Challenges Faced by Solar Manufacturers Due to Tariffs and Supply Chain Disruptions
The industry must accept a new pricing norm to build a self-reliant ecosystem that is not dependent on subsidised Chinese inputs. Companies that can tackle this volatility by diversifying their maps and synchronising their output with grid reality will emerge as winners of the next decade.
February 12, 2026. By News Bureau
While the industry has established itself as a leading manufacturing force by surpassing a total production capacity of 144 GW, with a massive development pipeline that is projected to push this figure well beyond 185 GW by the end of 2026.
The industry is currently fighting a multi-front trade war. On one side, a 50 percent tariff has made exporting to the US prohibitively expensive. On the other, manufacturing costs are rising due to India’s own import duties (BCD and Anti-Dumping) on cells, compounded by China’s recent removal of its 9 percent export tax rebate. The story of 2026 is no longer just about growth; it is about gravity. Even as installation numbers hit record highs, manufacturers are trapped between these rising trade walls and a supply chain that remains stubbornly brittle.
The Export Pivot: Breaking the Western Dependency
For years, the United States was the largest buyer of Indian solar modules, accounting for nearly 95 percent of exports, and served as a high-margin release valve for domestic manufacturers. That effectively ended in late 2025, with the American door now bolted by reciprocal duties, the “export" model has collapsed, leaving warehouses full and forcing a fundamental rethink of global strategy.
Indian exporters are now diversifying their global footprint to capture the emerging demand in the 'Global South,’ which is historically dominated by China. According to a report done by JMK Research, Indian manufacturers are aggressively attempting to carve out a foothold in South Africa and the UAE. This marks the industry’s first true test of resilience: the challenge is no longer just shipping to a hungry US market, but winning price wars in a fiercely competitive, multi-polar world.
The Hidden Vulnerabilities Lurking Inside India’s Solar Supply Chain
The "Make in India" initiative has successfully localised the final assembly of modules, but the foundation remains uncomfortably foreign. The hard truth is that the sector still imports over 90 percent of its wafers and ingots from China. Worse, the very machines used to manufacture advanced TOPCon and HJT cells are primarily sourced from Chinese vendors. The industry is effectively fighting a trade war using the opponent’s ammunition, leaving it exposed as a "price taker" on both raw materials and technology.
This vulnerability has become acute with the explosion in silver prices, which at the time of writing this article, is breaching USD 114 per ounce. A technical reality compounds the squeeze: the industry’s shift to high-efficiency TOPCon cells has increased silver consumption per unit as compared to the older technologies.
How the Quest for Energy Sovereignty Is Creating a Short-Term Supply Crunch
The June 1, 2026, implementation of ALMM List-II marks the end of the "assembly-only" era. By mandating the use of domestic cells in government-backed and key private projects, the policy forces a necessary backward integration.
While the long-term vision is energy sovereignty, the short-term reality is a bottleneck. Domestic cell capacity (approximately 30 GW) is simply not ready to feed the voracious appetite of module lines (approximately 125 GW).
However, for Open Access and C&I developers, the situation is far more critical. Unlike government bids, their exemption is tied strictly to the commissioning date. If these projects are not operational before June 1, they will be forced to switch to domestic cells—inputs that are currently both scarce and trading at a significant premium over global rates. The first half of 2026 will therefore be defined by a high-stakes race to commission capacity, where a delay of even one month could fundamentally break a project's financial model.
The Asymmetry Between Fast Solar Deployment and Slow Grid Evolution
Ultimately, the industry’s greatest adversary in 2026 is not policy, but physics. The fundamental friction is a timeline mismatch: while gigawatt-scale solar parks can be commissioned with relative speed, the high-voltage transmission lines required to evacuate that power often take much more time to navigate the labyrinth of acquisition and clearances.
Rajasthan is now experiencing one of the most severe 'velocity traps' across the whole world, with nearly 4 GW of renewable energy currently in operation at risk of becoming 'stranded' as they are unable to send their generated electricity to customers due to lack of a transmission infrastructure. Operational renewable energy projects are beginning to feel the effects of this congestion during the 'busiest generation' months when congestion levels in some areas have reached up to 51.5 percent curtailment spikes. Without an immediate acceleration of the Green Energy Corridor and a resolution to Right of Way (RoW) disputes, the industry risks choking on its own productivity.
The Inevitable Shift from Hyper Growth to Structural Maturity
The Indian solar sector has graduated from its infancy. The "growth at all costs" phase is effectively over; the "resilience" phase has begun. As the dust settles in 2026, we will likely witness a stark consolidation, a separation of the wheat from the chaff.
The industry must accept a new pricing norm to build a self-reliant ecosystem that is not dependent on subsidised Chinese inputs. Companies that can tackle this volatility by diversifying their maps and synchronising their output with grid reality will emerge as winners of the next decade.
- Mayank Garg, CEO, Aroma Solar Energy
please contact: contact@energetica-india.net.
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