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TaiyangNews Solar Technology Conference.India 2026
Live Blog: Feb. 5-6, 2026: TaiyangNews Solar Technology Conference.India 2026
Solar Technology Conference India (STC.I 2026) is the 2nd iteration of TaiyangNews’ maiden in-person conference on the rapidly expanding Indian solar PV technology industry.
Homer Chen, Associate Dean of the Research Institute at Shenzhen S.C New Energy presenting the company’s 5 GW n-type TOPCon smart production line at the TaiyangNews High-Efficiency Solar Technologies Conference 2025. (Photo Credit: TaiyangNews)
Shenzhen S.C Expands Overseas Turnkey Strategy With Localized Service Model
The company details how tube-based TOPCon platforms, smart production lines, and localized overseas service teams are supporting multi-GW turnkey solar cell manufacturing projects
During the TaiynagNews Reliable PV Module Conference, Bo Jin, Overseas Sales Manager, Hangzhou First presented encapsulation solutions for TOPCOn PV modules
HANGZHOU FIRST Encapsulation Solutions For TOPCon PV Modules
At a TaiyangNews conference, HANGZHOU FIRST presented on POE-based encapsulation, paste selection, and UV management strategies
echnology-Wise Power Leaders: During 2024-25, HJT maintained the highest module power, reaching 730 W, followed by TOPCon at 720 W, BC at 670 W, and PERC at 670 W. (Source: TaiyangNews)
Top Power Of Each Cell Technology
Analyzing the highest commercially available module power levels across HJT, TOPCon, BC, and PERC technologies over 2024-2025
The UNSW study observes that PL images of all modules (a) before damp-heat (DH) testing and (b) after 2,000 h at 85 °C and 85% RH show a clear reduction in intensity and the appearance of localised dark regions. (Source: University of New South Wales (UNSW))
Damp Heat Testing Reveals New Failure Mode In TOPCon Modules
Researchers from UNSW identified magnesium (Mg)-driven rear-side recombination losses in n-type TOPCon modules under prolonged humidity exposure
Top Companies By Module Power Ratings
Top Companies By Module Power Ratings
The TaiyangNews report tracks company representation across the top 3 module power levels in the TOP SOLAR MODULES listing from 2024 to 2025
Kiwa PI Berlin
Kiwa PI Berlin: Expect Rise In Solar PV Module Defects In 2026
Kiwa PI Berlin warns of higher defect rates as new factories ramp up under cost and policy pressures
Higher Power Benchmarks: The top commercial module power ratings increased steadily from 715W in early 2024 to 730 W by mid-2025, setting a new benchmark by the end of 2025. (Source: TaiyangNews)
Top 3 Power Ratings In TOP SOLAR MODULES
The TaiyangNews TOP SOLAR MODULES analysis examines module power trends, tracking developments at the top end, alongside efficiency
n_tec_Quality Assurance Becomes Critical
Quality Assurance Critical In A Cost-Driven PV Market
At the TaiyangNews Reliable PV Module Design Conference, TÜV Rheinland’s Johannes Stange outlined how cost pressure is driving new quality risks and failures in PV module designs
Shift to Higher Power Classes: Modules above 600 W increased their share across the period, while the 500-600 W segment contracted and sub-500 W products remained marginal. (Source: TaiyangNews)
Solar Module Power Developments
The TaiyangNews TOP SOLAR MODULES analysis shows a clear shift toward higher power ratings, with modules above 600 W increasingly dominating the listing
ATMOCE’s module inverter system architecture, highlighting panel-level MPPT, minimal DC voltage, and flexible scalability for single- and three-phase PV systems. (Source: TaiyangNews)
Module Inverters Expand Installation Flexibility In Complex PV Systems
ATMOCE outlines how panel-level inversion supports safety, scalability, and performance across residential, BIPV, and agri-PV applications
No Further Extension: PERC efficiencies showed no movement during the analysis period, maintaining a narrow range of 21.5% - 21.7% throughout 2024 and 2025. (Source: TaiyangNews)
PERC Solar Module Efficiency During 2024/25
The TaiyangNews TOP SOLAR MODULES analysis shows that the efficiency range for PERC modules remained unchanged throughout 2024 and 2025
UVID_HJT_2025
UV-Induced Degradation In SHJ Cells
A study shows UV stability in SHJ solar cells depends on hydrogen release and dopant deactivation in the front amorphous layers
Power Roll
Power Roll, Swansea Partner On AI-Enhanced Perovskite Manufacturing
Innovate UK–funded AI-IMPACT project aims to strengthen quality control with AI-enabled testing and metrology tools and support roll-to-roll manufacturing of perovskite solar cells
Liquid Encapsulation: A Route To More Circular Module Design
Liquid Encapsulation: A Route To More Circular Module Design
Researchers from Delft University of Technology and Biosphere Solar propose a liquid encapsulation approach that enables easier module disassembly
n_tec_TOPCon_Module Efficiency
Module Efficiency Progress Of TOPCon Technology
The TaiyangNews TOP SOLAR MODULES analysis shows that TOPCon exhibited the most frequent efficiency upgrades among all cell technologies
Fraunhofer ISE
Fraunhofer ISE Launches World’s ‘1st’ Medium-Voltage Solar PV Plants
The projects aim to reduce copper and aluminum use while improving cost efficiency in large-scale solar plants
n_tec_HJT_module Progress
HJT Module Efficiency Evolution In The Last 2 Years
The TaiyangNews TOP SOLAR MODULES analysis shows that HJT efficiency progressed at the upper end over the last 24 months, while the lower efficiency limit remained unchanged
n_tec_HYSolar
HY SOLAR Produces 40 μm Ultra-Thin Silicon Wafers
The China-based wafer manufacturer has reported first-batch production using in-house slicing equipment at its Baotou facility
BC module efficiency progress
BC Efficiency Progress & Company Benchmarks
The TaiyangNews TOP SOLAR MODULES analysis shows that BC technology retained its position as the efficiency leader, with improvements at the upper end between January 2024 and December 2025
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