Bifacial Solar PV Module Market Size & Share 2026-2035

Bifacial Solar PV Module Market Key Takeaways

Market Size & Growth

• 2025 Market Size: USD 204.2 Billion
• 2026 Market Size: USD 217.9 Billion
• 2035 Forecast Market Size: USD 499.3 Billion
• CAGR (2026–2035): 9.6%

Regional Dominance

• Largest Market: Asia Pacific
• Fastest Growing Region: Europe

Key Market Drivers

• Superior energy yield from dual exposure.
• Significant reduction in LCOE.
• Rising demand for high-efficiency modules.
• Expanding global utility-scale installations.

Challenges

• Performance variability due to ground reflectivity.
• Higher upfront costs than monofacial.

Opportunity

• Glass-backsheet module growth in C&I and residential.
• Europe policy-driven expansion.

Key Players

• Market Leader: Jinko Solar led with over 10% market share in 2025.
• Leading Players: Top 5 players in this market include Jinko Solar, LONGi Green Energy Technology, JA Solar Technology, Trina Solar, Canadian Solar, which collectively held a market share of 33.5% in 2025.

Superior energy yield from dual exposure

Bifacial modules generate electricity from both the front and rear surfaces, capturing direct irradiance on the front and reflected or diffuse light on the rear. Under optimal conditions, high-albedo ground surfaces combined with elevated single-axis trackers rear-side energy gains range from 10% to 30% above a comparable monofacial installation.^[1] This dual-capture mechanism reduces the effective cost per kilowatt-hour generated, making bifacial systems economically compelling for project developers operating under competitive auction frameworks.

Significant reduction in LCOE

The LCOE for utility-scale PV systems declined by 86% between 2010 and 2024, falling to approximately USD 4.8 cents per kWh.^[2] Bifacial modules contribute directly to this compression by delivering higher energy output per installation footprint without proportional increases in balance-of-system costs. The ITRPV 16th Edition (March 2025) indicates the worst-case LCOE under current bifacial system assumptions is already 40% below IEA projections made for 2030, reinforcing procurement decisions across utility developers in cost-competitive power markets.

Rising demand for high-efficiency modules

Procurement specifications at utility and commercial scales have progressively migrated toward higher module wattage and efficiency classes. JinkoSolar's Tiger Neo 3.0 rated at 670 W with 24.8% conversion efficiency and a bifacial factor of up to 90% accumulated a 20 GW order backlog within six months of its November 2025 commercial launch.^[3] JA Solar's DeepBlue 5.0 became the first commercially available TOPCon module to exceed the 24% efficiency benchmark, reflecting a broader industry migration toward n-type cell architectures that inherently support bifaciality.

Expanding global utility-scale installations

Government-backed auction programs, corporate renewable procurement mandates, and national net-zero commitments are driving a multi-regional expansion of utility-scale solar capacity. Global new PV installations reached a range of 553–601 GW in 2024, a 29% year-on-year increase. This scale of deployment concentrates demand in the utility segment, where bifacial modules are now the default product specification for ground-mount projects in high-irradiance geographies across Asia Pacific, the Middle East, and Latin America.

Performance variability due to ground reflectivity

Rear-side energy yield in bifacial systems is highly sensitive to ground albedo, module height above ground, row spacing, and soiling patterns parameters that vary considerably across geographies and installation types. In Central European markets where albedo averages 0.15–0.20 on standard soil, bifacial gains on fixed-tilt systems typically range from 6% to 10%, significantly below the 15–25% achievable in desert environments.^[4] This site-specific variability complicates financial modeling and creates uncertainty in energy yield projections, particularly for debt-financed projects where lender P90 assessments apply conservative albedo assumptions.

Higher upfront costs than monofacial

Dual-glass bifacial modules carry a higher upfront capital cost relative to standard monofacial alternatives, reflecting the additional materials and processing involved in rear-surface encapsulation. For residential rooftop applications where rear-side irradiance capture is limited by pitch and proximity to mounting surfaces the incremental energy yield frequently does not justify the premium. As manufacturing scale increases, particularly in China's n-type TOPCon production lines, the cost premium is compressing; however, it remains a constraint in price-sensitive emerging markets.

Bifacial Solar PV Module Market Trends

Rapid shift toward bifacial technology

The migration from monofacial to bifacial module architecture has accelerated substantially over the past five years, driven primarily by manufacturing cost convergence and demonstrated energy performance advantages. IEA PVPS data confirms that bifacial modules exceeded 75% of global PV module production in 2024, up from approximately 40–50% of new utility-scale capacity just two years prior. The transition is largely attributable to the rapid scale-up of n-type TOPCon and HJT cell lines in China, both of which are inherently bifacial architectures.

As n-type technologies represented 70% of global production in 2024, bifacial capability has become structurally embedded in the manufacturing base rather than an incremental product specification. In our Q2 2026 research covering 280 solar project developers and EPC contractors across 14 markets, 78% indicated they now specify bifacial modules as the default for all new ground-mount projects a significant shift from 52% recorded in the same cohort during Q2 2024. Respondents cited lower lifecycle LCOE and bankability with international lenders as the two primary factors driving this standardization.

The data reinforces a supply-demand feedback loop: as production of non-bifacial modules declines toward niche or legacy volumes, procurement teams face fewer viable monofacial alternatives at competitive price points. RatedPower's 2026 Global Renewable Energy Trends Report drawing on data from 64,000+ solar and storage projects representing over 5.1 TW in simulated capacity confirms that bifacial modules now feature in more than 90% of utility-scale PV projects on its cloud-based design platform.^[5] The firm projects this penetration rate to reach 95% by 2032.

Increasing adoption in large solar farms

Large-scale ground-mount solar installations have emerged as the primary proving ground and demand anchor for the bifacial solar PV module market. Utility-scale systems accounted for approximately 62% of new global PV installations in 2024, and the configuration requirements of these projects elevated mounting structures, open ground, and optimized row spacing directly maximize rear-surface irradiance capture. A 10–20% energy yield gain from bifaciality, achievable with minimal incremental installation complexity, materially reduces levelized cost and improves returns in competitive power purchase agreement environments.

China's Midong Solar Farm in Xinjiang commenced operations in June 2024, developed by China Green Development Group at a cost of USD 2.13 billion and equipped with 5.26 million 650 W monocrystalline bifacial dual-glass panels. In Australia, the 380 MW Aldoga Solar Farm in Queensland reached full commercial operations in December 2025 seven months ahead of schedule incorporating 818,144 bifacial double-glass mono solar modules mounted on Nextracker XTR single-axis trackers across 1,137 hectares.^[6] These projects are representative of a deployment pattern now replicated across South and Southeast Asia, the Middle East, and Latin America.

Growing use with tracker systems

The pairing of bifacial modules with single-axis tracking systems represents one of the most consequential technology convergences in solar project design. Trackers allow rear-surface exposure to shift with solar angle throughout the day, compounding the bifacial energy gain beyond what fixed-tilt systems can achieve. LBNL's Utility-Scale Solar 2025 Edition confirms that 99% of new US utility-scale capacity additions in 2024 specified single-axis trackers, with tracking projects averaging USD 1.61/WAC compared to USD 1.9/WAC for fixed-tilt alternatives.^[7]

Field research from Hamad Bin Khalifa University in Qatar, published in May 2026, found that bifacial horizontal single-axis tracker (HSAT) systems generated 13.5% more specific energy yield annually than equivalent fixed-tilt bifacial configurations in desert environments, with peak daily gains reaching 36% during peak summer irradiance conditions. The tracker-bifacial combination is increasingly standardized across high-DNI markets including the US, Australia, Brazil, Chile, Saudi Arabia, and the UAE, where the combination of high direct normal irradiance and reflective ground surfaces optimally activates rear-side power generation.

Bifacial Solar PV Module Market Analysis

By Type

Dual-Glass Bifacial Solar

The dual-glass bifacial solar segment accounted for 71.8% of global market revenue in 2025, equivalent to approximately USD 146.6 billion, and is projected to expand at a CAGR of 8.4% through 2035. This segment's dominance reflects its structural advantages over glass-backsheet alternatives: a second glass rear layer provides superior moisture resistance, lower UV degradation rates, and extended module life properties that directly support the 25–30 year warranty periods required by utility and institutional investors. Major product launches in 2025–2026 have reinforced the dual-glass format's position as the benchmark for high-performance utility-scale bifacial systems.

JinkoSolar's Tiger Neo 3.0 (670 W, 24.8% efficiency, bifaciality up to 90%) and Trina Solar's Vertex N G3 (760 W maximum power, 85% bifaciality) are both dual-glass configurations designed for large-scale ground-mount applications. Trinasolar's Vertex N G3, launched at PV EXPO Japan in March 2026, combines dual-glass construction with TOPCon Ultra cell technology and specifies compatibility with mainstream single-axis tracker systems. The dual-glass format also operates approximately 2–3°C cooler than glass-backsheet configurations under equivalent irradiance conditions, contributing to lower temperature-induced efficiency losses over the module lifetime.

Glass-Backsheet Bifacial Solar

The glass-backsheet bifacial solar segment held a 28.2% bifacial solar PV module market share in 2025 (approximately USD 57.6 billion) and is forecast to register a CAGR of 12.4% through 2035 the higher growth rate of the two type segments. This outperformance reflects the segment's improving cost position relative to dual-glass alternatives and its expanding relevance in commercial, industrial, and select residential applications where module weight and ease of handling are practical constraints. Glass-backsheet modules offer lower total weight, reduced transportation costs, and installation compatibility with standard racking infrastructure.

The segment is gaining share in commercial rooftop installations across Europe and North America, where flat-roof penetration is growing as bifacial rear-side gains of 5–12% on white or light-colored membrane surfaces provide a measurable yield advantage. JA Solar's DeepBlue 4.0 Pro exemplifies this positioning marketed as a cost-optimized TOPCon solution for large-scale bifacial applications where the glass-glass premium is not justified by site albedo conditions. As manufacturing volumes of glass-backsheet bifacial formats scale through 2028–2030, the cost delta versus dual-glass is expected to narrow further, expanding the segment's addressable application base.

By Application

Residential

The residential segment accounted for 33.5% of global market revenue in 2025 (approximately USD 68.4 billion) and is projected to grow at a CAGR of 10% through 2035. Bifacial adoption in residential installations remains more limited relative to utility applications the energy gain on a conventional pitched roof with restricted ground clearance is typically 2–8%, significantly below the 10–20% achievable in ground-mount configurations. Despite this structural constraint, the segment is growing as installers increasingly default to bifacial module specifications for ground-mounted residential systems, solar carports, and flat-roof applications.

Government incentive programs in key markets are accelerating residential bifacial uptake. In Europe, REPowerEU's residential solar acceleration program and national subsidy mechanisms in Germany and Spain have maintained strong rooftop solar demand.^[8] In India, the PM Surya Ghar Muft Bijli Yojana scheme targets 10 million rooftop solar installations, with bifacial modules gaining traction in the premium segment. Association data confirms that US residential installations reached 1,088 MWdc in Q3 2025, with bifacial penetration highest in California and Southwest markets where flat roof and ground-mount configurations are prevalent.^[9]

Commercial & Industrial

The commercial & industrial (C&I) segment captured 22.1% of market revenue in 2025 (approximately USD 45.1 billion) and is set to register the highest application-level CAGR of 10.8% through 2035. C&I bifacial adoption is driven by the convergence of rising industrial electricity prices, falling module costs, and the availability of large, flat rooftop or adjacent ground areas that support meaningful rear-side irradiance capture. Businesses with energy-intensive operations manufacturing plants, logistics hubs, data centers, and food processing facilities are increasingly deploying captive bifacial solar systems as a hedge against grid price volatility.

Supply chain leads interviewed across 35 C&I solar project developers in Asia Pacific and Europe in Q1 2026 indicated that 67% had specified bifacial dual-glass modules for their most recent large-scale C&I installations, compared with 41% in Q1 2024. The primary rationale cited was total lifecycle economics bifacial modules' lower degradation rates and extended warranty periods improve the internal rate of return for projects financed on 15–20 year terms. At the product level, Mission Solar's TOPCon Bifacial 144HC and JA Solar's DeepBlue 5 represent the preferred specifications in this segment.

Utility

The utility segment is the largest application segment, representing 44.4% of global market revenue in 2025 (approximately USD 90.7 billion), and is projected to grow at a CAGR of 8.7% through 2035. While growth is moderate relative to the residential and C&I segments, absolute capacity additions in the utility space will remain the principal volume driver for bifacial module demand through the forecast period. RatedPower's 2026 dataset confirms that bifacial modules now feature in over 90% of utility-scale project designs, effectively making non-bifacial specifications the exception at this scale.

The utility segment's demand dynamics are increasingly shaped by the intersection of bifacial modules and battery energy storage systems (BESS). RatedPower data shows that hybrid solar-plus-storage simulations grew from 12% of total utility project designs in 2024 to 20% by Q4 2025, with AC-coupled BESS configurations accounting for 83% of these hybrid designs. Egypt's Abydos II project (1 GWac solar with 600 MWh BESS, using bifacial modules with GameChange Solar tracker systems) exemplifies this integrated design approach, a pattern increasingly replicated across emerging market geographies.

By Region

North America bifacial solar PV module market

North America accounted for 8.7% of global market revenue in 2025 (approximately USD 17.8 billion) and is projected to grow at a CAGR of 9% through 2035. The United States is the dominant market, having installed 47 GW of solar PV in 2024 a 40% year-on-year increase driven by the Inflation Reduction Act's Production Tax Credit and Investment Tax Credit provisions supporting domestic solar manufacturing and deployment. LBNL's 2025 utility-scale solar analysis confirms that 99% of new US ground-mount capacity in 2024 specified single-axis trackers, with bifacial modules as the near-universal companion technology. Illinois' 354 MW Eldorado Solar Project, completed in September 2025 with Nextracker tracking systems, demonstrates the bifacial solar PV module market's maturity in integrating agrivoltaic designs into mainstream utility procurement.

Canada is a growing secondary market, with Ontario and Alberta provinces leading commercial-scale bifacial deployments. The Inflation Reduction Act's domestic content requirements are accelerating investments in US-based bifacial module manufacturing capacity, with Silfab Solar's Canadian and US plants positioning to serve this demand. In aggregate, North America's trajectory reflects a market in consolidation strong institutional deployment volumes, maturing regulatory frameworks, and growing manufacturing localization supporting a sustained 9% growth rate through the forecast period.

Europe Bifacial Solar PV Module Market

Europe represented 17% of global market revenue in 2025 (approximately USD 34.7 billion) and is projected to register the highest regional CAGR of 12% through 2035, positioning it as the fastest-growing market globally. Germany remained the EU's largest solar market, installing 16.2 GW in 2025 and reaching 116.8 GW cumulative capacity surpassing its 108 GW government target a year ahead of schedule.^[10] The EU's REPowerEU framework and RED III renewable energy directive have elevated solar as a strategic energy security instrument, with bifacial modules dominating new ground-mount utility and large commercial installations.

At the project level, the Valcasado solar project in Huelva, Spain featuring 33,600 bifacial Vertex modules from Trinasolar paired with Vanguard 1P trackers illustrates the standard deployment configuration for new European utility-scale builds. Poland's auction-driven large-scale solar market reached 25.5 GW cumulative capacity in 2025, with bifacial dual-glass modules constituting the majority of new procurement specifications. Spain's high-DNI conditions produce bifacial gains consistently above 15% on tracker-equipped installations. Germany's electricity generation from solar PV exceeded the combined output of lignite and hard coal for the first time in 2025, a structural milestone reinforcing the policy and commercial case for continued aggressive solar expansion.

Asia Pacific Bifacial Solar PV Module Market

Asia Pacific is the dominant regional market, accounting for 65% of global revenue in 2025 (approximately USD 132.7 billion) and projected to grow at a CAGR of 9.2% through 2035. China remains the axis of the global bifacial supply chain both as the world's largest installer (309–357 GW in 2024, nearly 60% of global new capacity) and as the principal manufacturer of n-type bifacial cell technologies including TOPCon and HJT formats. Midong Solar Farm in Xinjiang, with 5.26 million bifacial dual-glass panels developed at a cost of USD 2.13 billion, is emblematic of China's project scale and drives continuous supply chain refinement that benefits the global bifacial solar PV module market.

India installed 32 GW of solar PV in 2024, with bifacial modules gaining significant ground in utility-scale tenders under the Central Electricity Authority's bulk procurement program. Adani Green Energy's Khavda Renewable Energy Park in Gujarat one of the world's largest renewable energy projects incorporates bifacial solar PV modules with horizontal single-axis tracker systems. Japan is investing in higher-efficiency bifacial formats, with Trina Solar's Vertex N G3, targeting the country's premium commercial and utility segment.

Bifacial Solar PV Module Market Share

The bifacial solar PV module market exhibits moderate concentration, with the top five players Jinko Solar, LONGi Green Energy Technology, JA Solar Technology, Trina Solar, and Canadian Solar collectively holding approximately 33.5% of global market revenue in 2025. Jinko Solar leads with approximately 10% share, reflecting its position as one of the two highest-volume global module shippers in 2025 (alongside LONGi), with both companies recording shipments in the 80–90 GW range as assessed by InfoLink Consulting's 2025 global module shipment ranking. The remaining approximately 66.5% of the market is distributed across a large field of regional and specialized manufacturers, indicating meaningful competitive fragmentation below the top tier.

Market share dynamics in 2025–2026 have been shaped by significant margin pressure across the sector, driven by oversupply and price competition in the Chinese manufacturing base. JinkoSolar reported Q1 2026 revenue of CNY 12.25 billion (USD 1.68 billion), with module shipments of 13.7 GW, while JA Solar posted Q1 2026 revenue of CNY 9.22 billion with overseas markets accounting for 77.16% of cell and module shipments. This revenue pressure has intensified competitive focus on technology differentiation through efficiency records and geographic diversification toward non-China markets where pricing has remained more stable.

Project developers surveyed across 18 countries in Q4 2025 covering 420 procurement decisions in utility and large C&I segments ranked module efficiency, bankability, and warranty depth as the top three procurement criteria. Price ranked fourth, a shift from its first-place position in the same survey cohort in Q4 2023. This preference migration toward performance-based procurement benefits larger, vertically integrated manufacturers with certified n-type bifacial product lines, consolidating share among the top five players while marginalizing lower-specification alternatives.

Competitive strategy is increasingly differentiated along efficiency and patent leadership lines. JinkoSolar achieved a record 26.66% efficiency for an industrial-scale TOPCon solar cell on M10 wafers in February 2026, while simultaneously securing a 20 GW order backlog for its Tiger Neo 3.0 bifacial module. LONGi Green Energy is prioritizing its BC (back-contact) bifacial module Hi-MO 9, which IPVF analysis confirms achieves an average 3.32% lower LCOE than comparable TOPCon modules. Geographic manufacturing diversification including JA Solar's 6 GW cell and 3 GW module plant in Oman (Phase 1 scheduled for 2026 production) represents a structural response to tariff exposure in key markets.

Bifacial Solar PV Module Market Companies

Major players operating in the bifacial solar PV module market are: 3Sun, AE Solar, Astronergy, Axitec, Bluesun Solar, Boviet Solar, Canadian Solar, First Solar, Hanwha Q CELLS, JA Solar Technology, Jinko Solar, LONGi Green Energy Technology, Primroot, Seraphim Solar, Sharp Corporation, Silfab Solar, Sunergy, Trina Solar, Vikram Solar, and Yingli Solar.

Jinko Solar maintains the top market position with approximately 10% share in 2025, underpinned by leading module shipment volumes in the 80–90 GW range and an expanding high-efficiency product portfolio. In February 2026, JinkoSolar achieved a record 26.66% cell efficiency for an industrial-scale TOPCon cell on M10 wafers, with a bifaciality factor reaching 88.3%. The company projects module shipments of 75–85 GW for full-year 2026.

LONGi Green Energy Technology contests the top shipment tier alongside JinkoSolar and is differentiated by its BC (back-contact) bifacial module architecture. The Hi-MO 9, LONGi's flagship BC module, has been independently validated by IPVF as delivering 3.32% lower LCOE than competing TOPCon modules across multiple project geographies, establishing a technical cost advantage increasingly cited in large utility procurement processes. LONGi has established LONGi Control, a local energy storage subsidiary in the United States, reflecting its strategic intent to expand beyond module supply into integrated solar-plus-storage system delivery.

JA Solar Technology combines module manufacturing scale with an aggressive technology roadmap. The DeepBlue 4.0 Pro and DeepBlue 5.0 represent the company's current bifacial dual-glass offerings, with the DeepBlue 5.0 achieving 24.1% module efficiency and 650 W output the first commercially available TOPCon module to exceed the 24% threshold. In May 2026, JA Solar and Gold Stone Energy jointly announced a hybrid back-contact (HBC) solar cell achievement of 28.2% conversion efficiency, certified by TÜV Rheinland. The company's Oman manufacturing facility (Phase 1: 6 GW cells, 3 GW modules) is targeted to begin production in 2026.

Conversations with six senior module procurement executives during our Q3 2025 expert panel consistently highlighted one structural observation: technology differentiation in bifacial modules is shifting the competitive axis from wattage to system-level LCOE with bankability, degradation rate, and bifaciality factor weighting increasing in developer scorecards relative to nameplate power alone.

Trina Solar has pursued a dual-product strategy, maintaining its Vertex N G3 (760 W, dual-glass bifacial, 85% bifaciality) for utility-scale ground-mount applications while developing its THBC (TOPCon-HJT-BC) cell architecture for next-generation bifacial performance. Trina Solar is accelerating THBC module industrialization with a focus on high-value markets including Europe and Australia, where premium efficiency commands sustainable price premiums under current competitive dynamics.

Canadian Solar is managing a challenging near-term volume environment Q1 2026 module shipments of 2.5 GW declined 64% year-on-year while maintaining a competitive position in bifacial module supply through technology and geographic diversification.Canadian Solar projects Q2 2026 module shipments of 3.1–3.3 GW, signaling recovery supported by a growing reconfiguration of its supply chain toward non-China production locations.

Other Competitors such as Hanwha Q CELLS is a significant European market player, leveraging its German brand equity and European manufacturing footprint to differentiate in a market increasingly sensitive to supply chain transparency and local content. First Solar occupies a distinct position in the competitive landscape as the leading US-headquartered bifacial module manufacturer, with its proprietary cadmium telluride (CdTe) thin-film bifacial technology increasingly relevant in the US domestic content-preference procurement environment. Additional competitors including Astronergy, Seraphim Solar, AE Solar, and Vikram Solar serve regional markets with cost-competitive bifacial product lines across Asia Pacific and emerging market segments.

Bifacial Solar PV Module Industry News:

• Apr 2026: Trina Solar's TOPCon patents related to solar cell technology were invalidated in final written decisions by the US Patent and Trademark Office (USPTO), following a challenge filed by Canadian Solar.
• Apr 2026: Trina Solar unveiled its THBC (TOPCon-HJT-BC) cell technology, surpassing the 28% efficiency milestone on large-format 210R cells certified by ISFH, with module industrialization targeted at Europe and Australia.
• Mar 2026: JinkoSolar secured a First Solar TOPCon patent invalidation ruling in China, following the US International Trade Commission's institution of a Section 337 investigation into TOPCon solar components.
• Jan 2026: Nextpower Arabia a joint venture between Nextpower (formerly Nextracker) and Abunayyan Holding secured a 2.25 GW smart tracker supply order from Larsen & Toubro for Saudi Arabia's Bisha solar project, developed by an ACWA Power-led consortium.
• Jul 2025: GameChange Solar signed a 1.25 GW tracker supply agreement with CEEC-ZTPC for Egypt's Abydos II solar project (1 GWac solar + 600 MWh BESS).
• Nov 2024: First Solar issued a warning to shareholders and competitors, alleging that LONGi, Trina Solar, JinkoSolar, JA Solar, and Canadian Solar were using First Solar's TOPCon-related patents without a license, initiating a series of patent disputes that shaped competitive dynamics across 2025 and 2026.  
• Dec 2024, Jinko Solar launched a new line of high-bifaciality HJT modules, targeting utility-scale projects in high-albedo regions such as deserts and snow-covered areas. These modules leverage HJT’s inherently superior bifacial response and low-temperature coefficient, enabling higher energy yields in extreme climates. The launch strengthens Jinko Solar’s positioning in the premium high-efficiency segment and supports its strategy to increase market share in large-scale bifacial solar deployments.
• Nov 2024, Trina Solar secured a strategic partnership with a leading tracker manufacturer to deliver integrated bifacial plus tracker solutions for North American solar farms, addressing the growing demand for turnkey project delivery. This collaboration is aimed at optimizing rear-side energy capture, improving system-level performance, and meeting the region’s accelerating demand for turnkey, high-performance solar farm solutions. The partnership strengthens Trina Solar’s competitive positioning in the large-scale bifacial segment and supports its broader strategy of offering vertically integrated, high-yield project technologies.
• Oct 2024, Canadian Solar expanded its dual-glass module production capacity in Southeast Asia to meet rising demand in emerging markets, with a focus on utility-scale and C&I applications. The additional capacity is geared toward supporting both utility-scale solar farms and the commercial & industrial segment, where dual-glass modules are increasingly preferred for their enhanced durability, lower degradation, and stronger long-term energy yield. This move aligns with Canadian Solar’s strategy to strengthen its global manufacturing footprint and capture rising demand for high-performance bifacial technologies.

Market Concentration Score

The bifacial solar PV module market scores 4 out of 10 on the concentration scale reflecting moderate fragmentation, where the top five players (Jinko Solar, LONGi, JA Solar, Trina Solar, Canadian Solar) collectively hold only 33.5% of global revenue, with the majority of market share distributed across a broad field of regional and specialized manufacturers.

The bifacial solar PV module market research report includes an in-depth coverage of the industry with estimates & forecast in terms of revenue in “USD Billion” from 2022 to 2035, for the following segments:

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Market, By Thickness

• 2 mm 
• 2 mm to 3 mm
• > 3 mm  

Market, By Type

• Dual-glass bifacial solar
• Glass-backsheet bifacial solar

Market, By Application

• Residential
• Commercial & industrial
• Utility

Market, By Technology

• Passivated emitter rear contact (PERC)
• TOPCon
• Heterojunction (HJT)

Market, By Frame Type

• Framed
• Frameless

Market, By Mounting

• Ground mounted
• Rooftop

The above information has been provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • Germany
  • Spain
  • Netherlands
  • Poland
• Asia Pacific
  • China
  • Australia
  • India
  • Japan
• Middle East & Africa
  • UAE
  • Turkey
  • Egypt
• Latin America
  • Brazil
  • Chile