Solar Panel & Green Energy Exports from India: The Sustainability Play

Mon, 22 Jun 2026

Solar Panel & Green Energy Exports from India: The Sustainability Play

In December 2025, Adani Solar became the first Indian solar manufacturer to ship 15,000 MW of solar modules. That milestone arrived in the same year that Kenya's imports of Indian solar PV products grew 55 times year-on-year. Both numbers are pointing at the same shift: India's solar manufacturing sector, which spent most of the last decade primarily building for domestic consumption, is now seriously in the export business.

The scale of what has happened to Indian solar manufacturing is worth understanding before getting into the export specifics. India's solar module manufacturing capacity was about 2.3 GW in FY14. By March 2024, it had grown to 72 GWp. By July 2025, it reached 118 GWp. By FY28, CareEdge Ratings projects it will hit 215-220 GWp - making India the fourth-largest solar module manufacturing nation globally.

That is not 10x growth. It is roughly 50x growth in a decade.

The domestic market has been the primary driver - India added 23.83 GW of solar capacity in FY25 alone, pushing total installed solar to 135.81 GW by December 2025. But manufacturing capacity is now outpacing domestic absorption in some scenarios. The gap between what India can produce and what it needs domestically is the export opportunity.

This guide covers what India actually exports in green energy, who is buying it, the complicated policy environment (honestly - there are real complications, not just tailwinds), the emerging categories beyond solar panels, and what buyers and new exporters need to know.

India's Green Energy Export Snapshot

Product / Category	Key Data Points	Status
Solar modules (PV)	Rs 94.6B ($1.12B) exported in FY25; capacity 118 GWp by Jul 2025	Active, growing
Solar cells	Solar module exports 35x higher than solar cell exports in FY24	Cell capacity catching up
Wind turbine components	Adani exporting anti-icing blades to Europe; 1 GW installed 2025	Early-stage export
Green hydrogen	India's first 5 MW off-grid pilot operational (Adani/ANIL, 2025)	Pre-commercial
Solar cables, inverters, BOS	Growing export alongside module exports	Active
EV components adjacent to renewables	Battery storage, power electronics	Emerging

India renewable energy installed capacity (Feb 2026): 215.5 GW total renewable, 50.22% of total installed power capacity India 2030 target: 500 GW renewable energy capacity Solar capacity as of Dec 2025: 135.81 GW installed.

1. Solar Modules - The Core Export Product

What India Makes and What Gets Exported

India's solar module manufacturing base is concentrated among five major players who together hold 58% of the country's module manufacturing capacity: Waaree Energies, Adani Solar, Vikram Solar, REC Solar (now part of Reliance Industries), and RenewSys. For solar cells, the top five - Waaree, Adani, Vikram, REC, and Rayzon - hold 71% of capacity.

The products are primarily monocrystalline silicon modules in the 400-600 Wp range. Bifacial modules (generating power from both sides) are the dominant format for utility-scale projects. Rooftop formats are the same technology at smaller scale.

In FY25, India's solar PV exports hit Rs 94.6 billion ($1.12 billion). That is not a blockbuster number by global standards - China exports hundreds of billions of dollars of solar equipment annually - but the trajectory is what matters. And the trajectory has complications.

The US Market: The Story Inside the Story

The US has accounted for over 95% of India's solar module exports in recent years. That concentration creates both opportunity and risk, and both played out dramatically in FY25 and FY26.

The UFLPA complication. In 2024, US Customs and Border Protection detained approximately $43 million in electronics equipment shipments from India under the Uyghur Forced Labour Prevention Act (UFLPA). The act requires importers to prove that supply chains do not include goods from Xinjiang, China's primary polysilicon-producing region. Indian manufacturers sourcing polysilicon or wafers from Chinese suppliers faced scrutiny.

Adani's response was direct: after some shipments were detained, its spokesperson confirmed "this outcome confirms that our imported products into the U.S. comply fully with UFLPA regulation." Adani cleared its shipments. The compliance process worked - but it required Indian manufacturers to document supply chains in ways they had not previously needed to.

The anti-dumping investigation. In July 2025, a coalition of US solar manufacturers filed a petition with the US Commerce Department alleging that Indian companies - including Waaree - were undercutting prices. Waaree's CEO Amit Paithankar responded publicly: "We do not follow any predatory price practices, and therefore, as these investigations go through, we stand in a position of strength." Waaree simultaneously announced it was doubling its US manufacturing capacity to 3.2 GW by end of 2025 - a strategic move to localize production and insulate against tariff risk.

The 18% tariff framework (February 2026). Under the US-India interim trade framework announced in February 2026, solar panels face an 18% tariff - the same rate as finished diamond jewelry. This is better than the 50%+ that was being discussed at the worst points of the tariff escalation but worse than the near-zero rates Indian exporters had been enjoying. Solar-focused firms like Insolation Energy and Oriana Power surged 24%+ on the stock market when the deal was announced, recovering from January losses.

Vikram Solar's GM for corporate finance said plainly on an investor call: "Indian cells are unviable to use for exports because of the reciprocal tariff imposed on India. Hence, a UFLPA-compliant and FEOC-compliant supply chain from other Southeast Asian countries needs to be worked out." That is the honest ground-level picture of where US-bound solar exports stand.

Waaree's solution: The company is effectively building an American manufacturer, with US-based assembly at 3.2 GW capacity. From that position, anti-dumping duties do not apply. This is expensive - but it may be the only durable solution for the US market at scale.

Africa - The Surprise Growth Market

Kenya's imports of Indian solar PV products grew 55.5 times year-on-year in the first four months of FY26. That number deserves a second read. Not 55% - 55 times.

Kenya is not unique. Sub-Saharan Africa is adding solar capacity at a pace driven by a combination of falling module costs, off-grid rural electrification programs, donor funding, and genuine power deficits. India's solar manufacturers - whose products are cost-competitive and whose supply chains are increasingly compliant - are well-positioned to serve this market.

The Africa opportunity for Indian solar is more sustainable than the US opportunity in the near term, for one practical reason: Africa does not have the trade policy complexity. There are no UFLPA investigations, no anti-dumping petitions, no forced labour scrutiny. The buyer is primarily governments and development finance-backed projects looking for bankable, quality-certified solar modules at competitive prices.

Europe

Europe is the other growth market for Indian solar exports. EU buyers are focused on supply chain transparency, carbon footprint documentation, and increasing preference for non-Chinese solar manufacturing. India's modules - with established UFPLA-compliant supply chains and improving backward integration - score well on these criteria.

EU buyers will increasingly require the EU Battery Regulation's supply chain due diligence framework for solar-adjacent storage products (from 2025 onward), and the EU Corporate Sustainability Due Diligence Directive will affect how large European solar developers document their supply chains. Indian manufacturers who have done the supply chain compliance work for the US market are ahead of the curve for EU compliance as well.

2. Solar Cells - The Emerging Export Capacity

In FY24, India's solar module exports were 35 times larger than its solar cell exports. That ratio reflects a manufacturing gap: India has been assembling modules but importing most cells (and all wafers) from China.

That is changing. Solar cell manufacturing capacity grew from approximately 8 GWp in March 2024 to 27 GWp by July 2025. CareEdge projects it reaching approximately 100 GWp by FY28.

The top five cell manufacturers - Waaree, Adani, Vikram, REC, and Rayzon - now hold 71% of this domestic cell capacity. As cell capacity continues to grow, export opportunities for solar cells - to Southeast Asian module assemblers, to European manufacturers, and to emerging solar markets - will expand alongside module exports.

The wafer situation remains a gap. India has essentially zero domestic wafer production as of 2025. Wafer manufacture is the step between silicon and solar cells; India still imports virtually all of its wafers from China. The PLI scheme has approved integrated manufacturing tranches covering polysilicon → ingot → wafer → cell → module, but the upstream silicon and wafer capacity will take years to come online.

3. Wind Turbine Components - Where India Is Just Starting

Adani Wind's 2025 milestones tell a story worth tracking. The company:

Installed more than 1 GW of India's largest onshore wind turbines at Khavda, each at 5.2 MW capacity
Completed production of its 300th nacelle and 500th turbine blade
Began exporting its proprietary anti-icing blades to Europe - a specific, high-value component
Secured external orders for 304 MW of wind power supply
Announced 2026 priorities: "deeper localisation, accelerated exports, next-generation turbine technologies"

That last line is the strategic direction. India is not yet a major wind turbine equipment exporter in the way it is a solar module exporter. But the trajectory from domestic manufacturing → component exports → eventual system exports is the same path solar took. The anti-icing blade export to Europe is the early signal.

India's wind turbine manufacturing ecosystem includes Suzlon (the largest domestic player), GE Vernova India, Siemens Gamesa India, Vestas India, and now Adani Wind. Most of these are multinational operations producing for domestic deployment rather than export - but the scale of domestic installation (India targets 100 GW of wind by 2030, from around 50 GW today) is building manufacturing capability that will eventually support export.

The most immediately exportable wind-related products from India are:

Steel lattice towers - India's steel fabrication industry can produce wind towers competitively. Tower export to Southeast Asian and African markets is plausible now
Nacelle components - Bearings, gearbox components, electrical systems for nacelle assembly
Anti-icing and specialized blades - Premium components where India is developing proprietary capability

4. Green Hydrogen - Pre-Commercial but Structurally Important

Green hydrogen is at least a decade from being a significant Indian export product. But the infrastructure being built now will determine India's position when it arrives, so it deserves a section.

Adani New Industries Limited (ANIL) completed India's first 5 MW off-grid green hydrogen pilot plant in 2025. The plant runs entirely on solar energy, uses batteries for storage, and is fully automated to respond to renewable generation fluctuations. It is a proof-of-concept, not a commercial operation.

India's AM Green has partnered with DP World to build green fuel export projects specifically for export - a notable signal because DP World brings the port infrastructure and international logistics network that green hydrogen will need.

The government's National Green Hydrogen Mission targets 5 million tonnes of green hydrogen production annually by 2030, with $15 billion in investment commitments. Adani Group has committed $70 billion in green energy investment by 2030, with green hydrogen a stated priority.

The honest position: green hydrogen at commercial scale for export is at least 5-7 years away even under optimistic scenarios. The electrolysis cost, the hydrogen storage and transport problem, and the need for buyer market development (shipping, steel, fertilizer industries as hydrogen offtakers) are all real barriers. India has the renewable energy resource and the policy framework. The engineering and commercial challenges are still being solved.

5. Balance of System Products - Cables, Inverters, Mounting Systems

This category tends to get overlooked in solar export conversations. It should not be.

India exports solar DC cables, mounting structures, string inverters, and balance-of-system components alongside module exports. These travel to the same markets - Africa, Southeast Asia, Europe - often alongside module shipments from the same Indian suppliers.

Solar cables: Finolex and other cable manufacturers producing UV-resistant DC solar cables are exporting alongside module-focused companies. The solar cable standard IEC 62930 governs compliance for EU markets.

Mounting structures: India's steel fabrication capability makes mounting structure export competitive. Fixed-tilt ground mount structures, rooftop mounting systems, and tracking components export to project developers in Africa and Southeast Asia who are building out solar capacity but may not have local fabrication capability.

String inverters: The Indian inverter market is still import-dominated (mostly Chinese brands), but a few domestic manufacturers (Sungrow India, Delta Electronics India) produce inverters here and some volumes export. This segment will develop as manufacturing capacity builds.

The Policy Picture: What Drives and What Complicates

India's solar manufacturing policy is more complex than most articles convey. Here is the honest summary:

What supports domestic manufacturing (and creates export capacity):

PLI Scheme for Solar Manufacturing - Production Linked Incentive covering integrated manufacturing from module back through cell, wafer, ingot, and even polysilicon. Multiple tranches approved. Leading to the capacity explosion from 72 GWp to 118 GWp in 16 months.

Basic Customs Duty (BCD) - 25% BCD on imported solar cells and 40% BCD on imported modules since April 2022. This protects domestic manufacturers from cheap Chinese imports in the Indian market, directly driving the capacity expansion that enables exports.

ALMM (Approved List of Models and Manufacturers) - Only ALMM-listed modules can be used in government-funded solar projects in India. This ensures quality and gives domestic manufacturers preferred access to India's massive government procurement. Solar cell ALMM addition was proposed for April 2026, further tightening domestic sourcing requirements.

What complicates export specifically:

The China wafer dependency. India imports virtually all its silicon wafers from China. Under US FEOC (Foreign Entity of Concern) regulations, solar cells made with Chinese wafers may be subject to restrictions for US market access. Vikram Solar's GM said bluntly: "Indian cells are unviable to use for exports because of the reciprocal tariff." Until India builds its own wafer capacity, the US export pathway for cells is constrained.

UFLPA supply chain scrutiny. As described above, US Customs has been scrutinizing Indian solar imports for Chinese supply chain links. Indian exporters targeting the US market must document their supply chains rigorously - tracking polysilicon and wafer sourcing back to specific facilities not on the UFLPA entity list.

The anti-dumping petition. US domestic solar manufacturers have filed to investigate dumping allegations against Indian exporters. This is a real risk to the US export market, which Waaree is mitigating through US-based manufacturing.

The domestic supply-demand tension. India needs approximately 30 GW of new solar capacity annually to hit its 2030 targets. IEEFA estimates 21 GW of domestic supply in FY25 and 25 GW in FY26 - already potentially falling short of domestic demand. Large-scale export could reduce domestic supply, creating tension between export ambition and domestic energy security. The government manages this through domestic deployment requirements in PLI scheme terms.

Certifications: What Buyers Require

IEC 61215 and IEC 61730 - The international standards for crystalline silicon terrestrial photovoltaic modules. IEC 61215 covers design qualification and type approval; IEC 61730 covers safety qualification. These are the baseline certifications that any serious solar module buyer in the US, EU, or Australia will require. Testing by an accredited laboratory (TÜV Rheinland, Bureau Veritas, UL, or equivalent) is standard.

UL 61730 (US Market) - The US-specific equivalent of IEC 61730, administered by UL. US project developers and utilities specify UL certification for modules going into US installations.

CE Marking (EU) - Modules sold in the EU require CE marking. The relevant standards are IEC 61215 and IEC 61730 plus LVD and EMC directives for module electronics.

MCS Certification (UK) - For modules going into UK rooftop solar installations, MCS (Microgeneration Certification Scheme) certification is required. Post-Brexit, the UK has its own certification pathway separate from EU CE marking.

UFLPA Documentation (US) - Not a certification in the traditional sense, but mandatory for US-bound exports: full supply chain documentation tracing polysilicon, wafers, and cells to specific suppliers not on the UFLPA entity list. This requires maintaining detailed bills of materials and supplier documentation across the entire manufacturing chain.

BIS certification - For solar modules used in Indian-government-funded projects (ALMM requirement), Bureau of Indian Standards certification is required. Indian manufacturers hold this as standard.

Solar DC Cable: IEC 62930 - For solar cable exports to the EU, compliance with IEC 62930 (extended durability requirements for solar cable used outdoors) is required.

Who Manufactures India's Solar Exports: The Key Players

Waaree Energies - India's largest module manufacturer by capacity. Shipped 5.4 GWp in FY25 domestically and significant export volumes. The first Indian solar company to list on US markets. Building 3.2 GW of US-based manufacturing capacity to navigate tariff risk. CEO says 100 GW order pipeline with significant US share.

Adani Solar - First Indian manufacturer to ship 15,000 MW cumulative. Named global top 10 manufacturer by Wood Mackenzie. Cleared UFLPA scrutiny with full compliance confirmation. Investing Rs 20,000 crore in backward integration — silicon to module. Declared 2026 priorities: deeper localisation, accelerated exports, next-gen module technologies.

Vikram Solar - 16% of order book from overseas as of early 2026, though export execution pending due to tariff uncertainty. Exploring non-Indian cell sourcing for US export pathway.

Premier Energies - Put US expansion on hold due to tariff uncertainty but remains strategically positioned for export when conditions stabilize.

RenewSys - Strong in the encapsulant and backsheet components that go into module manufacturing; exports both modules and materials.

Tata Power Solar (TP Solar) - Integrated manufacturing, domestic-focused but export-capable.

Top Destination Markets

United States - Was 95%+ of India's solar module exports. Now significantly more complicated due to UFLPA, anti-dumping petitions, and the 18% tariff under the February 2026 framework. The market is real and the demand is enormous (US power demand hitting record highs in 2025-26 driven by data centers, EV charging, and reshoring manufacturing). The pathway is now primarily through Waaree and Adani's US-based manufacturing rather than direct module exports.

Kenya and Sub-Saharan Africa - Kenya's 55.5x import growth in a single year is the most dramatic signal of where near-term growth is. Africa's solar buildout is accelerating, development finance is flowing, and Indian modules are price-competitive and increasingly well-certified. Nigeria, Tanzania, Ethiopia, Ghana, and South Africa are growing alongside Kenya. This is the most immediately accessible export market for Indian solar manufacturers who do not have the resources to build US-based manufacturing.

European Union - Growing, driven by supply chain diversification away from Chinese solar and India's improving compliance infrastructure. Germany, Netherlands, and Spain are significant buyers. The EU's Carbon Border Adjustment Mechanism and supply chain due diligence requirements favor Indian manufacturers who have invested in transparent, documented supply chains.

Australia - Active and growing. India-Australia CEPA provides preferential market access. Australian solar market is large and growing, with domestic manufacturing capacity minimal. MCS-equivalent certification requirements apply.

Southeast Asia (Vietnam, Philippines, Indonesia) - Smaller volumes but growing. Countries building solar capacity for the first time often source from India given proximity and competitive pricing.

Middle East (UAE, Saudi Arabia, Oman) - Gulf solar buildout (Saudi Vision 2030's renewable energy components, UAE's Masdar projects) creates demand. Indian modules have been specified in some Gulf utility-scale projects.

What Competitor Guides Miss

Most articles on India's solar export opportunity are either promotional pieces that ignore the complications or purely technical pieces that ignore the commercial context. Three specific gaps:

They write about US exports as if UFLPA and anti-dumping do not exist. The Vikram Solar GM's statement - "Indian cells are unviable to use for exports because of the reciprocal tariff" - is the honest market reality that most guides skip entirely. Any Indian solar exporter planning to target the US market in 2026 needs to understand UFLPA compliance, the FEOC restriction on Chinese-sourced wafers, the anti-dumping investigation, and the 18% tariff framework. This is not obscure information - it is the most important context for US solar export strategy right now.

They ignore the domestic supply-demand tension. India's own 2030 solar targets require 30 GW+ of new capacity annually. If Indian manufacturers export too aggressively, domestic projects may face module shortages. This tension is real and is why the government manages export policy carefully. New exporters who think India's solar surplus is uncapped are working from an incomplete picture.

They completely miss Africa. A market that grew 55x in a year does not appear in most competitor articles. The Africa solar buildout is one of the most significant near-term opportunities for Indian solar exporters - arguably more immediately accessible than the US right now given the trade policy complexity. Excluding Africa from a guide on Indian solar exports is not a minor omission.

Government Initiatives Supporting Green Energy Exports

PLI Scheme for Solar Manufacturing (Phase I & II) Total outlay across phases covers integrated manufacturing from module back to polysilicon. The PLI-supported capacity expansion is what created the manufacturing surplus that makes export possible.

National Solar Mission (revised target: 500 GW renewable by 2030) India's 2030 target of 500 GW renewable energy - up from the earlier 450 GW target - is the domestic demand engine that justifies the manufacturing investment that enables export.

National Green Hydrogen Mission $15 billion investment commitment, targeting 5 million tonnes green hydrogen production by 2030. Creating the industrial base for future hydrogen exports.

India-UAE CEPA, India-Australia CEPA, India-UK FTA These trade agreements reduce import duties on Indian solar equipment in the UAE, Australia, and UK - directly improving competitiveness in those markets.

EXIM Bank Green Financing EXIM Bank of India finances solar project exports - Indian-supplied solar projects in Africa and Southeast Asia can access EXIM Bank buyer's credit, with the foreign buyer accessing credit lines backed by the Indian government and repaying over time. This mechanism makes large Indian solar supply deals viable in markets where buyer payment capacity is otherwise the constraint.

MNRE (Ministry of New and Renewable Energy) → MNRE Official Site

Invest India Renewable Energy Sector → Invest India Renewable

Pre-Export Checklist for Solar Module Exporters

IEC from DGFT - mandatory
GST registration - active
EEPC RCMC - for engineering goods including solar equipment
IEC 61215 and IEC 61730 certification — tested by accredited lab (TUV, UL, Bureau Veritas, or equivalent)
UL 61730 - if targeting US market
CE marking - if targeting EU
MCS certification - if targeting UK rooftop market
UFLPA supply chain documentation prepared - if targeting US: full polysilicon and wafer sourcing documentation from non-UFLPA-listed suppliers
FEOC compliance check - verify wafer sourcing is not from China-listed facilities if targeting US under the new FEOC framework
Country of origin documentation confirmed - for FTA tariff benefit claims (India-UAE CEPA, India-Australia CEPA)
Technical datasheet and performance warranty documentation prepared in destination market format

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The Bottom Line

India's solar manufacturing capacity has grown 50x in a decade. The country now sits at 118 GWp of module manufacturing capacity, with CareEdge projecting 215-220 GWp by FY28. That expansion was built for domestic consumption, but it has created manufacturing surplus that is actively seeking export markets.

The US market is the complicated one. UFLPA compliance, FEOC restrictions on Chinese wafers, an anti-dumping investigation, and the 18% tariff framework have turned what was once a straightforward export relationship into a multi-layer compliance challenge. Waaree's response - build 3.2 GW of US manufacturing capacity - is the right strategic answer but expensive and available only to the largest players.

Africa is the overlooked opportunity. Kenya's 55x growth in a year is not an anomaly - it is a signal of a continent electrifying at scale and looking for cost-competitive, quality-certified modules from reliable suppliers. Indian manufacturers who have done the IEC certification work are positioned for this market right now, without the trade policy complexity of the US.

Europe is growing and will grow further as supply chain transparency requirements disadvantage Chinese modules and favor Indian ones.

Green hydrogen and wind components are a decade ahead of being significant export products. The smart money is building the infrastructure now - which is exactly what Adani and AM Green are doing - while the core solar module business funds the development.

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