Date: August 13, 2026 | Industry: Photovoltaic | Focus: Polysilicon Main Chain + Inverters/Energy Storage | View: Divergent
Core Conclusion: The PV industry chain is deeply diverging. The polysilicon main chain is in a "cost-line freeze" — prices sit above cash costs but below full costs. N-type re-feed material spot prices are around RMB 31,000–32,000/ton (approximately 3rd percentile over the past 5 years), below the industry average full cost (~RMB 45,000/ton) but still above leading players' cash costs. In January 2026, an antitrust regulatory interview halted the coordinated production cuts under the "anti-involution" initiative. The capacity-exit mechanism has shifted from administrative self-discipline to mandatory energy-consumption standards (GB 29447-2026, effective January 2027) and market-driven M&A. However, the exits are mainly of already-idle nominal capacity, with limited impact on effective supply. Inverters/energy storage remain the only consistently profitable segment across the chain, but margins are trending down (Sungrow's energy storage gross margin fell from 40% to 24%). The main chain's "revenue growth without profit growth" is a classic value trap.
| Dimension | Previous (08-09) | Current (08-13) | Reason for Change |
|---|---|---|---|
| View | Divergent | Divergent | Unchanged |
| Conviction | 0.50 | 0.45 | Red team: The exit direction itself is subject to "central exit vs. local plant protection" dynamics, with higher uncertainty than previously assessed |
| Exit mechanism | Anti-involution initiative + mandatory energy standard | Antitrust interview (2026-01) halted anti-involution coordination + mandatory energy standard GB 29447-2026 (effective 2027-01) | New fact: SAMR interviewed Tongwei/GCL-Daqo/Xinte/Asia Silicon/East Hope, prohibiting agreements on capacity, price, and market share |
| Spot price | ~RMB 33/kg (5th percentile) | N-type re-feed material ~RMB 31–32/kg (3rd–5th percentile) | Post-anti-involution price peak (RMB 59,000/ton at end-2025) fully retraced |
| Cost curve | GCL 2.48 / Tongwei 2.7 / Daqo 3.9–4.0 | GCL 2.40 / Tongwei 2.7–2.9 / Xinte 3.1 / Daqo 3.77 | Latest disclosures from 2025 annual and interim reports |
| Full-scope inventory | 560,000 tons | ~520,000 tons (EnergyTrend 2026-07-30) + GFEX warrants 21,930 tons, up 10 consecutive days | Methodology update; destocking not realized |
| Futures structure | PS2609 premium 8.7% | PS2608=RMB 37,900, PS2703=RMB 41,400, near-far spread 9.2%, near-month premium to spot 18% | Contract rollover update |
| Global installations 2025 | 698GW (IEA PVPS) | 664GW (SPE) / 698GW (IEA PVPS, methodology difference) | Clarified "grid-connected vs. shipment" methodology |
| China installations 2025 | 382GW | 315.1GW (NEA grid-connected basis) | Unified to NEA grid-connected basis |
| Polysilicon demand basis | Silicon consumption 2.1→1.7 g/W | Silicon consumption 2.3→1.85 g/W (ITRPV/VDMA) | Correction: 1.7 g/W was too low; new basis gives 2028E demand of 1.41M tons (vs. 1.462M previously) |
| Industry valuation | PB 2.72 (27th percentile) | PB 2.81 (31st percentile), PE 46.88 (64th percentile) | Index level update |
| Profit pool | 50 companies lost RMB 43.7B | 135 listed companies: 60 lost RMB 74.3B / 75 earned RMB 56B | Sample methodology update (Black Eagle PV full sample) |
What changed and why: The most substantive change is the shift in the exit mechanism — the previous edition treated the "anti-involution initiative" as the core policy backstop, but the January 2026 SAMR antitrust interview halted coordinated production cuts (prohibiting agreements on capacity/price/share). Prices fell from the pre-interview peak of RMB 59,000/ton to RMB 32,000/ton. The practical levers for supply exit have narrowed to two: ① mandatory energy-consumption standards (a compulsory national standard with legal force under the Standardization Law, effective January 2027); ② market-driven M&A (Tongwei's acquisition of Qinghai Lihao). However, red-team challenges and cross-validation show that the energy standard mainly eliminates already-idle nominal capacity (utilization rate of only 39.3%, with ~1.25M tons already offline), with limited marginal impact on monthly effective supply. We therefore downgrade conviction from 0.50 to 0.45, changing "clear exit direction" to "uncertain exit direction and pace."
This study covers the full PV industry chain, with focus on the polysilicon main chain, and profit comparison against the inverter/energy storage segment.
Industry Chain Overview:
工业硅 → 多晶硅（硅料）→ 硅片 → 电池片 → 组件 → 电站/分布式
↑ 本研究核心聚焦 ↑ 一体化龙头覆盖多个环节
逆变器/储能（利润对照环节）
Key Methodology Notes: Global installations use the SPE basis (664GW in 2025, DC side); IEA PVPS basis is 698GW (due to grid-connection vs. shipment statistical differences). The report uniformly adopts SPE/NEA grid-connected basis. Polysilicon capacity refers to nominal capacity (10,000 tons/year); output refers to actual production. Costs and prices are in RMB 10,000/ton (1万元/吨 = 10元/kg). N-type material refers to polysilicon meeting N-type cell (TOPCon/HJT/BC) purity requirements (≥9N).
After three years of rapid growth, global PV installations face their first annual decline in over two decades in 2026:
| Year | Global New Installations (GW) | YoY | China (GW) | China YoY |
|---|---|---|---|---|
| 2023 | 452 | +57% | 216.9 | — |
| 2024 | 597–602 | +32% | 277.6 | +28% |
| 2025 | 664 (SPE) | +11% | 315.1 | +14% |
| 2026E | 612 | -8% | 180–240 | -24% to -43% |
| 2028E | 740–800 | — | ~280 | — |
Source: SolarPower Europe Global Market Outlook, REN21 GSR 2025, National Energy Administration, China Photovoltaic Industry Association (CPIA). 2026 is the first year after full market-based pricing under "Document No. 136"; China installations pull back sharply — 2026H1 domestic new installations were only 72.07GW (YoY -66%).
Key Facts: 2026H1 China installations were 72.07GW, YoY -66%; June alone was 12.48GW with narrowing decline. If H2 maintains H1's pace, full-year would be only ~144GW (-54%), significantly below CPIA's lower bound of 180GW; if H2 sees concentrated grid-connection of large-scale bases, full-year could reach ~250GW (Bloomberg). This is the core variable for polysilicon demand and prices in 2026.
PV demand features a two-way offsetting inflection point math:
Global electricity demand (~30,000 TWh, growing ~3% annually) × PV penetration ramp (from ~9–10% of global generation → 15–20% by 2030) → annual new installations (664→612→~760GW) × capacity ratio × silicon consumption per watt (2.3→1.85 g/W) = polysilicon demand
The net effect of these two offsets: polysilicon demand growth elasticity is significantly lower than installation growth. This is a fundamentally different inflection pattern from "AI for optical modules/HBM" (where unit consumption jumps upward) — PV's technology transition is about "reducing silicon consumption," not "increasing" it.
| Driver | Change | Calculation Basis |
|---|---|---|
| Module shipment growth (660→760GW) | +210,000 tons | +100GW × 2.1 g/W |
| Continued silicon consumption decline (2.1→1.85 g/W) | -190,000 tons | -0.25 g/W × 760GW |
| Net change | +20,000 tons (≈0) | Installation growth almost fully offset by silicon consumption decline |
Source: ITRPV/VDMA, SMM, SolarPower Europe; demand estimated bottom-up.
Core Implication: Even if global installations grow from 664GW to ~760GW, polysilicon demand only increases from 1.39M tons to 1.41M tons — polysilicon is not a "volume growth" business; silicon consumption decline is a persistent and irreversible technology trend. Polysilicon companies' profitability improvement can only come from price recovery, not volume growth.
2025 global distribution: China ~57% (SPE basis 382GW/664GW; NEA grid-connected basis 315GW, ~48%), India 45.7GW (+49%, world #2), US ~40GW (-13%), EU ~70GW (+3%), Middle East & Africa 23.7GW (+51%). In 2026, Asia-Pacific (ex-China) installations expected +18%, Americas +11%; India/Middle East become the main offsets to China's pullback, but grid bottlenecks limit emerging market project execution rates to 60–70%. By application, China 2025 was 164GW utility-scale (52%) + 153GW distributed (48%); globally utility-scale dominates (~2/3).
| Metric | Value |
|---|---|
| Global nominal capacity (end-2025) | 3.65M tons/year (YoY +7.5%) |
| China capacity and share | 3.479M tons, 95.3% of global |
| 2025 China output | 1.367M tons (YoY -25%, first negative growth since 2013) |
| 2025 global output | 1.485M tons |
| Industry-wide utilization rate | 39.3% (China, output/nominal capacity) |
| Nominal capacity / actual output | ~2.5x, severe overcapacity |
Source: CPIA "2025 Polysilicon Industry Development Report" (published 2026-07). Silicon Industry Branch also reports ~500,000 tons/year of completed-but-uncommissioned capacity, the largest source of existing flexibility.
| Company | Cash Cost (RMB 10,000/ton) | Spot Price Covers Cash Cost? |
|---|---|---|
| GCL Technology (granular silicon) | 2.40 (2025Q4) | ✅ Marginal profit |
| Tongwei (Inner Mongolia base) | 2.7–2.9 | ✅ Marginal profit |
| Xinte Energy | 3.0–3.1 | ⚠️ Break-even |
| Daqo Energy | 3.77 (highest among leaders) | ❌ Cash loss ~RMB 5,700/ton |
| Second-tier/legacy capacity | >3.5 (mica-based >4.5) | ❌ Cash loss |
| Overseas (Wacker/OCI etc.) | ~RMB 130,000 ($18.5/kg) | ❌ Deep losses |
Source: GCL 2025 annual report, Daqo 2025 interim report, Times Business Research Institute, Bernreuter Research.
Key Judgment: With spot at ~RMB 32,000/ton, only GCL granular silicon and Tongwei are above cash cost; Xinte is at break-even; Daqo (cash cost RMB 37,700) loses ~RMB 5,700/ton in cash — "leading player" does not mean "safe." The cost curve is clearly stratified, with a ~RMB 13,000/ton gap between leaders and laggards.
(1) P-type→N-type essentially complete: N-type polysilicon output share rose from just 4% in early 2023 to ~70% by end-2024 and 80%+ in 2025; TOPCon cell output share ~85%. N-type material requires higher purity (≥9N), creating a de facto technology barrier — Xinte's N-type share lags notably behind Tongwei/Daqo.
(2) Rod silicon→granular silicon slow penetration: Granular silicon (FBR) output share rose from 14.4% in 2024 to 18.1% in 2025. Granular silicon consumes 13.8 kWh/kg (vs. 55 kWh/kg for Siemens method) with a carbon footprint of ~37 kgCO₂/kg (vs. ~57.6 for rod silicon), giving it a structural advantage under mandatory energy standards and EU CBAM. However, impurity/batch consistency limitations mean downstream still blends at 15–20%, and it cannot yet fully replace rod silicon — this is "coexistence with divergence," not "disruptive substitution."
(3) Cell side: TOPCon ~85%; BC (LONGi/Aiko) in early ramp-up; HJT/perovskite tandem still early stage.
Red-Team Warning (adopted): The energy standard mainly eliminates already-idle nominal capacity (39.3% utilization means ~1.25M tons were already offline), with limited marginal impact on monthly effective supply. CITIC Futures estimates that among actually operating capacity (under 2M tons), only 700,000–800,000 tons (~20–23%) can be eliminated — below the "30% elimination" nominal basis. The certainty of substantive supply contraction has been significantly overestimated.
| Year | Demand (10,000 tons) | Supply (10,000 tons) | Gap (+surplus/-deficit) | Key Assumptions |
|---|---|---|---|---|
| 2024A | 160 | 198 | +38 (large surplus) | Based on China output of 1.823M tons |
| 2025A | 139 | 148.5 | +9.5 (narrowing surplus) | China output 1.367M tons (-25%) |
| 2026E | 120 | ~130 | +10 (surplus, demand pullback + resumption) | China installations 180–240GW |
| 2027E | 133 | ~135 | +2 (near balance) | Energy standard effective + installation recovery |
| 2028E | 141 | ~140 | -1 (tight balance) | Exit + silicon consumption 1.85g/W |
Source: demand_analyst (ITRPV+CPIA+SPE), supply_analyst (CPIA+Silicon Industry Branch+Mysteel), balance_price_analyst. Industrial silicon feedstock does not constrain polysilicon operations (2025 industrial silicon social inventory ample at high levels).
Serious Warning (arithmetic self-consistency premise): 2026E demand of 1.2M tons assumes "global installations 612GW, module shipments ~600GW"; if China's full-year installations fall below 180GW (H1 only 72GW, linear extrapolation 144GW), 2026 demand could fall below 1.1M tons, with surplus expanding to +200,000 tons or more. Additionally, 520,000 tons of high inventory means apparent polysilicon demand could be further below end-demand; the 2027–2028 "tight balance" depends entirely on China installation recovery — a highly uncertain assumption.
| Inventory Basis | Value | Months of Demand |
|---|---|---|
| Producer inventory (Mysteel) | ~300,000 tons (2026-05) | — |
| Full-scope social inventory (EnergyTrend) | ~520,000 tons (2026-07-30) | ~5 months |
| GFEX registered warrants | 21,930 tons (2026-08-12) | Up 10 consecutive days, year-high |
Source: EnergyTrend, Mysteel, GFEX. Based on monthly output of ~105,000 tons.
520,000 tons of full-scope inventory corresponds to ~5 months of demand — the industry's largest "suspended lake." Futures warrants have risen for 10 consecutive days to a year-high, indicating traders are delivering goods to exchange warehouses rather than achieving real destocking — any price rebound is suppressed by high inventory. Destocking is a necessary condition for price recovery, and the destocking inflection point has not yet appeared.
| Metric | Value |
|---|---|
| Spot (N-type Recharge Feedstock) | ~RMB 31,000–32,000/ton (RMB 31–32/kg) |
| N-type Dense Material | RMB 33,000–35,000/ton |
| Historical Peak (2022) | ~RMB 300,000/ton |
| Anti-Involution High (End-2025) | RMB 59,000/ton |
| 5-Year Percentile | ~3–5% (Absolute Bottom) |
| Industry Average Full Cost | ~RMB 45,000/ton (Mysteel RMB 45.7/kg, 2026-06) |
| Net Loss per kg | ~RMB -12.2/kg |
Source: Silicon Industry Branch, SMM, Mysteel, SunSirs.
Futures Term Structure (Contango, Weak Fundamentals + Strong Expectations): GFEX polysilicon futures near-month PS2608 ~RMB 37,900/ton, far-month PS2703 ~RMB 41,400/ton, with a near-far spread of ~9.2% (contango); near-month premium to spot ~18%, far-month premium to spot ~29%. This premium is a "policy expectation premium," not a sign of fundamental repair — after the anti-involution limit-up in April, prices hit limit-down (PS2606 reported RMB 40,655/ton); after the August 3 limit-up, prices fell for three consecutive days. Each policy impulse was reversed by the 520,000-ton inventory overhang and wet-season capacity restarts. The term structure signals: near-month contango aligns with rising warehouse receipts (ample supply), while the significant far-month premium reflects market pricing of "energy intensity standards driving price recovery toward full cost by 2027."
| Period | Forecast Range (RMB 10,000/ton) | Core Logic |
|---|---|---|
| 2026Q3 | 3.1–3.3 | Peak wet-season restarts + rising warehouse receipts/inventory; spot oscillates narrowly above cash costs |
| 2026Q4 | 3.2–3.5 | High supply, no substantial inventory drawdown; futures premium + moderate policy expectations provide support |
| 2027Q1 | 3.4–3.7 | Energy intensity standards implemented + concentrated warehouse receipt cancellations; marginal supply-side clearing |
| 2027Q2–Q3 | 3.6–4.0 | Post-clearing + inventory drawdown realization; recovery toward below full cost |
Pricing Framework: Hard floor = leading players' cash costs (GCL RMB 24,000/Tongwei RMB 27,000–29,000); full cost = industry average ~RMB 45,000/ton (Mysteel RMB 45.7/kg); rebound cap = 520,000-ton high inventory + nominal overcapacity (utilization 30–40%) + failed coordinated production cuts after antitrust talks. Current price of RMB 32,000 sits at "bottom confirmed but upside limited" — covers leading players' cash costs (GCL/Tongwei marginal profit), but Daqo/second-tier/overseas players face cash losses.
Comparison to pre-red-team version: Original base path ceiling was RMB 42,000/ton. Given actual "full cost" of ~RMB 45,000/ton and the non-binding nature of anti-involution measures (halted by antitrust authorities in 2026-01), the maximum target was revised down from RMB 42,000 to RMB 40,000, with the timeline for "full cost recovery" explicitly flagged as highly uncertain.
| Segment | 2025 Profit Characteristics | Cycle Position |
|---|---|---|
| Inverters/Energy Storage | Sungrow net profit RMB 13.46B (+22%), inverter gross margin 37% | Margins declining from peak |
| Equipment/Auxiliary Materials | Jiejia Weichuang, Flat Glass, etc. remain profitable | Stable, leaning expansionary |
| Polysilicon | Big Four combined net loss of RMB 8.134B in 2025H1 | Bottoming (lowest-cost player turned profitable in H2) |
| Silicon Wafers | TCL Zhonghuan loss RMB 9.264B, LONGi loss RMB 6.42B | Deep losses |
| Cells/Modules | JinkoSolar -RMB 6.882B, Trina -RMB 6.994B, JA Solar -RMB 4.068B | Price war losses |
Source: Digital Energy DBM, Yicai, company annual reports, Black Eagle PV. In 2025, 60 of 135 listed PV companies posted losses totaling RMB 74.3B, while 75 posted profits totaling RMB 56B, with profits highly concentrated in inverters/energy storage (Sungrow alone posted RMB 13.46B net profit, accounting for 24% of the 75 profitable companies' pool) and equipment/auxiliary materials.
| Segment | Concentration | Pricing Power Assessment |
|---|---|---|
| Polysilicon | CR3≈51%, CR5≈67% (capacity basis); top 7 account for 82.1% of global output | ⚠️ High concentration but structural oversupply + 39% utilization; no substantive pricing power |
| Silicon Wafers | Duopoly (LONGi + TCL Zhonghuan, CR2 down to ~40%) | Weak (capacity >1,500GW) |
| Cells/Modules | Module CR4≈48.5% | Extremely weak (central SOE procurement dominance) |
| Inverters | Sungrow + Huawei combined ~55%, CR5≈59.5% | Moderate (technology + channel + certification barriers) |
Core Red Team Criticism (Adopted): Polysilicon CR5 >67% persisted throughout 2022–2026, yet prices still fell from RMB 300,000/ton to RMB 32,000/ton (an 89% decline). Under structural oversupply and weakening demand, high concentration provides no pricing power whatsoever — oligopolies cannot prevent "zombie" capacity from selling at low prices; they can only rely on voluntary production cuts to marginally support prices, a mechanism already halted by antitrust authorities.
上游工业硅 ← 多晶硅厂议价权强（工业硅库存充裕）
↓
多晶硅 ← 对下游硅片议价权弱（产能过剩）
↓
硅片/电池/组件 ← 同质化，议价权极弱
↓
央企集采（五大六小）← ★ 碾压性议价权，组件毛利率压至负值
Root Cause of "Revenue Growth Without Profit Growth": Downstream power stations/EPC are dominated by central SOEs ("Big Five, Small Six"). Centralized procurement + module commoditization have driven module prices to ~RMB 0.6/W, compressing gross margins to negative territory. The demand boom in PV installations is largely captured by concentrated customers — this is the industry's most critical value trap. Meanwhile, upstream silver price increases (persistent rally in 2025) squeeze module profits in reverse, and lithium carbonate price hikes (RMB 100,000→180,000/ton) squeeze energy storage integrator margins.
Barrier Ranking: Polysilicon > Inverters > Silicon Wafers > Cells > Modules (Polysilicon has the highest barriers, but current overcapacity dilutes their value; inverters' technology + global channels + bankability barriers are the most defensive in the chain).
| Company | Segment | Key Strengths | Risk Points | 2025 Net Profit |
|---|---|---|---|---|
| Sungrow Power 300274 | Inverters + Storage | #1 global inverter share ~25.2%, ROE 32%, operating cash flow RMB 16.9B | 2026Q1 net profit -40%, storage gross margin 40%→24% | +RMB 13.46B |
| Tongwei Co. 600438 | Silicon + Cells + Modules | Lowest-cost tier in silicon, #1 global capacity at 900K tons, high N-type mix | Debt ratio 74.2%, interest-bearing debt RMB 72.2B, negative cash flow | -RMB 9.55B |
| GCL Technology 03800 | Granular Silicon + Wafers | Lowest industry cash cost at RMB 24,000, lowest carbon footprint | Granular silicon cannot fully replace rod silicon | -RMB 2.87B (HKD) |
| Daqo Energy 688303 | Pure Silicon | Debt ratio 8.6%, cash RMB 13.2B | Highest cash cost among leaders at RMB 37,700, cash losses at current prices | -RMB 1.13B |
| LONGi Green Energy 601012 | Modules + Wafers | BC technology differentiation, clear loss-reduction path, PB at 9th percentile over 10 years | BC ramp-up and impairments remain uncertain | -RMB 6.42B |
| JinkoSolar 688223 | Integrated Modules | Global leading TOPCon capacity, strong overseas channels | TOPCon price war: revenue growth without profit growth | -RMB 6.88B |
| TCL Zhonghuan 002129 | Silicon Wafers | G12 large-size + low-cost green power bases | High external sales ratio, vulnerable to procurement cuts by integrated majors | -RMB 9.26B |
Source: Company 2025 annual reports, InfoLink shipment rankings, Digital Energy DBM.
Shenwan PV Equipment Index (801735.SI) current: PE(TTM) 46.88x (64th percentile over 12 years; earnings trough distorts PE denominator, appearing elevated), PB 2.81x (31st percentile over 12 years). PB better reflects true pricing — the industry sits at mid-to-low historical levels, moderately cheap but not extreme. Stock-level divergence is significant: LONGi PB 1.97 (9th percentile over 10 years), Tongwei PB 1.74 (11th percentile over 10 years) at historical floors; Sungrow PB 5.01 (13th percentile over 1 year) reasonably valued; TCL Zhonghuan PB 1.9 (79th percentile over 1 year) already prices in anti-involution recovery expectations. Key Reminder: Low PB does not equal cheap when ROE is negative — net assets of mainstream companies are being eroded by persistent losses, making seemingly low PB actually "more expensive as it falls" (see I8 Value Trap).
| Policy | Direction | Impact |
|---|---|---|
| Document No. 136 (Full Market Access, 2025-02) | 🔴 Bearish Demand | Ends "guaranteed volume and price"; electricity price bidding (Shandong PV clearing price RMB 0.225/kWh) suppresses 2026 installations |
| Anti-Involution Initiative + Antitrust Talks (2026-01) | 🔴 Support Failure | "Not below full cost" has no legal binding force; coordinated production cuts halted by antitrust authorities |
| Three Energy Intensity Standards (GB 29447-2026, effective 2027-01) | 🟢 Bullish Supply | Hard constraint under the Standardization Law; below Grade 3 prohibited from production/sale; estimated to eliminate 30% of nominal capacity |
| Export Tax Rebate Cancellation (2026-04-01) | 🔴 Bearish Costs | 13%→0; 210R module export profit reduced by RMB 46–51/unit, forcing second/third-tier players out |
Source: NDRC Document No. 136, SAMR talks, MIIT three-department energy intensity standards release, MOF Tax Policy Department.
2026-08-06 The US issued a Section 232 Presidential Proclamation covering polysilicon and derivative products: 15% ad valorem tariff + minimum import prices (MIP: polysilicon $21/kg, ingots/wafers $100/kg, cells $0.22/W, modules $0.38/W), effective 2026-12-04. Combined with existing Section 301 tariffs (50%) and AD/CVD, the total tariff rate on Chinese-origin products could exceed 65%, effectively blocking Chinese silicon material/module exports to the US. Additionally:
Source: White House Presidential Proclamation, US DOC final determinations, DHS UFLPA Entity List, Solarbe.
EU CBAM currently excludes PV modules/cells, but a carbon footprint threshold expansion is proposed for 2026–2027 — GCL granular silicon has a carbon footprint of ~37 kgCO₂/kg (vs. ~57.6 for rod silicon), giving it a significant advantage under potential carbon footprint thresholds.
Net Direction: Moderately Bullish (Significant Structural Divergence). Supply-side policies (energy intensity standards mandating retirements + tax rebate cancellation forcing clearing) drive capacity rationalization, benefiting low-cost/low-carbon leaders; however, demand is suppressed by a triple whammy of US/India tariffs + Document No. 136 electricity marketization + rebate cancellation, significantly weakening volume growth logic. The net effect is a structural repair of "lower volume, higher prices" — benefiting low-cost integrated leaders, granular silicon/low-carbon routes, and US domestic capacity chains; hurting second/third-tier module/silicon producers and high-energy-intensity legacy capacity.
| Bulls | Bears |
|---|---|
| Energy intensity standards effective 2027-01 (hard constraint under Standardization Law, estimated to eliminate 30% of nominal capacity) + market-based M&A (Tongwei acquiring Leho) + rebate cancellation forcing clearing | Antitrust talks halted coordinated production cuts; energy intensity standards mainly retire already-idle capacity (utilization 39.3%); wet-season restarts push monthly output back to 100–110K tons; second-tier players "losing money but not dying, rigid but unbroken" |
Tracking Indicators: Monthly output (sustained >110K tons = restart confirmation), producer inventory/warehouse receipts (<200K tons = effective drawdown), energy intensity standard implementation details, M&A closures.
| Bulls | Bears |
|---|---|
| Industry average full cost of ~RMB 45,000/ton is a reasonable recovery target; supply-demand turns to tight balance in 2028; futures far-month PS2703 premium to RMB 41,400 | Daqo's cash cost of RMB 37,700 still implies cash losses at current prices; anti-involution has no legal binding force (halted by antitrust); 520K-ton inventory overhang; April/August policy impulses both reversed by inventory |
Tracking Indicators: Silicon Industry Branch weekly quotes, GFEX basis convergence, antitrust risk, inventory drawdown inflection point.
| Bulls | Bears |
|---|---|
| Technology + channel + certification barriers higher than mainstream chain; global storage growth +30–50% in 2026; Sungrow proactively rejects negative-margin orders | Sungrow 2026Q1 net profit -40%, Q4 gross margin 36%→23%; storage gross margin 40%→24% (lithium carbonate price increases + intensifying competition); company itself guides long-term margin decline, reasonable target only 30% |
Tracking Indicators: Sungrow/Huawei quarterly shipments and gross margins, storage system tender prices, lithium carbonate prices.
| Scenario | Probability | Polysilicon Price (RMB 10,000/ton) | Narrative |
|---|---|---|---|
| 🐻 Bear | 25% | 2.6–3.2 | Restarts exceed expectations + weak energy intensity standard enforcement + anti-involution failure → fall back to cash cost floor; China annual installations <180GW |
| 📊 Base | 50% | 3.2→4.0 | Energy intensity standards drive moderate clearing + M&A + slow inventory drawdown → gradual bottoming; prices remain below full cost |
| 🐂 Bull | 25% | 4.3–5.0 | Energy intensity standards force closures beyond expectations + rapid inventory drawdown + 2027 demand recovery → prices break above full cost |
| Date | Event | Directional Impact | Corresponding Decisive Factor |
|---|---|---|---|
| 2026-09 | 2026H1 Earnings Season (asset impairments & cash flow disclosures) | Impairments may trigger PB downward revisions | D1 |
| 2026-10 | Q3 Output Data | Verifies whether wet-season restarts persist | D1 |
| 2026-12-04 | US Section 232 Effective (15% + MIP) | Structural blockage of Chinese silicon exports to US | D1 |
| 2027-01 | Energy Intensity Standard GB 29447-2026 Implementation | Retirement scale and timeline clarified | D1/D2 |
| 2027Q2 | China Installation Data | Verifies demand recovery pace | D2 |
| 2027-07 | Legacy Capacity Clearing Verification | Whether clearing accelerates | D2 |
Matrix Interpretation:
Value Trap Logic: "Revenue growth without profit growth" in mainstream segments is a classic prosperity illusion — 2025 installations hit record highs, yet 60 listed manufacturers posted combined losses of RMB 74.3B. Even if installation momentum recovers (matrix points shift right), the y-axis (business quality) for commoditized module/wafer segments will not shift upward in tandem — central SOE procurement will capture the prosperity dividend. These points will only slide from "Avoid" toward "Value Trap," not toward "Core Allocation." Bullish industry momentum ≠ worth buying: Only after price recovery materializes can low-cost leaders convert "surviving" into "profiting."
Relative beneficiaries (core holdings + distressed-reversal candidates):
Relative avoids:
| Scenario | Biggest Beneficiary | Biggest Loser | Logic |
|---|---|---|---|
| 🐻 Bear (RMB 26,000–32,000) | Sungrow (defensive) | Tongwei (high debt + cash-flow pressure double whammy) | Polysilicon double-dips; only inverters maintain positive margins |
| 📊 Base (RMB 32,000→40,000) | GCL (lowest cost) + Daqo (low-debt elasticity) | Xinte/second-tier polysilicon | Moderate price recovery; low-cost pure polysilicon players turn loss-reducing first → marginal profits |
| 🐂 Bull (RMB 43,000–50,000) | Tongwei + Daqo (elasticity duo) | None (full chain benefits) | Prices break above full costs; leaders' earnings elasticity explodes |
Disclaimer: This report is compiled based on public information and industry data and does not constitute investment advice. The PV industry is at a cyclical bottom, and price direction is highly dependent on policy execution (mandatory energy-intensity standards, antitrust) and demand recovery (China installations), with significant uncertainty. Investors should make independent judgments and decisions prudently.
Key information sources: SolarPower Europe, IEA PVPS, REN21, National Energy Administration, CPIA, Bernreuter Research, Silicon Industry Branch/SMM/Mysteel/EnergyTrend, GFEX, White House Section 232 announcement, MIIT mandatory energy-intensity standards, and various company annual reports.