aims to reduce India's dependence on imported electrolysers from China, Europe, and the US, where units currently cost ₹4 to ₹8 crore per MW.

Component II: Green Hydrogen Production Incentive (₹13,050 Crore)

This component provides demand-side incentives to green hydrogen and green ammonia producers to bridge the cost gap with grey hydrogen during the initial scale-up phase.

• Green hydrogen incentive: ₹50 per kg in Year 1, declining to approximately ₹40 per kg in Years 2-3 (exact trajectory linked to bid outcomes)
• Green ammonia incentive: ₹26 per kg initially, reflecting the lower per-unit value of ammonia compared to pure hydrogen
• Duration: Incentives are available for 3 years from the date of commissioning
• Disbursement: Through SECI based on actual verified production and offtake

Green Hydrogen Purchase Obligation: Guaranteed Demand

The Ministry of Power notified the Green Hydrogen Purchase Obligation (GHPO) requiring specified industrial consumers to use a minimum percentage of green hydrogen in their operations. This creates a guaranteed domestic demand floor for green hydrogen producers.

India has 23 petroleum refineries with combined capacity of over 254 MMT and over 35 fertiliser plants. Even at 2% obligation by FY2029-30, petroleum refineries alone create demand for approximately 0.34 MMT of green hydrogen annually. The government may extend GHPO to steel, cement, and city gas distribution networks in subsequent phases, further expanding the guaranteed demand base. For green hydrogen producers, GHPO provides revenue visibility that supports project financing and investor confidence.

Choosing the Right Business Structure for a Green Hydrogen Venture

Your business structure directly determines eligibility for government incentives, ability to raise capital, and participation in SECI tenders. Here is how different structures compare for green hydrogen operations:

For the vast majority of green hydrogen ventures, a Private Limited Company is the correct choice. SECI tenders require entities with corporate structure and demonstrable financial capability. SIGHT scheme applications require Indian-registered companies. Venture capital funds, green bonds, and development finance institutions all require equity issuance capability. 100% FDI under the automatic route is available to companies, which is critical for technology partnerships with global electrolyser manufacturers like Plug Power, Nel Hydrogen, ITM Power, and Siemens Energy.

Step-by-Step Registration Process for a Green Hydrogen Company

Setting up a green hydrogen company involves entity incorporation followed by sector-specific registrations and scheme applications. Here is the complete registration roadmap:

Phase 1: Company Incorporation (7 to 15 Working Days)

1. Obtain Digital Signature Certificates (DSC): All proposed directors need Class 3 DSCs for electronic filing on the MCA portal. Processing takes 1 to 2 working days.
2. Apply for Director Identification Number (DIN): Each director requires a unique DIN, obtained through the SPICe+ form during incorporation.
3. Reserve company name: Apply via the RUN (Reserve Unique Name) service on the MCA portal. The name should reflect your green hydrogen or renewable energy activity. Approval takes 1 to 3 working days.
4. File SPICe+ form: The integrated incorporation form covers MOA, AOA, PAN, TAN, GST, EPFO, and ESIC registration. Select appropriate NIC codes: NIC 35106 (production of electricity from hydrogen), NIC 20111 (manufacture of industrial gases including hydrogen), or NIC 27101 (manufacture of electric motors, generators, and electrolysers).
5. Receive Certificate of Incorporation: MCA issues the CoI with PAN and TAN. This is the foundational document for all subsequent registrations and scheme applications.

Phase 2: Post-Incorporation Registrations (15 to 30 Working Days)

1. Open a current account: Required for all business transactions and government incentive disbursements from SECI
2. GST registration: Mandatory for manufacturing and supply of hydrogen, electrolysers, and green ammonia. Apply for GST registration within 30 days of starting operations.
3. DPIIT Startup India recognition: If your entity qualifies (under 10 years old, turnover below ₹100 crore), register under Startup India for tax holidays, self-certification, and Fund of Funds access.
4. MSME/Udyam registration: Free registration at udyam.gov.in if investment and turnover fall within MSME limits. Strengthens SIGHT scheme applications and provides priority sector lending access. Register as an MSME.
5. Import-Export Code (IEC): Essential for importing electrolyser components, membrane electrode assemblies, catalysts, and for exporting green ammonia or green methanol.

Phase 3: Sector-Specific Approvals (30 to 180 Working Days)

1. SECI scheme application or tender participation: Register on the SECI portal and participate in SIGHT programme tenders for production incentives or electrolyser manufacturing incentives.
2. PESO licence: The Petroleum and Explosives Safety Organisation (PESO) licence is mandatory for hydrogen storage, handling, and transportation. This is the most critical sector-specific approval.
3. Environmental clearance: For manufacturing facilities above specified capacity thresholds, obtain EIA clearance from MoEFCC and consent to establish from the State Pollution Control Board.
4. Electrical inspector approval: Electrolysers operate at high voltages and currents; state electrical inspectorate approval is required for installation and commissioning.
5. Factory licence: Under the Factories Act, 1948, any premises with 10 or more workers using power requires a factory licence from the state labour department.
6. Fire safety NOC: Hydrogen is highly flammable (LEL 4%, UEL 75%); fire department approval with hydrogen-specific safety measures is mandatory.

Electrolyser Manufacturing: India's Supply Chain Opportunity

Electrolysers are the core technology in green hydrogen production. An electrolyser uses electricity to split water (H2O) into hydrogen (H2) and oxygen (O2). The four primary electrolyser technologies present different opportunities for Indian manufacturers:

• Alkaline Water Electrolysis (AWE): The most mature and cost-effective technology at ₹4 to ₹5 crore per MW. Uses potassium hydroxide (KOH) electrolyte. Lower efficiency (60-70%) but proven at scale. Best suited for large, steady-state hydrogen production. L&T, BHEL, and Thermax are developing AWE systems in India.
• Proton Exchange Membrane (PEM): Higher efficiency (70-80%) with faster response time, making it suitable for coupling with variable renewable energy. Costs ₹6 to ₹8 crore per MW. Requires platinum group metal catalysts. Ohmium (Bengaluru-headquartered) is manufacturing PEM electrolysers in India.
• Anion Exchange Membrane (AEM): Combines AWE's low-cost materials with PEM's compact design. Still in early commercial stage globally. Offers potential for significant cost reduction as the technology matures.
• Solid Oxide Electrolysis (SOEC): Highest efficiency (85-90%) when operated with waste heat from industrial processes. Operates at 700-850 degrees Celsius. Best suited for industrial clusters with available waste heat.

India's electrolyser manufacturing ecosystem is rapidly developing. L&T commissioned a 1 GW electrolyser manufacturing facility. Ohmium International operates a PEM electrolyser gigafactory in Bengaluru. BHEL is developing alkaline electrolysers under technology transfer. Adani New Industries partnered with integrated energy companies for electrolyser supply chain. The SIGHT Component I incentive of ₹4,440 crore is designed to make Indian electrolysers globally cost-competitive by 2028.

Green Hydrogen Hubs and Industrial Clusters

MNRE's green hydrogen hub strategy concentrates production capacity at locations with three advantages: abundant renewable energy, industrial demand, and export port access. Hub-based development reduces infrastructure costs by sharing renewable energy networks, water treatment plants, hydrogen storage, and pipeline distribution.

• Kandla and Mundra (Gujarat): Gujarat's coast offers over 300 sunny days per year, existing refinery and fertiliser plant demand, and India's largest port cluster. Adani's green hydrogen production plans are centred in this region. The state's dedicated hydrogen policy offers additional land, power, and tax incentives.
• Visakhapatnam (Andhra Pradesh): Home to HPCL refinery, multiple fertiliser plants, and a deep-water port. Andhra Pradesh's solar and wind resources support competitive renewable energy costs. The state government has signed MOUs for green hydrogen projects.
• Paradip (Odisha): India's largest port by cargo volume with adjacent IOCL refinery (15 MMTPA capacity). Odisha offers competitive land costs and industrial infrastructure. IOCL has announced a green hydrogen plant at the Paradip refinery.
• Tuticorin (Tamil Nadu): Strong wind energy resource, existing port infrastructure, and proximity to fertiliser and chemical industries. Tamil Nadu's renewable energy capacity exceeds 20 GW, supporting low-cost hydrogen production.
• Rajasthan (Inland Hub): India's highest solar irradiance levels make Rajasthan ideal for solar-powered electrolysis. Rajasthan Green Hydrogen Policy 2025 offers land at ₹1 per acre for green hydrogen projects with water allocation guarantees from the Indira Gandhi Canal.

Locating your green hydrogen venture within or near these hubs provides advantages in infrastructure access, offtake agreements, and potential clustering benefits under MNRE's hub development programme.

Green Ammonia and Derivative Exports: The Revenue Model

Pure hydrogen is difficult to transport over long distances due to its low volumetric energy density and the need for compression (700 bar) or liquefaction (-253 degrees Celsius). Converting green hydrogen into green ammonia (NH3) solves the logistics challenge.

Green ammonia offers multiple revenue streams for Indian producers:

• Fertiliser feedstock: India is the world's second-largest consumer of urea (35 MMT annually). Green ammonia directly replaces grey ammonia in urea production, helping fertiliser companies meet GHPO targets.
• Export to Europe and Japan: The EU's Carbon Border Adjustment Mechanism (CBAM) imposes carbon tariffs on imports produced with fossil fuels. European fertiliser and chemical companies are actively seeking green ammonia supply. Japan and South Korea have published green ammonia import roadmaps targeting 3 MMT and 1.2 MMT respectively by 2030.
• Shipping fuel: The International Maritime Organisation (IMO) targets 50% GHG reduction by 2050. Ammonia is emerging as a leading zero-emission shipping fuel, with engine manufacturers like MAN Energy Solutions and Wartsila developing ammonia-ready engines.
• Power generation: Ammonia can be co-fired in coal power plants or used in dedicated ammonia turbines, providing dispatchable renewable energy.

India's cost advantage is significant. Green ammonia production costs in India are estimated at USD 600 to USD 800 per tonne, compared to USD 900 to USD 1,200 in Europe. The SIGHT production incentive further improves competitiveness during the scale-up phase. Acme Group signed a long-term green ammonia supply agreement with Japan and is developing a 1.2 MMT facility in Rajasthan. Multiple Indian producers are targeting European buyers under long-term offtake contracts.

Tax Benefits and Financial Incentives Beyond SIGHT

Green hydrogen companies can stack multiple tax and financial benefits beyond the SIGHT programme:

Direct Tax Benefits

• Section 115BAB (Concessional Tax Rate): New manufacturing companies incorporated after 1 October 2019 and commencing production before 31 March 2024 (extended timeline applicable) can opt for a 15% corporate tax rate (effective rate 17.16% including surcharge and cess). This applies to electrolyser manufacturing units and hydrogen production facilities.
• Section 80-IAC (Startup Tax Holiday): DPIIT-recognised startups can claim a tax holiday for 3 consecutive years out of the first 10 years from incorporation. Annual turnover must be below ₹100 crore.
• Accelerated Depreciation: Renewable energy equipment, including solar panels, wind turbines, and electrolysers used for green hydrogen production, qualifies for accelerated depreciation of 40% under the Income Tax Act. This significantly reduces taxable income in the initial years of operation.

Indirect Tax Benefits

• Customs duty exemptions: The government has exempted or reduced customs duties on components used in green hydrogen and electrolyser manufacturing, including specific electrolyser parts, catalyst materials, and membrane components. Import duties on renewable energy equipment remain concessional.
• GST concessions: Solar panels attract 12% GST (reduced from 18%). Wind turbine components attract 12% GST. The GST Council is considering concessional rates for electrolysers and green hydrogen production equipment.

Financial Incentives

• Priority sector lending: RBI classifies renewable energy as priority sector lending, enabling green hydrogen companies to access bank credit at competitive rates with easier collateral requirements.
• Green bonds: Indian companies can raise capital through green bonds listed on BSE and NSE. SEBI's green bond framework specifically covers renewable energy and clean hydrogen projects. IREDA and PFC have issued green bonds specifically for renewable energy projects.
• Carbon credit revenue: Under the Indian Carbon Market framework, green hydrogen producers can earn carbon credits for displacing grey hydrogen. Each kg of green hydrogen displaces approximately 10 kg of CO2, generating tradeable credits.
• Viability gap funding: For projects in emerging green hydrogen applications (mobility, steel, shipping), the government may provide viability gap funding through MNRE's pilot project programme.

State-Level Green Hydrogen Policies and Incentives

Several Indian states have launched dedicated green hydrogen policies that stack on top of central NGHM incentives:

• Rajasthan: The most comprehensive state hydrogen policy, offering land at ₹1 per acre for green hydrogen projects, water allocation from the Indira Gandhi Canal at industrial rates, power banking facility for renewable energy, stamp duty exemption, and electricity duty waiver for 10 years. Targeting 2 MMT of green hydrogen production by 2030.
• Gujarat: Offers subsidised land in Dholera SIR and coastal industrial zones, power tariff concessions, stamp duty exemption, capital subsidy of 12% (up to ₹40 crore), and port infrastructure support for green ammonia export. Hosts the largest concentration of announced green hydrogen projects.
• Andhra Pradesh: Green hydrogen policy offers capital subsidy, land at concessional rates, power wheeling charges exemption, water supply guarantee, and single-window clearance. Visakhapatnam positioned as the state's primary hydrogen hub.
• Tamil Nadu: Leveraging existing wind energy infrastructure (over 10 GW installed) for green hydrogen. Offers industrial land at SIPCOT rates, electricity duty exemption, and streamlined environmental clearances for hydrogen projects.
• Karnataka: Focuses on electrolyser manufacturing and R&D in the Bengaluru technology cluster. Offers investment subsidies under the New Industrial Policy, skill development support, and integration with existing EV and renewable energy ecosystems.

Compliance and Ongoing Requirements for Green Hydrogen Companies

Operating a green hydrogen company involves compliance across corporate law, tax regulations, safety standards, and scheme-specific reporting:

Corporate Compliance (Annual)

• ROC filings: Form MGT-7 (annual return) and Form AOC-4 (financial statements) must be filed with MCA within 60 days and 30 days of the AGM respectively
• Board meetings: Minimum 4 board meetings per year with no gap exceeding 120 days between consecutive meetings
• Annual General Meeting: Must be held within 6 months of the financial year end (by 30 September for March year-end companies)
• Statutory audit: Annual audit by a Chartered Accountant is mandatory for all companies

Tax Compliance

• Income tax return: File by 31 October (if audit is required, which is mandatory for companies)
• GST returns: Monthly GSTR-1 and GSTR-3B (or quarterly under the QRMP scheme). Annual GSTR-9 by 31 December.
• TDS compliance: Monthly TDS deposits by the 7th and quarterly TDS returns (Form 26Q and 24Q)
• Transfer pricing: If transacting with foreign group companies (common in technology JVs with global electrolyser manufacturers), transfer pricing documentation and Form 3CEB are mandatory

Safety and Environmental Compliance

• PESO compliance: Annual licence renewal for hydrogen storage and handling, periodic safety inspections, incident reporting, and emergency response plan maintenance
• Environmental reports: Half-yearly and annual environmental compliance reports to the State Pollution Control Board
• Factory compliance: Annual factory licence renewal, industrial safety audits, and labour welfare fund contributions
• BIS certification: Electrolyser manufacturers must obtain BIS certification for product standards once notified

Scheme-Specific Compliance

• SIGHT reporting: Quarterly and annual reports to SECI/MNRE on production volumes, electrolyser deployment, incentive utilisation, and domestic content compliance
• GHPO compliance: Producers supplying to obligated entities (refineries, fertiliser plants) must provide green hydrogen certificates verifying renewable energy sourcing
• Green hydrogen certification: Production must comply with MNRE's definition of green hydrogen, which requires electricity sourced from renewable energy with specified temporal and geographic matching criteria

Managing multi-layered compliance across corporate, tax, safety, and scheme-specific requirements is complex for green hydrogen companies. IncorpX's compliance management services handle ROC filings, GST returns, TDS compliance, and scheme reporting through a single managed service.

Key Challenges and Risk Factors in Green Hydrogen

Green hydrogen presents significant opportunities, but entering the sector requires understanding these risks:

• Cost competitiveness: Green hydrogen at ₹300 to ₹400 per kg remains 2x to 2.5x more expensive than grey hydrogen. Reaching cost parity depends on electrolyser cost reduction, renewable energy tariff decline, and scale of production. The SIGHT incentive bridges this gap temporarily, but long-term viability requires cost reduction.
• Water availability: Producing 1 kg of green hydrogen requires approximately 9 to 10 litres of purified water. A 1 GW electrolyser operating at full capacity consumes over 25,000 cubic metres of water annually. Water allocation in arid regions like Rajasthan and Gujarat requires careful planning and government coordination.
• Renewable energy intermittency: Electrolysers coupled with solar energy operate only during daylight hours (capacity utilisation of 20-25% for solar-only). Hybrid solar-wind configurations or battery storage can increase utilisation to 40-60%, but at additional capital cost.
• Technology maturity: While alkaline and PEM electrolysers are commercially proven, India's domestic manufacturing ecosystem is still scaling. Component supply chains for catalysts, membranes, and power electronics are under development.
• Hydrogen storage and transport: Compressed hydrogen (350-700 bar) requires specialised tanks and pipelines. India currently lacks a dedicated hydrogen pipeline network. The cost of hydrogen transport can add ₹50 to ₹100 per kg depending on distance and mode.
• Safety management: Hydrogen is highly flammable with a wide flammability range (4-75% concentration in air) and burns with an invisible flame. Robust safety systems, trained personnel, and PESO compliance are non-negotiable operating requirements.
• Policy evolution: The NGHM is still in early implementation. Incentive timelines, GHPO percentages, and certification criteria may be revised as the sector matures. Companies must build flexibility into their business models.

How IncorpX Supports Green Hydrogen Company Setup

IncorpX provides end-to-end registration and compliance support for green hydrogen companies at every stage, from initial incorporation to SECI tender readiness and ongoing compliance management.

• Private Limited Company registration: Complete incorporation with MOA, AOA, PAN, TAN, and GST through the SPICe+ filing. Starting at ₹5,999. We select the correct NIC codes for hydrogen production and renewable energy activities.
• DPIIT Startup India recognition: Application filing for tax holidays under Section 80-IAC, self-certification privileges, and Fund of Funds access that strengthens SIGHT scheme applications.
• GST registration: Mandatory for hydrogen production, electrolyser manufacturing, and green ammonia trading. IncorpX handles the complete application with correct HSN codes and supporting documents.
• MSME registration: Free Udyam registration for eligible entities, enabling priority sector lending access, tender preferences, and enhanced scheme eligibility.
• Annual compliance management: ROC filings, board meeting coordination, GST returns, TDS compliance, statutory audit coordination, and PESO licence renewal management through expert professionals.
• Virtual CFO services: Financial planning, investment structuring, green bond advisory, transfer pricing documentation, and scheme milestone reporting for green hydrogen ventures.

India's green hydrogen sector is moving from policy announcement to project execution. The NGHM incentives are operational, SECI tenders are live, GHPO creates guaranteed demand, and state governments are competing to attract investment. The registration and compliance foundation you build now determines your ability to access incentives, participate in tenders, and raise capital in a sector projected to attract over ₹8 lakh crore in investment by 2030.