India Solar PV Module Market Report: Size, Trends and Outlook 2026-2034

India's Solar PV Module Market Is Gaining Significant Momentum

India's solar PV module market is gaining significant momentum as the nation accelerates its renewable energy transition amid rising electricity demand, expanding industrial activity, and the government's ambitious clean energy targets. Supportive policy frameworks, production-linked incentives, declining module costs, and rapid advancements in high-efficiency technologies are reinforcing the deployment of solar installations across utility-scale, commercial, and residential sectors nationwide.

According to IMARC Group's latest market report, the India solar PV module market was valued at USD 8.80 Billion in 2025. It is projected to reach USD 21.38 Billion by 2034, expanding at a compound annual growth rate (CAGR) of 10.37% during the 2026–2034 forecast period. Crystalline silicon dominates technology with a 77% share, monocrystalline leads product type at 55%, on-grid connectivity commands 84% of the connectivity segment, ground-mounted installations represent the largest mounting category at 65%, industrial end use leads at 38%, and South India leads regionally with a 32% share.

Why Is the Market Growing So Rapidly?

Government Policy Support and Ambitious Renewable Energy Targets

The Indian government has established a comprehensive policy framework to accelerate solar capacity addition, creating sustained demand for PV modules across all market segments. The National Solar Mission, solar park development initiatives, and rooftop solar schemes collectively drive procurement across residential, commercial, and industrial applications. In December 2025, approximately 23.9 lakh households adopted rooftop solar systems under the PM Surya Ghar scheme, collectively generating around 7 GW of clean electricity. Supportive regulatory frameworks including renewable purchase obligations, net metering provisions, and open-access regulations further incentivize solar adoption, reinforcing consistent market expansion.

Declining Module Costs and Improved Project Economics

Continuous reduction in solar PV module prices is significantly enhancing project economics and accelerating market growth across India. Manufacturing efficiencies, economies of scale, and technological advancements have contributed to substantial cost reductions, making solar energy increasingly competitive with conventional power sources. In September 2025, ReNew Energy reduced its solar module and cell prices following India's GST cut from 12% to 5%, boosting affordability for utility-scale and rooftop solar projects. Lower module costs translate into reduced tariffs discovered through competitive auctions, making solar power particularly attractive for distribution companies, industrial consumers, and commercial establishments seeking to reduce energy expenditure while achieving sustainability objectives.

Accelerated Domestic Manufacturing and Backward Integration

India's pursuit of energy self-reliance and reduced import dependence is driving rapid expansion in domestic manufacturing capabilities. Module manufacturers are increasingly pursuing backward integration into cell, wafer, and ingot production to strengthen supply chain resilience and improve cost competitiveness. In 2025, the government reported that the Production-Linked Incentive scheme had enabled 18.5 GW of solar module, 9.7 GW of cell, and 2.2 GW of ingot-wafer capacity by June 2025, reinforcing policy support for integrated domestic manufacturing. In 2025, Waaree Energies led the market with approximately 1.4 GW of solar module shipments in India, the highest volume among all suppliers, reflecting the growing strength of domestic manufacturers.

Rising Electricity Demand and Energy Security Concerns

India's escalating electricity demand, driven by economic growth, urbanization, and industrial expansion, is creating significant opportunities for solar PV module deployment. The need to augment power generation capacity to meet growing energy requirements positions solar as a critical component of India's energy mix. Concerns regarding energy security and reducing dependence on imported fossil fuels are further strengthening the case for domestic solar capacity expansion. Solar installations utilizing locally manufactured modules contribute simultaneously to energy independence, economic self-reliance, and national decarbonization objectives aligned with India's Net Zero 2070 commitments.

Transition Toward Advanced High-Efficiency Module Technologies

The market is witnessing a significant shift toward next-generation technologies as manufacturers and developers seek improved energy output and performance. Advanced cell architectures including TOPCon and heterojunction technologies are gaining prominence, offering enhanced efficiency compared to conventional PERC cells. In September 2025, Mercom reported India added 44.2 GW solar module and 7.5 GW cell capacity in H1 2025, led by 39.9 GW TOPCon and first-time 1.2 GW HJT additions. This transition is driven by the need to maximize power generation from limited land resources and optimize the levelized cost of energy across utility-scale and commercial installations.

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What Are the Latest Emerging Trends in India's Solar PV Module Market?

Rising Adoption of Bifacial and Large-Format Modules

Growing preference for bifacial modules and large-format configurations is reshaping procurement patterns across utility-scale and commercial installations. Bifacial modules capture reflected sunlight from both sides, enhancing energy yield particularly in ground-mounted applications with reflective surfaces. In December 2025, ADM Solar Power supplied 200 MW of bifacial PV modules for large utility-scale projects in Gujarat and Maharashtra, reflecting growing adoption of bifacial technology in India's ground-mounted solar installations. Simultaneously, the industry is transitioning toward larger wafer sizes and higher wattage modules that reduce balance-of-system costs and improve installation efficiency across large-scale projects.

Expansion of Rooftop Solar Under PM Surya Ghar Scheme

India's rooftop solar segment is expanding rapidly, driven by policy simplification and financial incentives under the PM Surya Ghar scheme. In October 2025, the Ministry of Power directed all Indian states to waive separate net-metering agreements and associated charges under the scheme, simplifying rooftop solar adoption nationwide. This policy streamlining is reducing procedural barriers for residential and commercial consumers, accelerating installation timelines and broadening the addressable market for module manufacturers targeting distributed generation segments.

Industrial Open-Access Solar Driving Commercial Procurement

Tightening renewable purchase obligations and escalating grid tariffs are compelling industrial consumers to increasingly adopt captive and open-access solar solutions. Open-access regulations enabling direct power procurement from solar generators have particularly benefited manufacturing facilities, processing plants, and heavy industries seeking energy cost optimization while meeting regulatory sustainability mandates. The daytime coincidence of industrial energy demand with solar generation peaks maximizes self-consumption efficiency, eliminating storage requirements and improving overall project returns across diverse industrial applications.

India Solar PV Module Market Segmentation

Technology Insights:

• Crystalline Silicon

• Thin Film

• Others

Product Type Insights:

• Monocrystalline

• Polycrystalline

• Cadmium Telluride

• Amorphous Silicon

• Others

Connectivity Insights:

• On-Grid

• Off-Grid

Mounting Insights:

• Ground Mounted

• Rooftop

End Use Insights:

• Residential

• Commercial

• Industrial

Region Insights:

• North India

• South India

• East India

• West India

India Solar PV Module Market Key Players

The market exhibits a competitive landscape characterized by established domestic manufacturers alongside international players seeking market access. Competition is intensifying as manufacturers expand production capacities and pursue backward integration to strengthen competitive positioning.

Market participants are differentiating through technology leadership, product efficiency improvements, warranty terms, and after-sales service capabilities. The regulatory framework favoring domestically manufactured modules is reshaping competitive dynamics, creating opportunities for local players.

Quality certifications, compliance with approved manufacturer lists, and demonstrated track record in executing large-scale projects serve as key competitive parameters.

India Solar PV Module Market Recent Developments & News

December 2025: Emmvee inaugurated a 2.5 GW solar module manufacturing line at its Sulibele facility in Bengaluru, raising total module capacity to 10.3 GW, with the company reporting a 193% year-over-year revenue increase in H1 FY2026 attributed to higher module volumes and operational efficiencies.

December 2025: Approximately 23.9 lakh households adopted rooftop solar systems under the PM Surya Ghar scheme, collectively generating around 7 GW of clean electricity, reflecting accelerating residential adoption driven by policy simplification and financial incentives.

December 2025: ADM Solar Power supplied 200 MW of bifacial PV modules for large utility-scale projects in Gujarat and Maharashtra, highlighting the growing adoption of bifacial technology in India's ground-mounted solar installations.

October 2025: The Ministry of Power directed all Indian states to waive separate net-metering agreements and associated charges under the PM Surya Ghar scheme, simplifying rooftop solar adoption procedures nationwide.

September 2025: Mercom reported India added 44.2 GW solar module and 7.5 GW cell capacity in H1 2025, led by 39.9 GW TOPCon and first-time 1.2 GW HJT additions, reflecting the industry's accelerating transition toward high-efficiency module technologies.

September 2025: ReNew Energy reduced its solar module and cell prices following India's GST cut from 12% to 5%, boosting affordability for utility-scale and rooftop solar projects across the country.

2025: The Production-Linked Incentive scheme enabled 18.5 GW of solar module, 9.7 GW of cell, and 2.2 GW of ingot-wafer capacity by June 2025, reinforcing government policy support for integrated domestic manufacturing across the solar value chain.

2025: Waaree Energies led the India solar PV module market with approximately 1.4 GW of solar module shipments, the highest volume among all suppliers, reflecting the growing market dominance of domestic manufacturers.

Frequently Asked Questions

How big is the India solar PV module market?

➤ The India solar PV module market was valued at USD 8.80 Billion in 2025.

What is the projected growth rate of the India solar PV module market?

➤ The market is expected to grow at a CAGR of 10.37% from 2026–2034 to reach USD 21.38 Billion by 2034, driven by government renewable energy targets, declining module costs, accelerating domestic manufacturing, rising industrial solar adoption, and the ongoing transition toward high-efficiency module technologies.

Which technology holds the largest share of the India solar PV module market?

➤ Crystalline silicon dominates with a 77% share in 2025, driven by superior energy conversion efficiency, proven long-term reliability, well-established manufacturing ecosystems, and cost-effectiveness across utility-scale and commercial applications throughout India.

What are the key factors driving market growth?

➤ Key drivers include government policy support through the National Solar Mission and PM Surya Ghar scheme; Production-Linked Incentives accelerating domestic manufacturing; declining module prices improving project economics; rising electricity demand and energy security concerns; transition toward TOPCon, bifacial, and heterojunction module technologies; and expanding industrial solar adoption driven by open-access regulations and renewable purchase obligations.

What are the major challenges facing the India solar PV module market?

➤ Major challenges include inadequate transmission infrastructure in high-irradiance regions causing curtailment risks; land acquisition difficulties and lengthy regulatory approval processes extending project timelines; continued import dependence for critical upstream components including cells, wafers, and polysilicon exposing the market to supply chain disruptions; currency fluctuations affecting component pricing; and grid integration constraints that lag behind rapid solar capacity additions, affecting investor confidence and project feasibility assessments.