India's ambitious plan to establish a domestic polysilicon industry is a strategic move with far-reaching implications for the country's energy transition and economic growth. The country's reliance on imports from China for polysilicon, a critical raw material for solar PV manufacturing, presents a significant vulnerability in its pursuit of clean energy leadership. The proposed Production Linked Incentive (PLI) scheme, which aims to create over 10GW of polysilicon capacity, is a bold step towards vertical integration and localization of the solar supply chain.
The PLI scheme's potential impact is profound. By incentivizing polysilicon production, India can address a critical gap in its solar PV and semiconductor supply chains. This move is particularly strategic given the government's focus on shifting from module assembly to upstream value addition. As Charith Konda, an energy specialist at IEEFA, notes, the scheme "provides essential supply-side support to meet the ALMM List II mandate, strengthening India’s ability to build a resilient and competitive clean energy ecosystem."
However, the path to achieving this goal is fraught with challenges. Developing domestic polysilicon capacity is capital- and energy-intensive, requiring significant technical expertise. The current prices of polysilicon outside China are around 2-3 times higher, which could increase downstream module costs. This raises a critical question: How can India ensure the competitiveness of its domestic polysilicon industry in the face of higher costs and the presence of lower-cost imports?
Ankita Chauhan, a global supply chain and integrated power & renewables research analyst at Wood Mackenzie, highlights the importance of the incentive structure. She states, "The overall effectiveness of the scheme will depend on the level of support offered, which remains unclear in the absence of details on the incentive structure."
To address this, industry support measures are crucial. A dedicated incentive for polysilicon, as proposed, can help close the upstream manufacturing gap. However, as Prabhakar Sharma, a senior consultant at JMK Research, points out, "a commensuratedemand-side measure should also be implemented, such as ALMM, in parallel. Without this, Indian-made polysilicon will be hard to sell and secure offtake."
The National Critical Minerals Mission, India's ongoing initiative, can play a pivotal role in securing raw materials for polysilicon production. By integrating these support measures, India can create a robust and competitive solar PV manufacturing ecosystem. However, the success of this endeavor hinges on the government's ability to provide the necessary support and address the challenges of higher costs and technical expertise.
In conclusion, India's PLI scheme for polysilicon is a strategic move with the potential to revolutionize its solar industry. Yet, it requires careful execution and comprehensive support measures to ensure its success. The country's journey towards energy independence and clean energy leadership is a complex one, but with the right strategies, India can emerge as a global leader in the renewable energy sector.
