India’s green hydrogen opportunity is substantial, but the pace of commercial development depends on more than production targets and manufacturing capacity. Projects must secure customers, establish acceptable selling prices, arrange competitive electricity supplies and obtain financing before planned capacity translates into operating assets.
Reported delays in commissioning electrolyser manufacturing facilities highlight this distinction. They suggest that equipment orders are developing more slowly than anticipated. However, slower demand creation should not automatically be interpreted as a decline in actual green hydrogen consumption.
For businesses evaluating this sector, the central question is how much of the anticipated market is supported by commercially viable projects and firm purchasing commitments.
India’s Green Hydrogen Ambition and the Commercial Reality
The National Green Hydrogen Mission aims to establish India as a global hub for the production, use and export of green hydrogen and its derivatives. Its stated objective includes developing capabilities to produce at least 5 million metric tonnes annually by 2030. The Strategic Interventions for Green Hydrogen Transition, or SIGHT, programme supports domestic electrolyser manufacturing and green hydrogen production through financial incentives.
These measures provide an important policy foundation. Nevertheless, a national production objective is different from demand available to an individual project.
A proposed facility needs identifiable customers willing to purchase specified quantities at prices and contractual terms that support its costs. Similarly, an electrolyser manufacturer needs orders from projects sufficiently advanced to proceed with procurement.
The commercial assessment must therefore distinguish policy targets, announced investments, awarded projects, financed projects and firm equipment orders.
Why Green Hydrogen Demand is Developing Slowly
The Cost Premium Constrains Adoption
Green hydrogen must compete with established production methods and, in some applications, alternative fuels or technologies. The International Energy Agency identifies the continuing cost premium over fossil fuel based hydrogen as a major obstacle to adoption.
For a purchaser, the decision extends beyond the environmental benefits of switching. It includes whether the additional cost can be absorbed, recovered through product pricing or offset through applicable policy support.
Consequently, technical suitability does not necessarily lead to an immediate purchasing decision. Commercial adoption requires an acceptable economic outcome for the customer.
Production Costs Depend on the Entire Supply Arrangement
India’s National Green Hydrogen Mission identifies electrolysers and renewable electricity as major production cost components. It also recognises the contribution of financing, water treatment, storage, distribution, conversion into derivatives and enabling infrastructure to the final delivered cost.
This makes project configuration critical. A facility’s economics cannot be established from its electrolyser purchase price alone.
The assessment must consider electricity availability and tariffs, operating hours, equipment performance, delivery distance and the form in which the product reaches the customer. A competitive production cost at the plant may still result in an unattractive delivered price.
Purchase Interest Must Become Firm Commitments
Expressions of interest and preliminary agreements can indicate market potential. Their value for financing, however, depends on the obligations they create.
The IEA reports that insufficient firm purchase commitments continue to constrain investment in low-emissions hydrogen. Its 2026 review found that only around one-fifth of newly signed purchase volumes in 2025 were supported by firm contractual commitments. This evidence covers low-emissions hydrogen more broadly, including technologies beyond green hydrogen.
For an individual project, the relevant questions include minimum purchase quantities, pricing arrangements, contract duration, customer creditworthiness and the consequences of delayed or reduced purchases.
Infrastructure and Regulatory Readiness Affect Timing
Hydrogen projects require coordination between production, storage, transportation and consumption. Export projects must additionally establish suitable logistics and meet the destination market’s requirements.
The IEA identifies infrastructure gaps, uncertain demand and unclear or complex regulation among the barriers delaying wider adoption.
Project readiness must therefore be assessed across the supply chain. Completion of the production facility alone does not establish readiness to supply customers commercially.
How Delayed Hydrogen Projects Affect Electrolyser Manufacturers
Electrolyser demand depends on the implementation of hydrogen production projects. A large announced project pipeline can create expectations of equipment demand, but manufacturers earn revenue when those projects place and execute orders.
If a hydrogen developer cannot secure satisfactory purchase commitments, financing may be delayed. Procurement can then be postponed, affecting the manufacturer’s order book and production schedule.
The supplied news report illustrates this relationship: it states that developers of awarded green ammonia projects had yet to complete financial closure and place electrolyser orders.
For manufacturing investments, this creates a utilisation risk. Capacity may be available before sufficient orders emerge, while financing, staffing and other expenditure continue.
The practical implication is that manufacturing feasibility should assess the maturity of prospective customer projects alongside their announced capacity.
What Manufacturing Incentives Can and Cannot Achieve
Incentives can improve project economics and support domestic manufacturing capability. Their commercial effect nevertheless depends on their design, eligibility conditions, payment timing and the activity required to earn them.
India’s SIGHT programme provides support for both electrolyser manufacturing and green hydrogen production.
For investment appraisal, the advisory implication is clear: incentive eligibility should be assessed separately from customer demand. A project may qualify for support while still facing uncertainty over sales volumes, utilisation or working capital.
Financial evaluation should test delayed commissioning, slower order conversion and changes in incentive receipts, rather than assuming that policy support ensures adequate revenue.
What Businesses Should Assess Before Committing Capital
A green hydrogen feasibility study in India should connect the proposed facility to a specific customer requirement and supply arrangement.
| Assessment area | Principal questions |
|---|---|
| Customer demand | Who will buy the output, in what quantities and from what date? |
| Achievable price | What delivered price can customers accept, and how will it be determined? |
| Electricity supply | What tariff, availability and operating profile can realistically be secured? |
| Project configuration | What scale and location best match demand, utilities and logistics? |
| Contractual commitments | Which purchase obligations are firm, conditional or still under discussion? |
| Financing | What conditions must be satisfied before funding becomes available? |
| Downside resilience | Can the project withstand delayed sales, higher costs or lower utilisation? |
For electrolyser manufacturing, additional attention is required to customer project readiness, product qualification, production ramp-up, warranty obligations and after-sales support.
| Evaluating green hydrogen production or electrolyser manufacturing in India? Before committing to capacity, land or equipment, assess the relationship between customer demand, delivered costs, financing and implementation readiness. Hmsa Consultancy Services supports these decisions through structured commercial and financial evaluation. Share your requirements with us. |
How Hmsa Consultancy Services Can Support
Hmsa Consultancy Services can assist businesses in assessing green hydrogen opportunities through feasibility studies, market assessment, business planning and detailed project reports.
For hydrogen production, the assessment can examine target applications, customer requirements, alternative business configurations, project costs, financial viability and implementation dependencies. Technical assumptions should be supported by appropriate project and equipment inputs.
For electrolyser manufacturing, the focus can include addressable demand, prospective customer project maturity, competitive positioning, capacity phasing and financial resilience under different order scenarios.
The objective is to establish whether the proposed business has a credible commercial basis, what conditions must be satisfied and how capital commitments should be phased.
Conclusion
India’s green hydrogen ambitions provide a strong direction for sector development. Commercial progress will depend on converting those ambitions into customers willing and able to purchase output under workable terms.
The reported manufacturing delays reinforce the importance of evaluating demand quality, project readiness and financing conditions before creating capacity. Investment decisions should reflect the commercial evidence available to the proposed business, supported by realistic assumptions about how quickly the market can develop.
