TL;DR
Vikram Solar is set to commission 9 GW of solar cell manufacturing capacity by December 2026. This expansion aligns with India’s evolving policy landscape and aims to strengthen domestic supply chains.
Vikram Solar is on track to commission 9 gigawatts of solar photovoltaic (PV) cell manufacturing capacity by the end of December 2026, as part of its broader expansion plans. This development is significant for India’s solar industry, given the country’s recent policy shifts favoring domestic manufacturing.
The company is simultaneously expanding its module manufacturing capacity from 9.5 GW to 15.5 GW, with the additional capacity expected to be operational by the first quarter of fiscal year 2027, according to PV Magazine India. Vikram Solar’s immediate focus is on its first phase of a planned 12 GW solar cell manufacturing facility, which aims to reach 9 GW of capacity by December 2026.
This expansion aligns with the implementation of India’s ALMM List-II, effective June 1, 2026, which requires solar modules deployed in government-supported and other projects to source cells from ALMM-listed manufacturers. The policy aims to promote domestic manufacturing and reduce reliance on imports, particularly from China.
Vikram Solar has secured interim domestic cell supply through a 2 GW ALMM-compliant sourcing agreement with Jupiter International, ensuring availability ahead of its backward integration plans. However, analysts note that this agreement is unlikely to significantly impact the company’s earnings, as pricing premiums linked to domestic content are expected to remain with cell suppliers.
Impact of Domestic Cell Capacity Growth on India’s Solar Industry
This development is crucial as it positions Vikram Solar to meet the increasing demand for ALMM-compliant solar cells, which are now mandatory for many projects under India’s new policies. Strengthening domestic manufacturing is expected to enhance energy security, reduce import dependence, and foster industry consolidation among scaled players. The move also signals a shift toward greater industry vertical integration, which could influence global supply chains and investment flows into India’s renewable sector.
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India’s Solar Policy Push and Industry Expansion
India’s solar industry has been rapidly expanding, with government policies promoting domestic manufacturing through the ALMM framework. The recent policy changes, including the implementation of ALMM List-II and upcoming ALMM List-III for wafers and ingots, aim to create a self-reliant solar supply chain. Vikram Solar’s capacity expansion aligns with these policies, as domestic cell capacity continues to lag behind module manufacturing, making local production increasingly vital for project developers and manufacturers.
Earlier, Vikram Solar announced plans to expand its module capacity from 9.5 GW to 15.5 GW, with the new capacity expected to be operational by early 2027. The company’s focus on backward integration and domestic sourcing reflects broader industry trends toward localization and supply chain resilience.
“Vikram Solar’s planned capacity expansion is well-aligned with India’s evolving policy landscape, positioning it to capitalize on the increasing demand for domestically produced solar cells.”
— an anonymous researcher
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Remaining Uncertainties Around Capacity Realization
It is not yet clear whether Vikram Solar will meet its targeted 9 GW capacity by December 2026, as project timelines can be affected by supply chain constraints, regulatory approvals, and technological challenges. Additionally, the impact of the 2 GW interim sourcing agreement on the company’s long-term earnings remains uncertain, given the potential for pricing premiums to persist with cell suppliers.
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Next Steps for Vikram Solar and Industry Stakeholders
Vikram Solar is expected to continue ramping up its manufacturing capacity over the coming months, with the first phase of its 12 GW facility nearing completion. Industry observers will monitor how the company navigates supply chain challenges and policy developments, including the potential rollout of ALMM List-III for wafers and ingots in 2028. Additionally, project developers and investors will watch for how these capacity expansions influence module prices and project timelines.
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Key Questions
When is Vikram Solar expected to fully commission its 9 GW capacity?
The company aims to achieve this target by the end of December 2026, though actual timelines may vary based on project execution and supply chain factors.
How does this expansion align with India’s solar policies?
The capacity expansion supports India’s push for domestic manufacturing under the ALMM framework, which mandates the use of locally sourced cells for many solar projects, thereby fostering industry self-reliance.
Will this capacity meet the current demand for ALMM-compliant solar cells?
While the 9 GW capacity will significantly enhance domestic supply, the overall demand for ALMM-compliant cells is high, and supply constraints may persist until further capacity expansions are completed.
What are the implications for global solar supply chains?
India’s increasing domestic capacity could reduce reliance on imports, particularly from China, and influence global trade dynamics in solar manufacturing.
What challenges might Vikram Solar face in this expansion?
Potential challenges include supply chain disruptions, technological hurdles in scaling manufacturing, and policy uncertainties related to future ALMM updates.
Source: PV Magazine
