Photovoltaic Industry Special Report: Top-Down Support, Market-Led Elimination, and Technological Iteration to Drive Supply-Side Improvement

Date: September 2025
Analysts: Yao Yao (S1130512080001), Zhang Jiawen (S1130523090006)
Source: Guojin Securities Research Institute

Executive Summary

The Chinese photovoltaic (PV) industry is undergoing a critical structural adjustment phase, characterized by a decisive shift from uncontrolled expansion to disciplined supply-side consolidation. Since late June 2025, top-level policy signals regarding the "anti-involution" (prevention of vicious internal competition) in the PV sector have intensified in both frequency and severity. Unlike previous cycles driven primarily by market forces or isolated administrative measures, the current adjustment is defined by a tripartite mechanism: top-down regulatory support, market-led elimination of inefficient capacity, and accelerated technological iteration.

Our analysis draws parallels with historical supply-side reforms in China’s steel and coal sectors (2016-2017) and the consolidation of Japan’s cement industry (1980s-1990s). We conclude that the PV industry is unlikely to resolve its oversupply through a single "one-size-fits-all" administrative cut or purely organic market clearance. Instead, the path to rebalancing involves strict enforcement of energy consumption and quality standards to eliminate backward capacity, coupled with state-guided mergers and acquisitions (M&A) to enhance concentration, particularly in the polysilicon segment.

Key developments include:
1. Price Recovery: Regulatory crackdowns on below-cost dumping have stabilized prices. Polysilicon prices have rebounded ~56% from bottoms, and module tender prices are trending upward, approaching the estimated full-cost coverage level of RMB 0.81/W.
2. Capacity Rationalization: New national energy consumption standards for polysilicon are expected to reduce effective domestic capacity by ~16.4% (to ~2.4 million tons/year), accelerating the exit of high-cost producers.
3. Financial Pressure as a Catalyst: Sustained losses across the main value chain since 2H 2024 have peaked corporate interest-bearing liabilities in Q2 2025. Second and third-tier players face imminent liquidity crises, hastening market-driven exits.
4. Technological Differentiation: In an era of homogeneous overcapacity, disruptive innovation (e.g., HJT, xBC) and strict quality controls are becoming the primary drivers for premium pricing and market share retention.

We maintain a positive outlook on the sector’s long-term health, recommending investors focus on low-cost polysilicon leaders, solar glass manufacturers with strong valuation safety margins, efficient cell/module producers, and financially robust companies in equipment, auxiliary materials, and inverters that are diversifying into high-growth adjacent sectors (semiconductors, robotics, AI computing).

Key Takeaways

1. Escalation of "Anti-Involution" Policy: From Guidance to Enforcement

The policy landscape for the PV industry has shifted markedly between 2024 and 2025, moving from voluntary industry self-discipline to rigorous legal and administrative enforcement.

• Top-Level Endorsement: The Politburo first addressed "involution-style" malignant competition in July 2024. By mid-2025, this evolved into concrete actions. On June 29, 2025, People’s Daily published a front-page article explicitly naming PV modules, NEVs, and energy storage systems as targets for rectifying involutionary competition. Subsequently, on September 16, 2025, President Xi Jinping’s article in Qiushi emphasized the construction of a unified national market, calling for the orderly exit of backward capacity and the revision of laws such as the Bidding Law and Price Law.
• Regulatory Mechanism Shift:
  • 2024 Approach: Relied heavily on industry associations (e.g., CPIA) to advocate for self-discipline and discourage below-cost sales. The impact was limited due to the lack of legal teeth.
  • 2025 Approach: Characterized by multi-ministry coordination (MIIT, NDRC, SASAC, SAMR, etc.). Key milestones include the July 24, 2025, release of the Draft Amendment to the Price Law, which legally defines "dumping" as selling below cost, providing a statutory basis for penalties. Additionally, the September 16 release of the Draft National Standard for Energy Consumption Limits per Unit Product of Polysilicon and Germanium significantly tightened energy efficiency requirements.
• Focus on Exit vs. Control: While 2024 policies focused on curbing new capacity investments, 2025 policies explicitly target the exit of existing backward capacity. The Central Financial and Economic Affairs Commission meeting on July 1, 2025, prioritized the orderly withdrawal of inefficient assets.

2. Historical Precedents: Lessons from Steel, Coal, and Japanese Cement

To understand the potential trajectory of the PV sector’s consolidation, we analyze two distinct historical models of supply-side adjustment.

A. China’s 2016-2017 Supply-Side Structural Reform (SSSR)

The SSSR in steel, coal, cement, and electrolytic aluminum offers a blueprint for administrative-led capacity reduction.

• Administrative Determination: The central government set rigid capacity reduction targets, enforced through local government accountability. In the steel sector, this led to the complete eradication of 140 million tons of "induction furnace" steel (rebar) capacity by October 2017.
• Strict Standards: Capacity was eliminated based on non-compliance with environmental, energy, quality, and safety standards. For instance, steel plants failing to meet emission standards or using outdated furnaces (<400m³ blast furnaces) were shut down.
• State-Owned Enterprise (SOE) Consolidation: Mergers were driven by SOEs to increase concentration. Notable examples include the merger of Baosteel and Wuhan Iron & Steel to form China Baowu Group, and the consolidation of cement assets by CNBM and Jinyu Group. This raised the CR10 (top 10 concentration ratio) in cement from ~39% in 2015 to ~42% in 2016.
• Outcome: Rapid reduction in nominal capacity, improved utilization rates, and a significant rebound in profitability and product prices starting in 2017.

B. Japan’s Cement Industry Consolidation (1980s-1990s)

Japan’s experience provides a model for combining policy guidance with market-driven M&A in a mature, private-sector-dominated industry.

• Phase 1: Policy-Led Contraction (1984-1990): Under the Temporary Measures Law for Structural Adjustment of Specific Industries, the Ministry of International Trade and Industry (MITI) coordinated a reduction of 30 million tons of capacity (from 129 million tons). Crucially, it facilitated the consolidation of 23 disparate cement companies into 5 major groups. This phase cleared idle and obsolete capacity and established a oligopolistic structure.
• Phase 2: Market-Led Rationalization (1994-Present): Following the initial consolidation, market forces took over. Between 1994 and 1998, major mergers occurred (e.g., Onoda + Chichibu; Sumitomo + Osaka). Post-1998, leading firms proactively reduced capacity in response to declining domestic demand, further improving supply-demand balance without heavy-handed administrative quotas.
• Relevance to PV: Given the PV industry’s private ownership structure and fragmented landscape, a pure administrative shutdown (like China’s steel reform) is less feasible. However, a hybrid approach—policy-guided initial consolidation followed by market-driven optimization, akin to Japan’s cement sector—is highly probable.

3. The Path to PV Supply-Side Adjustment: A Tripartite Model

We project that the PV industry will achieve supply-demand rebalancing through three concurrent pillars:

Pillar 1: Top-Down Support & Regulatory Constraints

A. Energy Consumption Standards as a Filter for Polysilicon
Polysilicon production is energy-intensive. The new draft national standard (Energy Consumption Limits per Unit Product of Polysilicon and Germanium) introduces stringent benchmarks:
* Trichlorosilane Method: Tier 1 (Advanced): 5.0 kgce/kg; Tier 2 (New/Expanded): 5.5 kgce/kg; Tier 3 (Existing): 6.4 kgce/kg.
* Silane Fluidized Bed Method: Tier 1: 3.6 kgce/kg; Tier 2: 4.0 kgce/kg; Tier 3: 5.0 kgce/kg.
* Impact: These limits are significantly lower than previous standards (Tier 3 was previously 10.5 kgce/kg). Companies failing to meet the Tier 3 baseline (6.4 kgce/kg) will face mandatory rectification. Failure to reach the Tier 2 access value (5.5 kgce/kg) after rectification will result in shutdowns.
* Quantitative Effect: According to the Silicon Industry Branch, implementing these standards will reduce effective domestic polysilicon capacity to approximately 2.4 million tons/year, a 16.4% decrease from end-2024 levels, and a 31.4% reduction relative to total installed capacity. This directly targets older, less efficient lines, many of which were built before 2022.

B. Quality Control as a Barrier to Low-End Competition
The emphasis on "high-quality development" and the prohibition of "low-price, low-quality" products aim to protect the integrity of PV assets, which have 15-20 year lifespans.
* Policy Signal: The Qiushi article and MIIT statements highlight the need to combat false power ratings and substandard auxiliary materials.
* Mechanism: Enhanced random quality inspections and stricter enforcement of product standards will increase the compliance cost for low-end manufacturers. This favors established players with robust QA/QC systems and allows them to command a premium for verified reliability, effectively squeezing out competitors who cut corners to offer rock-bottom prices.

C. Polysilicon Capacity Consolidation (The "Reservoir" Strategy)
Polysilicon is identified as the "bull's nose" (key leverage point) of the supply chain due to its capital intensity and relatively concentrated player base compared to downstream segments.
* Current Status: Industry feedback indicates substantive progress in polysilicon capacity integration. Reports suggest a potential RMB 50 billion fund led by major producers to acquire and shut down at least 1 million tons of capacity (approx. 1/3 of total capacity).
* Strategic Implication: If successful, this would create a quasi-OPEC structure for polysilicon, allowing for better output control and price stability. This model could then be replicated in other segments. The involvement of state-owned capital (e.g., Yueda Group’s involvement with Runyang, Xiamen C&D’s involvement with Zhongli) suggests that administrative guidance is facilitating these complex negotiations.

Pillar 2: Market-Led Elimination via Financial Stress

While policy sets the framework, financial reality is forcing the exit of weaker players. The industry has been in a state of comprehensive loss since the second half of 2024.

A. Profitability Crisis
* Universal Losses: Most segments of the main value chain (polysilicon, wafers, cells, modules) have reported negative gross margins for over four consecutive quarters. Even TOPCon cells, once a premium product, are now seeing negative gross margins due to severe homogenization and oversupply.
* Cash Flow Deterioration: Operating cash flows have turned negative for many mid-tier players. Companies are aggressively managing working capital, delaying payments to suppliers, and reducing inventory levels.

B. Debt Ceiling and Liquidity Crunch
* Peaking Liabilities: Analysis of Q2 2025 balance sheets shows that interest-bearing liabilities for main-chain enterprises have likely peaked. The ability to secure new bank loans is diminishing as asset-liability ratios climb.
* Leverage Ratios: Integrated module makers and cell producers now exhibit asset-liability ratios exceeding 70-80%. For example, Yi Jing Guang Dian’s ratio reached 94% in Q2 2025. High leverage restricts their ability to invest in R&D or withstand prolonged price wars.
* Differentiation: Leading firms with strong balance sheets (e.g., Tongwei, Daqo, Sungrow) are maintaining stability, while second and third-tier firms face imminent solvency risks. This financial divergence will accelerate bankruptcies, distressed M&A, and involuntary capacity exits in the coming 6-12 months.

Pillar 3: Technological Iteration as a Competitive Moat

In a market saturated with standardized products, technology is the only viable escape route from commoditization.

A. Historical Precedent: PERC vs. BSF
During the 2018-2019 downturn, when installations slowed, PERC technology rapidly displaced BSF. Despite the weak market, PERC’s efficiency advantage drove its market share from 15% in 2017 to >65% in 2019. This demonstrates that technological superiority can thrive even in depressed cycles.

B. Current Landscape: TOPCon Homogenization vs. Next-Gen Tech
* TOPCon Saturation: With over 750 GW of TOPCon capacity commissioned or under construction by 2024, the technology has become commoditized. Margins are collapsing as supply vastly exceeds demand.
* Next-Gen Opportunities:
* HJT (Heterojunction): Offers higher efficiency and lower temperature coefficients, suitable for high-value markets.
* xBC (Back Contact): Provides aesthetic advantages and high efficiency, gaining traction in distributed generation and premium residential markets.
* Strategy: Leading manufacturers are using these technologies to differentiate their product portfolios. Companies that can successfully ramp up HJT or xBC production with competitive costs will break the cycle of homogeneous competition and restore profitability.

C. Quality-Driven Tech Upgrade
Regulatory pressure on quality (e.g., banning false power ratings) indirectly supports advanced technologies. Higher-efficiency modules often come with better manufacturing precision and quality control. As the market shifts towards "quality-over-price," tech leaders will benefit from brand premiums and reduced liability risks.

Risks / Headwinds

While the supply-side improvement narrative is compelling, several risks could impede the recovery trajectory or alter the investment thesis.

1. Traditional Energy Price Volatility

• Risk: A significant and sustained decline in traditional energy prices (coal, natural gas) and corresponding electricity tariffs.
• Impact: This would erode the relative economic advantage of solar PV and energy storage systems. If grid parity becomes harder to achieve without subsidies, project internal rates of return (IRR) could fall below hurdle rates, dampening downstream demand and slowing the absorption of PV supply.

2. Deterioration of International Trade Environment

• Risk: Escalation of trade barriers against Chinese PV manufacturers. Despite China’s dominance in the supply chain, major markets (US, EU, India, etc.) may impose stricter tariffs, anti-circumvention duties, or local content requirements.
• Impact:
  • Direct: Reduced export volumes for Chinese firms.
  • Indirect: Forced localization of manufacturing increases capital expenditure and operational complexity for Chinese firms.
  • Global Cost: While protectionism may shield local industries, it raises the cost of clean energy transition globally, potentially slowing overall global PV adoption rates.

3. Slower-than-Expected Cost Reductions in Energy Storage and Flexible Resources

• Risk: The high penetration of intermittent renewable energy requires substantial grid flexibility, primarily provided by energy storage systems (ESS) and other flexible resources. If the cost of ESS (batteries, BMS, PCS) does not decline as projected, or if grid infrastructure upgrades lag.
• Impact:
  • Curtailment: Higher curtailment rates for PV plants, reducing their effective revenue.
  • Penetration Cap: Limits the maximum feasible penetration of PV in the energy mix, capping long-term demand growth.
  • System Cost: Increases the Levelized Cost of Electricity (LCOE) for solar+storage projects, making them less competitive against dispatchable fossil fuel sources in certain markets.

4. Execution Risk in Capacity Consolidation

• Risk: The proposed polysilicon consolidation fund and M&A activities may face delays due to complex valuation disagreements, local government interests, or creditor conflicts.
• Impact: If capacity exit is slower than anticipated, the supply glut will persist, prolonging the period of low prices and negative margins. The "prisoner’s dilemma" among producers may lead to continued overproduction despite regulatory warnings.

5. Technological Disruption Risk

• Risk: Rapid emergence of a disruptive technology (e.g., Perovskite-Silicon Tandem cells achieving commercial viability faster than expected) that renders current TOPCon/HJT capacities obsolete.
• Impact: Accelerated asset impairment for companies heavily invested in current-generation technologies. While beneficial for innovators, it poses a significant write-down risk for laggards.

Rating / Sector Outlook

Sector Outlook: Overweight (Positive)

We view the current phase as the bottoming-out period for the PV industry. The convergence of policy support, financial stress-induced exits, and technological differentiation creates a favorable setup for a cyclical recovery.

• Short-Term (3-6 Months): Expect continued volatility as the market digests the implementation of new energy standards and the initial rounds of capacity closures. Prices will stabilize but may not surge immediately due to high inventory levels.
• Medium-Term (6-18 Months): As backward capacity exits and demand continues to grow (driven by global energy transition), supply-demand balance will improve. Profitability will recover for leading firms with cost advantages and technological edges.
• Long-Term (18+ Months): The industry will emerge with higher concentration, healthier balance sheets, and a more rational competitive landscape. The "involution" era will give way to a quality-and-innovation-driven growth phase.

Investment Rating Methodology (Guojin Securities)

• Buy: Expected industry outperformance >15% vs. broader market in 3-6 months.
• Outperform: Expected industry outperformance 5-15% vs. broader market in 3-6 months.
• Neutral: Expected industry performance within ±5% vs. broader market in 3-6 months.
• Underperform: Expected industry underperformance >5% vs. broader market in 3-6 months.

Note: We maintain a constructive stance on the sector, aligning with an "Outperform" to "Buy" rating depending on individual stock selection.

Investment View

The PV industry is at a pivotal inflection point. The "anti-involution" campaign is not merely a rhetorical shift but a structural restructuring of the industry’s economics. Investors should position themselves to benefit from the survivors and winners of this consolidation. We recommend a barbell strategy: focusing on cost leaders in commoditized segments and innovators in high-growth niches, while avoiding highly leveraged, technologically laggard mid-tier players.

Core Investment Themes

1. Low-Cost Polysilicon Leaders: Beneficiaries of Supply Consolidation

Polysilicon is the epicenter of the supply-side reform. Strict energy standards and potential M&A will disproportionately benefit large-scale, low-cost producers with modern, energy-efficient facilities.
* Logic:
* Cost Advantage: Leaders like GCL Technology and Tongwei have superior energy consumption metrics (closer to the new Tier 1/2 standards) and economies of scale.
* Market Power: As smaller, high-cost产能 (capacity) exits, remaining players gain pricing power.
* Consolidation Play: These firms are likely to be the acquirers or key participants in any industry-wide consolidation fund.
* Key Stocks:
* GCL Technology (3800.HK): Leader in fluidized bed technology (lower energy consumption), well-positioned for new standards.
* Tongwei Co., Ltd. (600438.SH): Integrated giant with massive scale and low-cost leadership in polysilicon and cells.

2. Solar Glass: Valuation Safety & Elasticity

Solar glass is a duopoly-dominated sector with high entry barriers (energy permits, capital intensity). It offers a safer beta play on the industry’s recovery.
* Logic:
* Oligopoly Structure: Xinyi Solar and Flat Glass control a significant majority of the market, limiting price wars.
* Profit Elasticity: As module production ramps up (even at moderate levels), glass demand follows. Margins are sensitive to raw material (soda ash) and energy costs, which have stabilized.
* Valuation: Current valuations reflect pessimistic assumptions, offering a margin of safety.
* Key Stocks:
* Xinyi Solar (0968.HK): Lowest cost producer, strong balance sheet.
* Flat Glass (6865.HK / 601865.SH): Strong technical capabilities, expanding market share.
* Kibing Group (601636.SH) & CSG Holding (000012.SZ): Diversified glass players with PV exposure, offering additional valuation support from architectural/auto glass businesses.

3. High-Efficiency Cell Producers: Breaking Homogenization

Companies that can leverage technology to escape the TOPCommodity trap will enjoy premium pricing and better margins.
* Logic:
* Tech Premium: N-type TOPCon leaders with superior efficiency yields, or early movers in HJT/xBC, can differentiate.
* Capacity Quality: Newer capacities are more efficient and compliant with energy standards.
* Niche Markets: Focus on high-value segments (e.g., overseas distributed, utility-scale with high reliability requirements).
* Key Stocks:
* Junda Shares (002865.SZ): Pure-play cell manufacturer with strong TOPCon execution and cost control.
* Hengdian East Magnetic (002056.SZ): Diversified business provides stability; strong in niche PV cell markets.
* Aiko Solar (600732.SH): Leader in ABC (All Back Contact) technology, targeting premium differentiated markets.

4. Resilient Leaders in Equipment, Auxiliaries, and Inverters: Diversification Plays

These segments have historically better competitive landscapes. Companies with strong cash flows are diversifying into high-growth adjacent industries (semiconductors, robotics, AI), creating a second growth curve.
* Logic:
* Financial Robustness: These firms generally have lower leverage and better cash flow than upstream manufacturers.
* Diversification: Exposure to non-PV sectors reduces cyclicality.
* Technology Spillover: PV equipment tech (e.g., laser, vacuum) is transferable to semiconductor and battery manufacturing.
* Key Stocks:
* Equipment:
* Autowell (688516.SH): Module equipment leader, expanding into semiconductor packaging equipment.
* Maxwell Technologies (300751.SZ): HJT equipment leader, strong R&D.
* JieJia WeiChuang (300724.SZ): Cell equipment provider with diverse tech portfolio.
* Auxiliaries:
* First Applied Material (603806.SH): Dominant EVA/POE film supplier, stable margins.
* Yongzhen Shares (603381.SH): Aluminum frame supplier, benefiting from modular design trends.
* Inverters & Storage:
* Sungrow Power Supply (300274.SZ): Global inverter and storage leader, strong brand and channel moat.
* Kstar Science & Technology (002518.SZ): Data center UPS and PV inverter synergy, expanding in energy storage.

5. Financially Robust Integrated Module Leaders

While the module segment is crowded, the largest players with global channels and brand recognition will survive and consolidate share.
* Logic:
* Channel Value: Established distribution networks in Europe, US, and emerging markets are hard to replicate.
* Bankability: Large utilities prefer bankable brands, ensuring steady demand for top-tier modules.
* Vertical Integration: Controls costs across the chain.
* Key Stocks:
* JA Solar (002459.SZ): Consistent performer, strong vertical integration.
* Trina Solar (688599.SH): Strong brand, leading in large-format modules.
* Canadian Solar (CSIQ.US / 688472.SH): Global diversified presence, strong project development pipeline.

Valuation Perspective

The sector is currently trading at historically low valuations, reflecting the peak of pessimism.

Note: Refer to Chart 40 in the original report for detailed consensus estimates and PE/PB multiples for specific companies.

Strategic Recommendation

1. Accumulate on Weakness: Use short-term volatility related to trade news or quarterly earnings misses (due to one-time write-downs) as buying opportunities for high-quality leaders.
2. Monitor Policy Implementation: Closely track the enforcement of the Energy Consumption Limits and any announcements regarding the Polysilicon Consolidation Fund. These are leading indicators of supply contraction.
3. Focus on Cash Flow: Prioritize companies with positive operating cash flow and manageable debt levels. Avoid highly leveraged second-tier players unless there is a clear M&A takeover thesis.
4. Technological Watch: Keep a close eye on the commercial ramp-up of HJT and xBC. Companies that demonstrate yield improvements and cost reductions in these technologies will re-rate faster.

Conclusion

The Chinese PV industry is transitioning from a phase of "growth at all costs" to "quality-driven sustainable growth." The current pain—losses, bankruptcies, and asset write-downs—is the necessary medicine to cure the chronic disease of overcapacity. Top-down policy support provides the floor, market forces provide the cleanup, and technology provides the future upside. For institutional investors, this period represents a classic cyclical bottoming opportunity, where careful selection of resilient, low-cost, and innovative leaders can yield significant alpha as the industry rebalances in 2025-2026.

Appendix: Detailed Analysis of Supply-Side Mechanisms

(This section provides deeper technical and regulatory context for institutional readers)

A. Deep Dive: The New Energy Consumption Standards

The Draft National Standard for Energy Consumption Limits per Unit Product of Polysilicon and Germanium (released Sept 16, 2025) is arguably the most impactful technical regulation in the current cycle.

1. Technical Breakdown:
* Metric: kgce/kg-Si (Kilograms of Coal Equivalent per Kilogram of Silicon).
* Previous Standard (Approx.): Tier 3 was ~10.5 kgce/kg. Many older plants operated at 7.5-9.0 kgce/kg.
* New Standard:
* Tier 1 (Advanced): 5.0 kgce/kg (Trichlorosilane), 3.6 kgce/kg (Silane FBR).
* Tier 2 (Access/New): 5.5 kgce/kg (Trichlorosilane), 4.0 kgce/kg (Silane FBR).
* Tier 3 (Limit/Existing): 6.4 kgce/kg (Trichlorosilane), 5.0 kgce/kg (Silane FBR).

2. Impact Assessment:
* Immediate Rectification: Plants operating above 6.4 kgce/kg must upgrade or shut down. This affects a significant portion of capacity built before 2021.
* Capital Expenditure Barrier: Upgrading energy efficiency requires significant CAPEX (heat recovery systems, improved distillation, etc.). Cash-strapped smaller players may find this prohibitive, forcing exit.
* Operational Cost Increase: Even for those who comply, operating closer to the limit may increase maintenance and operational complexity, raising the marginal cost of production for high-cost producers.

3. Comparison with Industry Average:
According to the Silicon Industry Branch, the current average energy consumption for mainstream processes is around 7.05 kgce/kg. This means the average plant is currently above the new Tier 3 limit of 6.4 kgce/kg. This implies a widespread need for upgrades or closures, validating the estimate of a ~16-30% capacity reduction.

B. Financial Stress Test: Q2 2025 Balance Sheet Analysis

An analysis of the Q2 2025 financial statements reveals the extent of the liquidity crunch.

1. Working Capital Strain:
* Receivables: Days Sales Outstanding (DSO) have increased for many module makers as they extend credit to struggling downstream developers.
* Payables: Companies are stretching payment terms to suppliers, particularly in the auxiliary material segment. This transfers stress up the supply chain.

2. Debt Structure:
* Short-Term Debt: A high proportion of debt is short-term, requiring frequent refinancing. With credit tightening, rollover risk is elevated.
* Interest Coverage: For many loss-making firms, EBITDA is negative, meaning they are burning cash to service interest. This is unsustainable beyond 2-3 quarters without equity injection or asset sales.

3. Case Study: Runyang Solar
The failed acquisition of Runyang by Tongwei (terminated Feb 2025) and subsequent takeover by Yueda Group (state-owned) illustrates the complexity.
* Issue: Valuation gaps and liability concerns prevented a private-sector deal.
* Resolution: State-owned capital stepped in to prevent disorderly bankruptcy, highlighting the role of local governments in managing the exit process. This pattern is likely to repeat for other distressed assets.

C. Global Demand Context

While supply is the primary focus, demand remains robust, providing a soft landing for the industry.

1. China Domestic Market:
* Utility-Scale: Driven by large wind/solar bases in Gobi desert regions. Grid connection challenges are being addressed with UHV transmission lines.
* Distributed: Continued growth in C&I and residential, though subsidy reductions in some provinces are moderating growth.
* Policy Support: Recent disbursement of renewable energy subsidies to operators improves their cash flow, enabling new project commissions.

2. International Markets:
* Europe: Demand remains strong due to energy security concerns and REPowerEU targets. Inventory levels have normalized.
* US: Inflation Reduction Act (IRA) incentives drive domestic manufacturing, but import demand for modules remains high due to slow ramp-up of local supply.
* Emerging Markets: Middle East, Latin America, and Southeast Asia are seeing accelerated PV adoption due to falling LCOE.

3. Price Elasticity:
Our model suggests that a module price of RMB 0.81/W (full cost coverage) is acceptable for most utility projects, given current electricity prices and financing costs. This price level allows manufacturers to survive while keeping projects viable for developers.

Final Remarks

The photovoltaic industry stands at a crossroads. The era of easy growth fueled by unlimited capital and lax discipline is over. The new era will be defined by efficiency, innovation, and financial prudence. The "anti-involution" policies are not a temporary fix but a structural realignment.

For investors, the key is to distinguish between cyclical victims (high-cost, high-leverage, technologically obsolete) and structural winners (low-cost, cash-rich, innovative). The former will disappear or be absorbed; the latter will emerge stronger, with greater market share and pricing power.

We recommend a proactive approach: building positions in high-quality leaders during this period of maximum uncertainty, as the clarity of supply-side improvement becomes evident in the coming quarters. The risk-reward profile is increasingly favorable for long-term institutional capital.

Disclaimer:
This report is prepared by Guojin Securities Research Institute. The information contained herein is based on sources believed to be reliable, but Guojin Securities makes no representation or warranty, express or implied, regarding its accuracy or completeness. The views expressed are those of the analysts at the time of writing and are subject to change without notice. This report is for informational purposes only and does not constitute an offer to sell or a solicitation of an offer to buy any securities. Investors should conduct their own independent research and consult with financial advisors before making investment decisions. Past performance is not indicative of future results.