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Perovskite Solar Price Collapse, LONGi and Jinko Ship 90 GW Amid $1.54 B in Losses and a US Policy Shift (2025 to 2026)

Solar Manufacturing Crisis: LONGi and Jinko Suffer $1.54 B in Losses Despite 90 GW Shipments

The global solar industry entered a severe consolidation phase in 2025, defined by a paradox where record module shipments by leaders like LONGi and Jinko Solar coincided with massive financial losses due to structural overcapacity and a ruinous price war. This marks a stark contrast to the growth-focused period of 2021-2024, shifting the industry’s strategic imperative from scale to survival through technological differentiation and financial discipline.

The Paradox of Volume and Value

In 2025, both Jinko Solar and LONGi solidified their market leadership, each shipping between 80 GW and 90 GW, a volume that underscores their immense manufacturing scale. This record output, however, failed to translate into profitability. A persistent price war, fueled by industry-wide overcapacity, led the top four Chinese manufacturers to report combined net losses of nearly RMB 11 billion (US$1.54 billion) in the first half of 2025 alone.

Industry Correction and Stalled Efforts

The widespread financial strain represents a critical market correction, forcing a “Darwinian moment” where operational efficiency and profitability are displacing the prior era’s focus on sheer volume. An industry-led “anti-involution” initiative to curb reckless expansion has largely failed to gain traction. The resulting erosion of market confidence is reflected in LONGi’s stock price, which fell over 40% from its peak in November 2025, signaling investor concern over the sector’s financial health.

Strategic Investments and Capacity Expansion: LONGi vs. Jinko Solar (2025-2026)
Date Company Market Segment Project / Investment Key Outcome / Capacity Source
Apr 30, 2026 Jinko Solar Energy Storage Strategic pivot to energy storage Targeting 10 GWh of energy storage shipments as a 'second growth curve'. LONGi and Jinko Post Combined 13 Billion Yuan Loss
Apr 30, 2026 LONGi Solar Energy Storage Strategic pivot to energy storage Targeting 6 GWh of energy storage shipments to diversify revenue streams. LONGi and Jinko Post Combined 13 Billion Yuan Loss
Oct 16, 2025 LONGi Solar Solar PV Manufacturing Production Capacity Leadership Maintains position as the largest manufacturer with 150 GW of production capacity. Global Solar PV Modules Market
Apr 30, 2025 Jinko Solar Solar PV Manufacturing Vertical Integration Capacity Expansion Announced targets to reach 120 GW mono wafer, 95 GW solar cell, and 130 GW solar module annual production capacity. JinkoSolar Holding Co., Ltd._December 31, 2024
infolink — Leading PV Manufacturers Face Profit Collapse Despite Scale

Leading PV Manufacturers Face Profit Collapse Despite Scale
Major PV module suppliers like LONGi and Jinko, critical players in achieving high shipment volumes, are forecasted to plunge into significant net losses by 2024-2025. This indicates a severe mismatch where increasing production capacity and shipments no longer translate to financial viability due to brutal price competition.

Unsustainable Volume-Driven Strategy Threatens Industry Stability
The impending profit crisis reveals that a relentless pursuit of GW shipment targets, while driving global solar adoption, has commoditized modules to an unsustainable degree. This jeopardizes long-term investments, forces consolidation, and threatens the financial health of even market leaders, potentially impacting future innovation and supply chain stability.

(Source: infolink — via LONGi Solar 2026, 45 GW Shipments, Jinko Solar 80 GW – EnkiAI)

$14 B in Cancellations: US Solar Projects Reel from the 2025 OBBBA Policy Shift

A significant policy reversal in the United States, a key solar import market, directly intensified the global manufacturing crisis by creating a demand shock that led to widespread project cancellations and job losses throughout 2025 and into 2026. This external pressure compounded the internal challenges of oversupply and price collapse already facing manufacturers like LONGi.

The OBBBA Act’s Immediate Impact

The passage of the “One Big Beautiful Bill Act (OBBBA)” on July 4, 2025, abruptly curtailed crucial federal incentives like the Investment Tax Credit (ITC) and Production Tax Credit (PTC). This fundamentally altered project economics for developers, including major players like Next Era, and destabilized a significant portion of the global demand forecast.

Quantifying the Project and Job Losses

The immediate aftermath saw over $14 billion in planned clean energy projects canceled across the U.S. in 2025, directly reducing the addressable market for modules from global suppliers. The disruption extended into the workforce, with the U.S. renewable energy manufacturing sector experiencing a net loss of 5, 900 jobs in the first quarter of 2026, reversing the growth seen in prior years and highlighting the far-reaching effects of the policy shift on the entire solar market.

Table: US Clean Energy Project Cancellations (2025 to 2026)

Event / Metric Time Frame Details and Strategic Purpose Source
Renewable Manufacturing Job Losses Q 1 2026 A net loss of 5, 900 jobs was recorded in the U.S. renewable energy manufacturing sector, directly linked to project cancellations and demand disruption following the OBBBA policy change. Utility Dive
Project Cancellations Value 2025 Over $14 billion in clean energy projects were canceled in the U.S. due to policy shifts, primarily the curtailment of federal tax incentives under the OBBBA. Energy Oil & Gas
One Big Beautiful Bill Act (OBBBA) July 2025 The law’s passage significantly reduced or eliminated federal tax incentives like the ITC and PTC, disrupting the financial models for new wind and solar projects. Latham & Watkins
Global Solar PV Market Size Forecast Comparison
Forecast Provider Market Segment 2025 Market Size ($B) 2026 Market Size ($B) 2033 Forecast ($B) 2035 Forecast ($B) 2036 Forecast ($B) CAGR (%) Source
Market Data Forecast Solar PV 416.78 * 521.52 * 2504.95 3922.13 * 4907.76 * 25.13 Solar Photovoltaic (PV) Market Size, Share & Trends, 2033
Market Research Future Solar Panels 187.70 210.73 * 473.78 * 616.59 692.25 * 12.27 * Solar Panels Market Size, Share, Trends Report 2035
Precedence Research Solar PV 179.69 216.04 432.66 * 484.85 535.42 * 10.43 Solar Photovoltaic (PV) Market Growth Forecast 2026-2035
Research Nester Solar Panels 202.80 226.89 * 497.84 * 623.15 * 700.10 11.88 Solar Panel Market Size & Share, Growth Trends 2036
Coherent Market Insights Solar Panels 137.63 * 154.70 350.68 443.04 * 497.98 * 12.40 Solar Panels Market Size, Trends & Forecast, 2026-2033
SkyQuestt Solar Panels 189.84 212.83 * 473.41 595.01 * 667.07 * 12.11 * Solar Panel Market Size | Trends | Forecast Report [2033]
Coherent Market Insights Solar PV Module 55.43 * 60.20 107.29 126.54 * 137.42 * 8.60 Solar PV Module Market Trends, Share and Forecast, 2026 …
iMissing data has been automatically filled using calculation methods (e.g., CAGR projections derived from a source’s own reported values). Calculated values are displayed in blue * — hover any value to see the formula used.
Global Solar Market Size and Growth Projections (2025-2036)
Forecast Provider Market Segment 2025 Market Size ($B) 2026 Market Size ($B) 2033 Forecast ($B) 2034 Forecast ($B) 2035 Forecast ($B) 2036 Forecast ($B) CAGR (%) Source
Custom Market Insights Global Solar Energy Market 308.15 * 359 1045.62 * 1218.15 * 1418 1651.97 * 16.50 Global Solar Energy Market Size, Trends, Share 2026-2035
Precedence Research Global Solar Power Market 286.15 303.89 * 463.01 * 491.72 * 522.71 555.12 * 6.20 * Solar Power Market Size to Hit USD 522.71 Billion by 2035
Dataintelo Solar PV Installation Market 256.30 282.44 * 557.44 * 607.20 669.13 * 737.39 * 10.20 Solar PV Installation Market Research Report 2034
Coherent Market Insights Solar Panels Market 137.63 * 154.70 350.68 394.16 * 443.04 * 497.98 * 12.40 Solar Panels Market Size, Trends & Forecast, 2026-2033
Skyquestt Global Solar Energy Market 222.09 237.86 * 384.45 411.75 * 440.98 * 472.29 * 7.10 Solar Energy Market Size, Share | Forecast & Trends [2033]
Research Nester Solar Panel Market 202.80 226.89 * 497.84 * 556.98 * 623.15 * 700.10 11.88 * Solar Panel Market Size & Share, Growth Trends 2036
iMissing data has been automatically filled using calculation methods (e.g., CAGR projections derived from a source’s own reported values). Calculated values are displayed in blue * — hover any value to see the formula used.

US vs. China: LONGi and Jinko Navigate Divergent Market Realities (2025 to 2026)

While Chinese manufacturers like LONGi and Jinko Solar dominate global production, their path to profitability is complicated by starkly different and increasingly challenging conditions in key overseas markets. The strategic landscape of 2025-2026 is defined by managing a domestic supply glut while navigating protectionist policies and infrastructure constraints abroad.

China’s Production Dominance Amid Internal Crisis

China remains the undisputed epicenter of solar manufacturing, with its top firms accounting for 58% of the 536 GW of global module shipments in 2025. However, this dominance is also the source of the oversupply crisis, forcing a domestic strategic pivot from prioritizing scale to emphasizing technology-driven value as a means of survival.

Policy Headwinds in the US Market

The U.S. market, previously a major growth driver, has become a source of significant demand uncertainty following the 2025 OBBBA policy shift. This not only impacts import volumes but also strengthens the competitive position of domestic manufacturers like First Solar and Qcells, who are insulated by different policy frameworks and trade protections.

The Universal Grid Bottleneck

A common challenge spanning all geographies is the growing strain on grid infrastructure. Record-long grid connection queues are now a global phenomenon, delaying project commissioning by years and capping the rate of solar deployment. This infrastructure limitation affects demand for all manufacturers, creating a ceiling on growth that low prices alone cannot overcome.

LONGi and Jinko Solar: Strategic Partnerships and Collaborations (2025-2026)
Date Company Market Segment Partner Partnership Type Key Details / Value Source
Jan 28, 2026 LONGi Solar Utility-Scale Solar Zambian Government & Sino Green Memorandum of Understanding (MoU) Agreement to develop 1 GW of new solar capacity in Zambia, advancing industrial use of renewable energy. Kenya’s GDC and South Africa’s Iroko Africa partner to …
Oct 01, 2025 LONGi Solar & Jinko Solar Utility-Scale Solar Duke Energy Approved Vendor List Both LONGi and Jinko were named as approved vendors for crystalline silicon modules for Duke Energy's 2025 projects in the Carolinas. 2025-Documents
May 15, 2025 LONGi Solar Utility-Scale Solar Vanda RE Framework Supply Agreement LONGi will supply up to 1 GW of high-performance solar PV modules for Vanda RE's utility-scale projects in Indonesia. Vanda RE Signs Major 1GW Framework Supply …

Technology as a Lifeline: LONGi Pushes Efficiency Records as TOPCon Becomes Standard

In a commoditized market defined by collapsing prices, technological differentiation has emerged as the primary survival strategy. The period from 2025-2026 is characterized by a two-pronged technology race: firms like Jinko Solar focus on mastering and scaling the current dominant N-type technology, while innovation leaders like LONGi pursue next-generation efficiency records to create higher-margin products.

LONGi’s Pursuit of Next-Generation Efficiency

LONGi has centered its strategy on R&D leadership, achieving a world-record efficiency of 34.85% for its perovskite-silicon tandem cells in June 2026. This breakthrough followed its certified HIBC module efficiency record of 26.4% in April 2026, positioning the company at the frontier of PV technology and signaling a pathway to escape the commoditization trap.

Jinko’s Mastery of Mass-Market N-Type

In contrast, Jinko Solar’s strategy has centered on the rapid scaling of N-type TOPCon technology. This technology, which largely displaced legacy PERC cells in 2025, now achieves mass-production efficiencies of 24-25%. By becoming the new industry workhorse, TOPCon provides the volume needed to maintain market share during the downturn.

Solar Cell Efficiency Records and Key Technology Launches (2025-2026)
Date Announced Company Market Segment Technology / Product Key Metric (Efficiency) Details Source
Jun 18, 2026 LONGi Solar Next-Gen PV Cells Perovskite-Silicon Tandem Solar Cell 34.85 Achieved a new NREL-certified world record efficiency, demonstrating leadership in next-generation PV technology. Perovskite Solar Cell Commercialization Status 2026
May 29, 2026 Trina Solar Next-Gen PV Cells THBC Technology Unveiled a new cell technology combining TOPCon, HJT, and BC to leverage existing capacity and boost efficiency. Trina Solar unveils THBC technology, TOPCon’s next …
Apr 29, 2026 LONGi Solar High-Efficiency Modules HIBC Module (R&D) 26.40 Set the highest module efficiency ever certified by NREL, reinforcing its R&D prowess. Most Efficient Solar Panels 2026: Top 15, up to 25.9%
Apr 12, 2026 Jinko Solar (and industry) Mass Production PV Cells TOPCon Cells 25%+ TOPCon cells became the volume manufacturing standard in 2026, delivering over 25% module efficiency at prices comparable to older PERC technology. The Future of Solar: 7 Breakthrough Technology…
Mar 13, 2026 Jusung Engineering Next-Gen PV Cells Perovskite-Heterojunction (HJT) Tandem Cells 33.09 A competitor achieved a remarkable 33.09% power conversion efficiency, highlighting the rapid pace of innovation in tandem cell technology. Jusung Engineering achieves 33.09% efficiency in …
iBlank cells indicate the underlying source did not report a value for that column.

SWOT Analysis: LONGi Navigates the Solar Market Downturn

LONGi’s strategic position reflects an industry in transition, where its immense manufacturing scale and technological leadership (Strengths) are directly challenged by severe market-wide price deterioration (Weaknesses), adverse policy shifts in key markets (Threats), and the urgent need to successfully pivot to new growth areas like energy storage (Opportunities).

Table: SWOT Analysis for the Solar Manufacturing Sector (2021 to 2026)

SWOT Category 2021 – 2024 2025 – 2026 What Changed / Resolved / Validated
Strengths Massive manufacturing scale and rapid capacity expansion were primary competitive advantages. Focus on driving down the cost of legacy PERC technology. Technological leadership in next-gen cells (HPBC, Tandem) and world-record module efficiencies (26.4%) become key differentiators. Established global supply chain provides resilience. The basis of strength shifted from pure scale to technological prowess and efficiency leadership as a defense against commoditization.
Weaknesses High capital expenditure on capacity expansion created financial leverage. Dependence on a limited number of key geographic markets. Extreme vulnerability to industry-wide price wars, leading to significant financial losses ($1.54 B for top 4 in H 1 2025) despite record shipments. Revenue is concentrated in the low-margin module segment. The weakness of a volume-centric model was validated, as record shipments did not prevent severe financial distress, exposing a lack of revenue diversification.
Opportunities Expanding into new geographic markets with high solar potential. Vertical integration to control the supply chain from wafer to module. Diversification into adjacent high-growth sectors, particularly energy storage, with LONGi targeting 6 GWh and Jinko targeting 10 GWh. Commercializing high-efficiency technologies to capture premium pricing. The industry downturn forced a strategic pivot, validating energy storage as a “critical second growth curve” to build financial resilience beyond the volatile module market.
Threats Supply chain disruptions (e.g., polysilicon prices). Geopolitical tensions and initial trade policy investigations. Severe industry overcapacity and price collapse. Major policy reversals in key markets (e.g., US OBBBA). Pervasive grid connection bottlenecks limiting deployment globally. Threats became more acute and systemic, shifting from manageable supply chain issues to fundamental structural problems of overcapacity and demand-side policy and infrastructure blockages.
Solar Module Manufacturer Shipment Comparison: 2025-2026
Company Market Segment 2025 Shipments (GW) 2026 Projected Shipments (GW) Source
Jinko Solar PV Modules 80-90 80-90 InfoLink 2025 global module shipment ranking
LONGi Solar PV Modules 80-90 80-90 How to Find Verified LONGi Solar Panel Suppliers
Trina Solar PV Modules
JA Solar PV Modules JA Solar and Trinasolar jointly claim top spot in global solar …
iBlank cells indicate the underlying source did not report a value for that column, and there was not enough of that source’s own data to calculate one (a growth rate needs at least two reported years).

Scenario Modelling: LONGi’s Path Through the 2026 Solar Trough

The most critical factor for LONGi and the solar sector’s recovery through the industry trough in 2026 is the speed and depth of market consolidation. If weaker players exit and capacity is rationalized, price stabilization could begin by late 2026 or early 2027, allowing technology leaders to regain pricing power and restore profitability.

Signals for Market Bottoming

Watch for a slowdown in new capacity announcements and a rise in M&A activity throughout the second half of 2026. This would signal that the industry trough has been reached and consolidation is accelerating. Such a trend would be the first concrete sign that the supply-demand imbalance is beginning to correct, a necessary precondition for price recovery.

The Energy Storage Pivot

The success of strategic diversification will be a key indicator of corporate resilience. Monitor the growth in energy storage shipments from both LONGi (targeting 6 GWh) and Jinko Solar (targeting 10 GWh). Strong performance in this segment provides a crucial alternative revenue stream to offset compressed module margins and demonstrates a viable path to a more diversified business model.

Policy and Infrastructure Triggers

Any positive movement on resolving grid connection backlogs in the U.S. and Europe or a clarification of trade policies could unlock significant latent demand. Conversely, further protectionist measures or continued delays in grid investment will prolong the downturn by keeping deployment rates artificially low, regardless of module prices.

Major Commercial Agreements for LONGi and Jinko Solar (2025-2026)
Date Company Market Segment Counterparty / Location Agreement Type Details Source
Jun 18, 2026 Jinko Solar Utility-Scale Solar ACWA Power / Saudi Arabia Offtake Agreement Jinko's 10 GW Saudi manufacturing venture has pre-sold its production to ACWA Power's Haden and Al-Khushaybi projects, securing offtake through the decade. Middle East Solar Power Market Size & Share Analysis
Jan 28, 2026 LONGi Solar Utility-Scale Solar Zambia / Sino Green Memorandum of Understanding Signed an MoU to develop 1 GW of new solar capacity in Zambia. Kenya’s GDC and South Africa’s Iroko Africa partner to …
Oct 01, 2025 LONGi Solar & Jinko Solar Utility-Scale Solar Duke Energy / USA (Carolinas) Approved Vendor Both companies were listed as approved module vendors for Duke Energy's 2025 procurement cycle. 2025-Documents
May 15, 2025 LONGi Solar Utility-Scale Solar Vanda RE / Indonesia Framework Supply Agreement Agreement to supply up to 1 GW of high-performance PV modules for utility-scale projects in Indonesia. Vanda RE Signs Major 1GW Framework Supply …

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Erhan Eren

Erhan Eren is the CEO and Co-Founder of Enki, a commercial intelligence platform for emerging technologies and infrastructure projects, backed by Equinor, Techstars, and NVIDIA. He spent almost a decade in oil and gas, first at Baker Hughes leading market intelligence, strategy, and engineering teams, then at AI startup Maana, where he spearheaded commercial strategy to acquire net new accounts including Shell, SLB, and Saudi Aramco. It was across these roles, watching teams stitch together executive briefings from scattered PDFs and Google searches, that the idea for Enki was born. Erhan holds a BS in Aeronautical Engineering from Istanbul Technical University and an MS in Mechanical and Aerospace Engineering from Illinois Institute of Technology. He has spent over 20 years at the intersection of energy, strategy, and technology, and built Enki to give professionals the clarity they need without the analyst-grade budget or timeline.

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