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Domestic Content Requirement

DCR for Indian Solar: What Domestic Content Requirement Means for Ingots and Wafers

A practical guide to India's Domestic Content Requirement for solar, which schemes it applies to, how it now interacts with ALMM List-II for cells, and what it signals for ingot and wafer planning ahead of 2028.

Direct answer

What project owners need to know.

The Domestic Content Requirement (DCR) is a provenance condition applied to certain government-supported Indian solar schemes, under which modules must be made in India using solar cells made in India. It has historically stopped at the cell. From 1 June 2026, ALMM List-II brought a domestic-cell condition into force for covered project categories, and MNRE has announced ALMM List-III for ingots and wafers with effect from 1 June 2028. Read together, these move the domestic-content boundary steadily upstream, from module to cell and then toward wafer and ingot. For project owners and manufacturers, the planning question is no longer whether a module is Indian, but how far up the chain that claim can be evidenced.

Module + cellTraditional DCR boundary
1 June 2026ALMM List-II for cells in force
1 June 2028ALMM List-III announced for ingots and wafers
01

What DCR actually requires

DCR is a domestic-provenance condition attached to specific government-supported schemes rather than a blanket rule across the whole Indian solar market. Where it applies, the solar module must be manufactured in India and the cells inside that module must also be manufactured in India. A module assembled in India from imported cells does not satisfy a DCR condition.

MNRE has applied DCR conditions to schemes including PM-KUSUM, PM Surya Ghar and the CPSU scheme, and has reiterated that there is no relaxation of DCR provisions wherever they apply. Open-market commercial and utility projects outside these categories are governed by their own tender conditions, so the applicable requirement should always be read from the specific scheme document or bid rather than assumed.

  • Confirm scheme-by-scheme whether a DCR condition applies to the specific project category
  • Read the DCR definition in the tender or scheme document rather than relying on a general market description
  • Treat documentary traceability as part of the requirement, not as an afterthought
02

How ALMM List-II changed the practical picture

For a long period, a significant share of modules sold as Indian-made were assembled domestically using imported cells. That route narrowed when ALMM List-II came into force on 1 June 2026, requiring covered project categories to use modules built with cells from enlisted domestic cell manufacturers.

The effect is that domestic-content conditions and ALMM enlistment now overlap in practice, even though they are separate instruments. A project team checking only one of the two can still find itself non-compliant on the other. The two should be read together when writing procurement terms.

03

Why the boundary is moving upstream

India's module manufacturing capacity is now very large relative to its cell capacity, and cell capacity is in turn far larger than its ingot and wafer capacity. Public reporting through 2026 has repeatedly highlighted this imbalance, particularly for N-type and TOPCon cells, where enlisted module capacity substantially exceeds available domestic cell capacity.

MNRE's announced extension of ALMM to ingots and wafers, with effect from 1 June 2028, points in a consistent direction: each stage of the chain is brought into scope once domestic capacity is judged sufficient to support it. The announced framework also indicates that the initial wafer list is issued only when a threshold of independent manufacturing units and combined capacity is available, and that a manufacturer seeking wafer enlistment must hold equivalent ingot capacity.

For anyone planning upstream capacity, the practical reading is that a wafer-only business model without a matching ingot route is unlikely to satisfy the announced enlistment condition. Crystal growth, rather than slicing alone, becomes the capability that determines eligibility.

  • Map the domestic-content boundary that will apply at the project's commissioning date, not today's boundary
  • Test whether a planned wafer route depends on captive ingot capacity or a separately qualified upstream arrangement
  • Assume traceability evidence will be requested further up the chain over time
04

What project teams should do now

The most useful work is contractual and definitional rather than technical. Project owners should establish which parts of a pipeline fall under DCR or ALMM-linked conditions, which fall under grandfathering or exemption provisions, and where the relevant cut-off dates sit relative to bid submission and commissioning.

Manufacturers evaluating upstream entry should treat the policy timeline as a planning input rather than a guarantee of demand. Announced capacity and commissioned, in-specification capacity are different things, and the interval between them is where upstream projects are typically won or lost. Equipment selection, utilities, consumables and quality systems should be defined against the intended compliance route before purchase orders are placed.

  • Write policy-trigger dates, grandfathering assumptions and compliance responsibility explicitly into bids and supply contracts
  • Align equipment, utility and metrology planning with the traceability evidence customers are likely to request
  • Confirm eligibility and compliance interpretation with the relevant authority and professional advisers before committing capital
JRST as the solution partner

How JRST supports this requirement

JRST works with project owners and manufacturers to translate domestic-content and ALMM-linked questions into an executable plan: upstream integration assumptions, ingot and wafer equipment scope, consumables, utilities, quality and traceability records, supplier coordination, installation and commissioning sequencing. Compliance interpretation and final enlistment remain subject to the applicable government process and the customer's documented requirement.

Discuss your requirement
Mohammed Saif Zaveri, Co-Founder of JRST Technology
Founder perspective

Mohammed Saif Zaveri connects JRST's industrial content to execution conversations.

As Co-Founder and designated partner of JRST Technology LLP, Mohammed Saif Zaveri works across industrial growth, strategic partnerships, client conversations, equipment strategy, and project pathways for silicon, solar, semiconductor, and advanced-manufacturing opportunities.

This knowledge page is part of JRST's public industrial knowledge base, designed to help buyers move from search terms and early research toward a structured technical-commercial discussion.

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Buyer questions

Frequently asked questions

What is DCR in Indian solar?

DCR, or Domestic Content Requirement, is a provenance condition applied to certain government-supported solar schemes under which the module must be made in India using cells also made in India. It applies scheme by scheme rather than across the entire market.

Which schemes carry a DCR condition?

MNRE has applied DCR conditions to schemes including PM-KUSUM, PM Surya Ghar and the CPSU scheme. The applicable condition should always be confirmed from the specific scheme document or tender, since categories and exemptions vary.

Is DCR the same as ALMM?

No. They are separate instruments that now overlap in practice. DCR is a domestic-provenance condition attached to particular schemes, while ALMM is an enlistment framework for models and manufacturers. A project can satisfy one and still fail the other, so both should be checked.

Does DCR currently extend to wafers and ingots?

The traditional DCR boundary has been the module and the cell. MNRE has announced ALMM List-III for ingots and wafers with effect from 1 June 2028, which extends domestic-sourcing conditions further upstream for covered categories. Detailed applicability should be checked against the final order and the relevant project category.

What does this mean for a company planning a wafer plant?

The announced framework indicates that a manufacturer seeking wafer enlistment must hold equivalent ingot capacity, which means a slicing-only model is unlikely to qualify on its own. Upstream integration, traceability and qualification planning should be settled before equipment is ordered.

How can JRST help with DCR and ALMM-linked planning?

JRST can help define the project route, connect policy timing to equipment, utility and consumable planning, compare integrated and non-integrated sourcing options, and structure a requirement-led execution plan. Legal eligibility, enlistment and final compliance interpretation remain project-specific and subject to the applicable government process.

Primary sources and further reading

MNRE: Approved List of Models and Manufacturers (ALMM)PIB: ALMM framework extended to solar ingots and wafersMNRE: Solar manufacturing resourcesPM Surya Ghar: Muft Bijli Yojana official portalPM-KUSUM official portal

Last reviewed 2026-08-17. Technical scope, policy eligibility, availability, and commercial terms should be independently confirmed for each project.

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