Report Highlights

Market Overview

India presents one of the most compelling growth cases for perovskite solar cell technology globally — its 500 GW solar capacity target by 2030, combined with severe land constraints in high-population-density urban and peri-urban areas, creates demand for high-efficiency solar technologies that extract more energy per unit area than conventional silicon panels. India's world-class solar research institutions — IIT Bombay, IIT Delhi, IISER Pune, and CSIR's National Chemical Science cluster — have produced internationally recognised perovskite research output, contributing to global efficiency records and encapsulation breakthroughs, creating an academic research base that is beginning to translate into industry partnerships and startup formation. The government's National Mission for Solar Energy and the Production-Linked Incentive (PLI) scheme for solar PV modules create a policy environment that is evolving to accommodate next-generation PV technologies alongside the conventional silicon cell manufacturing capacity it has been primarily designed to support.

India's current perovskite solar market is primarily pre-commercial — research programmes at academic institutions and pilot programmes at established solar manufacturers rather than commercial production. Waaree Energies and Vikram Solar have both disclosed perovskite research programmes, with Waaree reportedly testing perovskite-silicon tandem cell efficiency in its internal R&D. The India-UK Technology Partnership and the DBT-DST bilateral research funding with European institutions are accelerating knowledge transfer from advanced perovskite research centres (Oxford PV, EPFL, Saule Technologies) to Indian academic groups, and the Indo-German Solar Energy Partnership has specific perovskite technology collaboration provisions. India's Building and Construction Sector is the fastest-growing near-term perovskite application — BIPV (building-integrated photovoltaics) using perovskite's architectural flexibility is being promoted through the Bureau of Energy Efficiency's Green Buildings programme.

Key Growth Drivers

India's 500 GW solar target by 2030 requires approximately 50 GW of new installation annually — the highest annual installation rate outside China — creating an addressable market for high-efficiency panels that can reduce the land required per gigawatt of generation. The PLI scheme's Phase 2 extension to cover tandem solar modules, announced in 2024, provides INR 3,000 crore (approximately USD 360 million) in incentives for advanced solar cell manufacturing including perovskite-silicon tandems meeting specified efficiency thresholds. India's tropical climate creates a challenge for perovskite stability — high humidity and elevated temperatures accelerate the degradation modes that are already perovskite's primary commercialisation barrier — but the commercial opportunity is large enough to justify significant encapsulation R&D investment specifically addressing tropical climate performance requirements.

Market Challenges

Perovskite stability in India's climate — characterised by high humidity during monsoon season (70–90% relative humidity for 4–5 months annually) and ambient temperatures of 35–45°C in peak summer — is the primary technical barrier for commercialisation. Encapsulation solutions adequate for European or temperate climates may not be sufficient for Indian deployment conditions, requiring India-specific accelerated ageing testing and certification protocols that the Bureau of Indian Standards (BIS) is not yet equipped to define or administer. The absence of a domestic perovskite equipment supply chain — India lacks MOCVD systems, slot-die coating equipment, and specialised encapsulation materials at commercial scale — means any Indian perovskite manufacturing facility must import capital equipment, adding cost and foreign exchange risk to an already capital-intensive technology transition.

Emerging Opportunities

Agrivoltaics — solar panels elevated above agricultural fields to generate power while allowing crops to grow beneath — is an application where perovskite's tunable spectrum could be optimised for crop photosynthesis requirements while harvesting electricity, addressing India's acute land competition between agriculture and solar installation. India's Ministry of Agriculture has proposed agrivoltaic pilot programmes in Maharashtra and Gujarat, with 10 GW of agrivoltaic capacity as a target by 2030 in the national solar expansion plan. Rooftop solar for industrial and commercial buildings is the near-term deployment category where perovskite's efficiency advantage is most commercially compelling — reducing the roof area required per kWp of capacity by 30%–40% relative to silicon, which directly addresses the roof area constraint limiting rooftop solar capacity in dense industrial estates.

Market at a Glance

Leading Market Participants

• CSIR-NCSC
• IISER Pune
• Waaree Energies
• Vikram Solar
• The National Solar Energy Federation of India
• Several IIT
• IISER perovskite research groups

Regulatory and Policy Environment

The Bureau of Indian Standards (BIS) quality framework for solar modules — aligned with IEC 61215 — applies to perovskite products entering the Indian market, requiring certification that currently has no specific perovskite test protocols, defaulting to silicon solar standards that may not be appropriate for perovskite's distinct degradation modes. The PLI scheme's advanced cell provisions create financial incentives for domestic perovskite manufacturing that align with India's Solar PV Policy objective of 65 GW annual domestic manufacturing capacity by 2030. The ALMM (Approved List of Models and Manufacturers) for solar PV equipment — which restricts government project procurement to listed products — will need to develop a perovskite inclusion pathway before domestic manufacturers can access the government solar tender market that represents the majority of India's installation volume.

Long-Term Outlook

India's perovskite solar market will transition from research-dominated to early commercial deployment between 2026 and 2030, with the first domestic perovskite module production from established solar manufacturers targeting the premium commercial and industrial rooftop segment where the efficiency advantage justifies pricing above silicon panels. Large-scale utility deployment will follow as stability certification is established for Indian climate conditions and domestic manufacturing scale reduces module cost. By 2032, India is projected to have 1–3 domestic perovskite solar module producers at commercial scale, with the PLI scheme and ALMM inclusion providing the policy foundations for a domestic manufacturing industry that can compete with imports from established perovskite producers in Europe and China.