Annuaire Panneaux Solaires
(12 401 Séries panneaux / 46 265 Panneaux)

• Excellent Cells Efficiency

• Bifacial Technology

• Anti-PID

• Better Weak Illumination Response

• Excellent Quality Management System

• 144 half-cut monocrystalline cells

• A conversion efficiency of up to 20,87%

• Equipped with 158,75mm cells, generates up to 420W

• A multi-busbar design with 9 busbars

• Stable power output is ensured by positive power sorting

• A 15 year product warranty and a 30-year linear power warranty

• Advanced Half-cut Cells

• Elegant All-Black Design

• Micro Gap Architecture

• Multi Busbars

• Lower Internal Resistance

• High Mechanical Load: 5 400 Pa, Snow 2 400 Wind Load

• 15-Year Product 30-Year Linear Power Output Warranty

High Efficiency 20%-23%

Wind/Snow Load 2 400Pa/5 400Pa

Lower temperature coefficient and operating temperature -40~+85°C

0~+5 Power Output Tolerance

Resistant to harsh environments such as salt, ammonia, sand, high temperature, and high humidity areas

Equipped with 144 split cells in a single module - twice more compared to a conventional solar module

Each half-cut cell produces the same amount of voltage as a standard cell but only half of the current

Module reaches power of up to 455W with a maximum efficiency of 20,9%

Designed to withstand harsh environmental conditions - wind loads (2 400 Pa) and snow loads (5 400 Pa)

• Bifacial Technology: Captures Sunlight From Both Sides, Boosting Energy Yield.

• Enhanced Efficiency: Up To 21,5% Module Efficiency For Superior Energy Conversion.

• Advanced Durability: Minimizes Micro-crack Impacts, Enhancing Longevity.

• 12 Years Materials And Workmanship, 30 Years Linear Power Performance Warranty.

Higher module efficiency and higher output power

Innovative half-cell and PERC technology

Better shade tolerance and reduced internal mismatch loss

High performance under low light conditions

TUV, CQC, and CE Certified

Harsh Environment Adaptability

Passed PID, fire, salt mist corrosion, and ammonia corrosion tests

• Bifacial Power Gain

• 20,5% Peak Efficiency

• Durable Double Glass Design

• 72 Monocrystalline Cells

• 12% Transparency

• Certified for Overhead Mounting

• IP 68 Rated Junction Box

• Durable Dual Glass Design

• Mono PERC Cells with Half-cut Technology

• Higher Power Output

• PID Resistant,

• High Efficiency up to 21,1%

• 0~+5W Positive Power Tolerance

• 12 Years Materials 25 Years Linear Output Warranty

• Cutting-edge half-cut PERC cells

• Incorporates 10 busbars for enhanced performance

• Achieves additional power gain from the bifacial design

• Features non-destructive cutting technology

• Lightweight design for simplified installation

• Equipped with an IP68-protected junction box

144-cell monocrystalline panels can deliver 21,51% peak efficiency and up to 550 watts of power

Proven half-cut technology

Equipped with 144 half-cut solar cells

A fully automated state-of-the-art production line handles all the processes from soldering to framing

Advanced inspection devices - two electroluminescence testing

Premium materials and durable design

• PERC 182 Cells

• High Output Power

• Exceptional Low-Light Performance

• Robust Adaptability to Harsh Environments

• Tolerance Range of 0% to +3%

• Higher Efficiency

• Module efficiency high of 22,3% ensures less BOS cost

• Gain more solar power per square meter

• N-type TOPContechnology ensures a 15-year product warranty and a 30-year

• Less Degradation · 1st-year degradation＜1% ·Annual degradation＜0,4%

• Lower Temperature Coefficient of PMAX

• Cellule solaire à barres M

• Rendement élevé

• Résistance PID

• Performance en cas de faible luminosité

• Durabilité dans des conditions environnementales extrêmes

• Crafted with the most advanced technologies

• Our modules can reach up to an impressive 22,54% peak efficiency

• Powered with N-type half-cut monocrystalline cells

• Output power ranging from 425 to 440watts

• Double glass

• MBB PERC half-cut cell technology

• Anti-PID capabilities

• Outstanding performance in low-light conditions

• Increased mechanical load capacity

• Exceptional reliability

• Outstanding Efficiency

• Reduced Heat Spot Risk

• Exceptional Low-Light Performance

• 0-3% Power Tolerance Range

• Highly Resistant to PID

• Withstands Harsh Weather Conditions

• Optimal Choice for Ultra-large Power Plants

• ZERO LID

• PID Resistance

• Durability Against Extreme Environmental Conditions

• More Outstanding Low-Light Performance

• Enhanced Mechanical Load

• EL Full Inspection