India’s PV Module Manufacturing Capacity Tops 210 GW

Why It Matters

The capacity build positions India to meet its ambitious renewable targets while reducing reliance on imports, but timing gaps could strain the 2026 solar rollout. Consolidation could reshape the domestic value chain, favoring larger, integrated players.

Key Takeaways

• India’s module capacity reached 210 GW in 2025.
• Cell capacity grew to 27 GW, still below demand.
• Domestic imports fell to 99 GW, 75% cells.
• Exported modules mainly to U.S.; cells to UAE.
• Consolidation expected as smaller plants lose market share.

Pulse Analysis

India’s solar manufacturing boom reflects a deliberate policy push to secure domestic supply chains and meet the nation’s renewable‑energy commitments. The 119 GW module addition in 2025 more than doubled the growth rate of the previous year, driven by the utility‑scale pipeline, the PM Surya Ghar rooftop incentive, and the ALMM List II cell mandate. These measures have helped lift cumulative module capacity to roughly 210 GW, positioning the country among the world’s largest producers, while cell capacity now stands at 27 GW, still trailing the projected demand for large‑scale projects.

Nevertheless, the surge has not eliminated import dependence. In 2025, India still imported 99 GW of solar modules and cells, with cells accounting for three‑quarters of that volume. The ALMM domestic cell mandate, slated for June 2026, aims to curb this reliance, but newly commissioned lines typically require eight months to stabilize, suggesting that true supply‑demand alignment may only materialize in the second half of 2026. This lag creates a short‑term risk for developers counting on locally sourced components, potentially inflating project costs or delaying commissioning schedules.

The market dynamics are also prompting a wave of consolidation. Smaller, lower‑utilisation plants face rising capital requirements and waning demand for mono‑PERC modules, nudging investors toward larger, vertically integrated manufacturers that can achieve economies of scale and higher yields. Export patterns underscore this shift: Indian modules are primarily shipped to the United States, while cell exports target the United Arab Emirates, indicating niche competitive advantages. As the sector consolidates, the emerging leaders will likely dictate technology standards, pricing power, and the pace of India’s transition to a self‑sufficient solar ecosystem.