Polysilicon Industry Reaches Key Turning Point: Capacity Integration Platform Established, Reshaping Competitive Landscape

The photovoltaic industry chain is approaching a historic turning point.

In the polysilicon segment, severe overcapacity has been a consensus for several years. Industry data shows China's polysilicon output reached 1.82 million tons in 2024, while production in the first half of 2025 saw a significant year-on-year decline. The severe supply-demand imbalance once drove prices below the cost line.

The establishment of "Guanghe Qiancheng" is a direct response to these industry challenges. Positioned as an asset integration vehicle rather than an operating entity, its core mission is to facilitate capacity mergers and optimize resource allocation.

This model aligns with the national policy direction of curbing "internal competition" and managing low-price disorder while avoiding monopoly concerns that could arise from single-firm dominance.

The 1.5 million ton annual capacity ceiling set by the new platform is not an arbitrary figure.

Reports indicate that current domestic polysilicon capacity far exceeds this number, meaning a substantial portion of existing capacity will need to be consolidated or phased out in the future. This hard constraint fundamentally alters the logic of industry competition.

The unique equity structure of "Guanghe Qiancheng" is equally noteworthy. The platform is jointly held by the industry's top five enterprises and explicitly has no controlling party.

Furthermore, its shares are designed to be freely transferable among shareholders in the future. This mechanism allows ample room for subsequent capacity mergers and capital operations, providing a workable framework for deep industry consolidation.

The operation of the capacity integration platform will profoundly reshape the supply-demand dynamics across the PV value chain.

On the supply side, the clear capacity cap and consolidation expectations are changing corporate behavior. Self-disciplined production cuts and making-to-order are becoming industry norms. In fact, market confidence has already received a significant boost following the platform's announcement, with polysilicon futures prices rising accordingly.

On the demand side, price signals are expected to return to rationality. Market analysis generally suggests that under the new mechanism, the target for mainstream polysilicon prices will stabilize at a more sustainable level, aiding the reasonable restoration of profits across the entire industrial chain.

Simultaneously, industry consolidation will accelerate technological iteration. Resources will increasingly concentrate on high-quality capacity capable of producing high-purity, low-energy-consumption products, driving overall industrial upgrading.

As the core raw material for polysilicon, the industrial silicon market will directly experience the effects of downstream transformation.

The industry anticipates that as the polysilicon sector's supply-demand relationship becomes healthier, its operational rates and profit margins will gradually improve. This is expected to stabilize and potentially increase long-term demand for industrial silicon. Particularly with the N-type high-efficiency battery technology becoming mainstream, demand for high-quality industrial silicon will remain robust.

In the short term, market sentiment has already been noticeably lifted. During the recent surge in polysilicon futures prices, industrial silicon prices also strengthened, reflecting the capital market's expectation of a revaluation across the industrial chain.

For industrial silicon producers, this signals the formation of a more stable and predictable demand environment.