Intersolar Europe 2026: What India's Solar Industry Must Learn Now
A subdued Intersolar Europe 2026 in Munich flashed warning signs that India's solar developers and policymakers cannot afford to ignore
EXD Editorial·June 27, 2026

Europe's solar industry arrived at Intersolar Europe 2026 in Munich this June with noticeably less swagger than in previous years. The mood on the exhibition floor was cautious — dampened by oversupply pressures, falling module prices, grid integration bottlenecks, and policy uncertainty across EU member states. PV Tech, which surveyed sentiment across the week-long event, described the industry as 'downbeat' beneath the Bavarian summer heat. For India, a country racing toward its 500 GW renewable energy target by 2030 under MNRE's accelerated deployment roadmap, the signals from Munich carry direct and urgent relevance. India added over 24 GW of solar capacity in FY2024-25, pushing its total installed solar base past 90 GW. SECI tenders are flowing, state solar parks in Rajasthan, Gujarat, Tamil Nadu, Andhra Pradesh, and Karnataka are expanding, and developers like Adani Green Energy, ReNew Power, Greenko, and NTPC Renewable Energy are committing billions in capital. But Europe's stumble is a rehearsal India must study before it faces the same act.
Why Is Europe's Solar Industry Feeling the Pressure?
The core pain point at Intersolar Europe 2026 was a brutal module price environment driven by Chinese manufacturing overcapacity. Prices for crystalline silicon modules have collapsed to levels that make new investment in European cell and module manufacturing economically precarious. Several European manufacturers have either shuttered lines or delayed capacity expansions, unable to compete with Chinese gigafactories producing at a fraction of the cost. Grid congestion compounded the misery: large utility-scale solar projects across Germany, Spain, and Italy are stuck in multi-year interconnection queues, eroding project IRRs and frustrating developers who secured land and permits years ago. Policy whiplash — subsidy redesigns, retroactive tariff changes in some southern European markets, and slower-than-expected permitting reform — added to the gloom. The mood reflected an industry that had scaled faster than its supporting infrastructure could absorb, a cautionary tale that resonates deeply with Indian energy planners who watch PGCIL's transmission network struggle to evacuate solar power from Rajasthan's massive parks to demand centres in Maharashtra and Delhi.
For global solar equipment suppliers — many of whom count Indian developers among their top customers — a weakened European market means fiercer competition for orders. Tier-1 Chinese manufacturers like LONGi, JA Solar, and Trina Solar, facing reduced European offtake, will intensify their push into India, Southeast Asia, and the Middle East. Indian developers sourcing panels for large SECI-auctioned projects will likely see continued downward pressure on module prices through 2026 and into 2027, which is commercially beneficial in the short term but raises long-term questions about supply chain concentration and the viability of India's own nascent manufacturing ambitions under the PLI scheme.
How Does European Solar Oversupply Affect Indian Module Prices?
India's solar import data tells a story closely linked to what played out on the Intersolar floor. India imported approximately 50 GW worth of solar modules in FY2024-25, the vast majority from Chinese suppliers, even as the government imposed Basic Customs Duty of 40% on imported cells and 25% on modules to protect domestic manufacturers. The paradox is sharp: BCD has not been enough to make Indian-made modules cost-competitive at scale, and with European demand softening, Chinese exporters now have even stronger incentive to redirect volume — and offer sharper pricing — into the Indian market. Developers bidding on SECI tenders set at ₹2.40–₹2.65 per kWh are under relentless pressure to minimise EPC costs, which means imported modules remain the default choice for many projects. Domestic manufacturers — Waaree Energies, Vikram Solar, Premier Energies, and Waaree's newly commissioned 5 GW Odisha facility among them — are expanding, but the PLI scheme's manufacturing targets of 65 GW by 2026-27 remain aspirational against the backdrop of a globally oversupplied market. Intersolar 2026 confirmed that the oversupply cycle will not resolve quickly.
The silver lining for Indian project developers is clear in the near term: cheaper modules directly reduce the levelised cost of energy for new solar farms, helping India maintain some of the lowest solar tariffs globally. JSW Energy, Torrent Power, and NTPC Renewable Energy — all active bidders in recent SECI and state-level auctions — stand to benefit from procuring at depressed global prices while their bids remain commercially viable. The risk is that this price environment discourages the domestic manufacturing investment India needs to reduce import dependence before the next geopolitical or supply-chain shock.
What This Means for India's Energy Transition
India's clean energy transition is moving faster than almost any comparable economy, but the structural vulnerabilities exposed at Intersolar Europe 2026 — grid saturation, policy inconsistency, and manufacturing fragility — are not uniquely European problems. PGCIL's Green Energy Corridor Phase II is adding interstate transmission capacity, but solar generation in Rajasthan and Gujarat continues to outpace evacuation infrastructure, causing curtailment that erodes project returns. MNRE and the Ministry of Power must accelerate grid modernisation in parallel with capacity additions, not sequentially. On the manufacturing side, India's PLI for solar PV modules needs sharper execution support and demand linkage — connecting domestic offtake mandates to SECI tender conditions more aggressively — to give Indian factories the order certainty that justifies multi-gigawatt expansion. The PM Surya Ghar scheme, targeting 10 million rooftop solar households, adds distributed demand that can anchor smaller domestic manufacturers even if utility-scale developers continue importing.
Watch for three signals in the next six months: MNRE's response to domestic content requirement compliance in ongoing SECI projects, the trajectory of BCD policy as it faces review pressure from project developers, and whether Indian module manufacturers accelerate their export ambitions into markets where Chinese suppliers face trade barriers. Europe's subdued Intersolar week is a preview — not a warning India can afford to file away.
Key Facts
- —India added over 24 GW of solar capacity in FY2024-25, pushing total installed solar past 90 GW
- —India imported approximately 50 GW worth of solar modules in FY2024-25, predominantly from Chinese suppliers despite 40% Basic Customs Duty on cells
- —SECI solar tariffs in recent auctions have ranged between ₹2.40–₹2.65 per kWh, keeping Indian solar among the lowest-cost globally
Frequently Asked Questions
How does Intersolar Europe 2026 affect solar panel prices in India?
A glut of Chinese-made modules redirected from a soft European market is likely to keep solar panel prices low in India through 2026–27, benefiting project developers bidding in SECI tenders but challenging Indian domestic manufacturers competing under the PLI scheme.
What is India's current installed solar capacity in 2026?
India's total installed solar capacity crossed 90 GW in FY2024-25 after adding over 24 GW in that fiscal year alone, putting the country on track — though still stretching — toward its 500 GW renewable energy target by 2030.
How does European solar market weakness affect Indian renewable energy developers?
Indian developers like Adani Green Energy, ReNew Power, and JSW Energy benefit from lower module procurement costs as Chinese suppliers chase global demand. The risk is deeper import dependence and continued pressure on India's nascent domestic solar manufacturing industry.