2026 SNEC Exhibition: A New Era of 700W+ and Scenario-Specific PV Modules
From June 3 to 5, the 2026 SNEC exhibition was held as scheduled. EnergyTrend’s observation and exploration of the event revealed that over 20 photovoltaic (PV) companies released their latest module products, covering technological pathways such as TOPCon, HJT, BC, and perovskite.
In terms of power performance, 700W+ has become the primary focus of corporate competition. Through high-density packaging and tandem technologies, some manufacturers—such as Astronergy, Tongwei, and Skyworth—have pushed module power to an impressive 800W–825W, with efficiencies generally advancing into the 24.8%–26% range.
Simultaneously, module products are shifting from standardized designs to scenario-specific solutions. Specialized modules tailored for AI data centers, desert and barren land bases, offshore PV, commercial and industrial (C&I) rooftops, and residential markets were released in rapid succession. Differentiated products, including smart modules, anti-glare modules, and dust-resistant modules, continue to emerge on the market.
Below are the new PV module products launched by mainstream manufacturers at this year's exhibition:
JinkoSolar
JinkoSolar exhibited a variety of products based on TOPCon technology, including the Tiger Neo 5.0 (Feihu 5) module, AIDC module, anti-glare module, lightweight diamond module, Taishan module, dust-resistant module, and safety guard module.
Notably, the entirely new generation Tiger Neo 5.0 module achieves a comprehensive efficiency boost through processes such as a high-purity homogeneous silicon base, a broad-spectrum light-trapping structure, full-area passivation, and gapless cell packaging. For the same-sized module, power has leaped from 670W to 700W, with an efficiency of 25.91% and a power density exceeding 259W/㎡, officially leading TOPCon into the new 700W+ era.
Trina Solar
In the PV module sector, Trina Solar prominently displayed the TOPCon 3.0 Vertex Gen 3 module, built on the i-TOPCon Ultra platform. The maximum power of this large-format module reaches 760W. Relying on ultra-high bifaciality and superior low-irradiance performance, it provides a highly competitive power generation solution for large-scale ground power plants. The THBC module integrates the core technological advantages of TOPCon, HJT, and BC to achieve a synchronous leap in efficiency and power, making it ideal for single-sided distributed scenarios.
Additionally, Trina Solar showcased the TEG Colored Photoelectric Glass Ultra. Driven by the company's self-developed perovskite/crystalline silicon tandem cell technology, this innovative design breaks through the efficiency bottlenecks and inherent limitations of traditional crystalline silicon cells.
Tongwei Solar
Tongwei comprehensively showcased the Tongwei TNC 3.0-Concentrating module, which boasts a 90% bifaciality, alongside the TNC series products tailored for deserts, barren lands, and offshore PV applications.
The TNC 3.0 features a quarter-cut design, an excellent temperature coefficient of -0.26%/°C, and 90% high bifaciality, achieving a module efficiency of 24.8%. The G12R-66 format, which is currently in mass production, delivers up to 670W; the G12-66 format, set for mass production by the end of Q2 this year, will reach up to 770W. Furthermore, their 2384×1303mm standard-size HJT copper-interconnected module achieved a breakthrough output power of 802.43W, with a full-area conversion efficiency of 25.83%, once again setting a new industry record.
Aiko Solar
Aiko Solar exhibited its fourth-generation product, the G4 Full-Screen Ultra module, featuring a peak efficiency of 26%. Inheriting full-screen processes such as hidden busbars, zero cell spacing, and zero-busbar (0BB) technology, the Full-Screen Ultra series pushes ABC module efficiency to 26% through a series of cell- and module-level innovations. The power of the 2382×1134mm standard-size module reaches 690W. The full range of Full-Screen Ultra products, tailored to diverse scenario needs, is slated for mass delivery in Q3 2026.
Canadian Solar
Canadian Solar unveiled its third-generation TOPCon high-efficiency module (dimensions: 2382×1134×30mm), which boasts a high power output of 670W and an efficiency of up to 24.8%. Powered by three major self-developed technologies—high-purity silicon wafers, lossless multi-cut passivation, and full-link optical optimization—the product achieves a low temperature coefficient of -0.26%/°C and a high bifaciality of 90%. Global mass production and delivery are expected in August 2026.
TCL Zhonghuan
TCL Zhonghuan showcased a full spectrum of products, including silicon wafers, BC and TOPCon modules, and multi-scenario applications.
Built on a deep foundation of native technologies and materials, the TCL Zhonghuan BC module incorporates the next-generation C3 BC technology platform to achieve dual breakthroughs in efficiency and performance. Its maximum power exceeds 710W, and conversion efficiency breaks the 26% mark. Combined with proprietary cell-module design and packaging technology, it achieves an ultimate screen-to-body ratio of over 96%, perfectly aligning with the demands of premium residential and C&I rooftops.
Astronergy
Astronergy brought a series of new releases to the exhibition, including the ASTRO N7 Pro, ASTRO N7 3.0, and ASTRO N8 Pro. Taking the ASTRO N7 Pro as an example, its quarter-cut layout, special circuit design, 20BB, and high-density packaging technologies drastically enhance power generation, conversion efficiency, and anti-microcrack capabilities.
Notably, Astronergy’s reserve product—the ASTRO N8 Pro—utilizes a 72-cell layout paired with a quarter-cut design, pushing the output of a single panel to an impressive 825W.
HY Solar
HY Solar prominently displayed its HT series of high-efficiency modules, covering 48-cell, 66-cell, and 78-cell formats to serve residential, C&I, and centralized power plants. The company also introduced customized solutions for complex environments like deserts and transportation sectors, building a comprehensive, all-scenario high-efficiency module system.
The newly launched HT 3.0 quarter-cut module relies on TOPCon 3.0 technology and a multi-cut structural design. Paired with ultra-fine grid printing and high-density packaging, its conversion efficiency hits 25.2%, with power increased by over 20W compared to conventional modules, and a maximum bifaciality of 90%.
GCL
GCL Perovskite officially announced its latest perovskite module efficiency achievements, realizing a "double record breakthrough": the certified efficiency of its 2042cm² large-area perovskite-crystalline silicon tandem module reached 30.23%; simultaneously, the 2053cm² rigid single-junction perovskite module achieved a certified efficiency of 23.7%. This signals the gradual maturation of GCL's technical roadmap: "building the foundation with single-junction and climbing higher with tandem technology."
Skyworth PV
Skyworth PV debuted the CBC 825W "Jingjie" module, delivering a 24.4% module efficiency and an 825W peak power. Delving deep into the BC back-contact technology route, this new product frees up the front light-receiving area through a rear electrode design, enhancing light utilization. This is paired with 0BB lamination technology, large-format design, and highly reliable packaging.
Yingli Solar
Yingli launched a series of Panda high-efficiency products, covering all-scenario applications from large-scale ground power plants and C&I distributed systems to residential PV, desert bases, and integrated water-wind-solar projects.
The Panda 3.0 Pro 2 multi-cut module employs high-efficiency TOPCon cell technology and a multi-cut design, achieving 24.8% efficiency and 670W power. It features a low temperature coefficient, exceptional weak-light performance, and superior anti-hot-spot capabilities, while also supporting an upgrade to a 2000V system voltage.
Hanersun
Hanersun introduced its newly localized PV and energy storage matrix for large-scale ground plants, C&I rooftops, and lightweight applications.
In the module zone, the flagship HITOUCH 6N PRO made its debut, consistently delivering high-efficiency value through its multi-cut design, high power output, and long-term stability. The HITOUCH 6B 680W module, based on BC cell technology, provides higher conversion efficiency and enhanced power generation.
SPIC New Energy
SPIC New Energy officially launched the HJT G12 PLUS high-efficiency third-cut module matrix, covering three formats:
128-cell format: Power range of 475W–495W and 23.8%–24.8% efficiency; designed for residential and vertical installations.
144-cell format: Power range of 535W–555W and 23.7%–24.6% efficiency; intended for C&I and vertical installations.
198-cell format: Power range of 740W–770W and 23.8%–24.8% efficiency; geared toward C&I and centralized power plants.
UtmoLight
Centered on "value dimension upgrading," UtmoLight officially released the "Chuangshi" (Pioneering) series of core new products.
The "Chuangshi S2-Xuanjia" 2.81㎡ perovskite module utilizes 3.2mm tempered glass integrated with "Jichuang+" technology. By innovatively optimizing the functional layer, it achieves an ultimate front mechanical load capacity of 5400Pa.
The "Chuangshi S1-Feiyu" 0.72㎡ perovskite module adopts a 1.1mm+1.1mm dual-glass structure, with a thickness of just 2.6mm and a weight of 4kg—over a 62% weight reduction compared to conventional modules.
Sungrow New Energy
Sungrow New Energy showcased its self-developed, world-first high-efficiency smart module. Deeply integrating core technologies like power electronics, materials science, and AI algorithms, the module combines "self-diagnosis, self-shutdown, self-cleaning, self-cooling, and self-archiving." This marks a leapfrog upgrade from a "passive power generation unit" to an "active smart terminal."
Zhonghuan New Energy
Zhonghuan New Energy proudly released the "Huanxi-AIDC" module. Exclusively designed for AI data center scenarios, this product achieves multi-dimensional breakthroughs in high power-density output, environmental adaptability, and comprehensive Levelized Cost of Energy (LCOE).
Huayao PV
Huayao PV unveiled the Shapo series of PV modules, engineered primarily for desert environments. The quarter-cut variant delivers up to 770W with an efficiency of 24.79%, while the half-cut variant reaches 755W with an efficiency of 24.3%.
SolarSpace
SolarSpace made its first-ever exhibition of the SSA-66HD-TB back-contact module utilizing BC technology. Reaching up to 680W, it precisely caters to high-end distributed scenarios with superior conversion efficiency and a minimalist aesthetic.
Lesso Banhao
Lesso Banhao primarily highlighted a series of new releases, including the next-generation quarter-cut modules, 800W+ high-efficiency modules, active-optimization smart modules, and high-density BC modules.
EliTe Solar
EliTe Solar placed its main focus on showcasing quarter-cut module products. By eliminating cell gaps, the company implemented a higher-density packaging process within the same module footprint. This allows peak power to reach 670W, maximum conversion efficiency to hit 24.8%, and bifaciality to stand at 85% ± 5%.
Source：EnergyTrend
