India’s Solar Cell Manufacturing Capacity Set to Surge 55% to 42 GW by 2026.

ALMM List for Solar Cells Imminent as Government Streamlines Domestic Manufacturing Push.

New Delhi, India – India’s solar cell manufacturing capacity is poised for rapid expansion, projected to grow from 27 GW today to 42 GW by June 2026, according to government officials. This 55% increase comes as the Ministry of New and Renewable Energy (MNRE) prepares to release the Approved List of Models and Manufacturers (ALMM) for solar cells within days – a key policy move to strengthen domestic manufacturing under the Atmanirbhar Bharat initiative.


Key Developments in India’s Solar Manufacturing Ecosystem

1. Capacity Expansion Timeline

YearSolar Cell CapacityGrowthTop Players
202427 GWWaaree, Adani, Tata Power, Premier, ReNew, Gensol
202642 GW (projected)+55%New entrants expected

2. Policy Updates: ALMM for Solar Cells

✔ Mandatory from June 2026 for new projects
✔ Exemption granted for ongoing bids (using ALMM List-I modules) until 1 month after ALMM cell list notification
✔ Future expansion: ALMM for wafers & polysilicon in 2-3 years (currently only 2.2 GW wafer capacity)

3. Export & Import Dynamics

  • Export shift: Focus on US & West Asia as EU demand slows
  • China dependency: Module price gap narrows (42¢ → 7-8¢ vs. Indian DCR modules)
  • Anti-dumping probe: US investigation unlikely to majorly impact Indian exports

Why This Growth Matters?

✅ Reducing Import Reliance

  • Cuts dependence on Chinese wafers & polysilicon (currently 90%+ imported)
  • Strengthens full supply chain (polysilicon → wafer → cell → module)

✅ Boosting “Make in India” Solar

  • ALMM ensures domestic procurement for govt projects
  • PLI scheme (₹24,000 cr) already driving manufacturing investments

✅ Global Competitiveness

  • Economies of scale to reduce costs (currently higher conversion costs)
  • Potential to capture US/West Asia markets amid China+1 trends

Industry Reactions

Government Official:
*”With 42 GW cell capacity by 2026, India will be self-sufficient for most utility-scale projects. The ALMM provides certainty to manufacturers.”*

Solar Manufacturer (Waaree/Adani):
“We’re scaling up to meet demand. The next challenge is backward integration into wafers and polysilicon.”

Project Developer:
“ALMM provides clarity. The transition period ensures no disruption to ongoing bids.”


What’s Next?

🔹 ALMM cell list notification (expected within days)
🔹 New wafer/polysilicon plants (2-3 year horizon)
🔹 Export push to US amid anti-China sentiment


Conclusion:
India’s solar manufacturing ecosystem is entering a transformative phase, with cell production set to grow 55% in 2 years. While module manufacturing has gained momentum, the real test will be developing wafer and polysilicon capacities to achieve true supply chain independence.

Key Challenge Ahead:
⚡ Scaling wafer/polysilicon production to reduce China dependence

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