태양광전지모듈 제품디렉토리
(12,374 패널 시리즈 / 46,138 패널)

• TOPCon Technology

• Up To 22.3% Module Efficiency

• Higher Power Density

• SMBB Half-Cut Cells

• Enhanced Mechanical Load

• Rigorously Tested Under Stringent Conditions

• IP68 Certified

• 15-Year Product, 30-Year Linear Performance Warranty

• 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

• Ideal for large-scale installations

• One of the industry's most trusted modules

• Highly reliable due to stringent quality control

• Certified to withstand challenging environmental conditions

• Utilize Bifacial Technology for Additional Energy Harvesting from the Rear Side

• Demonstrates Excellent PID Resistance

• Boasts an Industry-Leading Low Thermal Power Coefficient

• Module Imp Binning Significantly Reduces String Mismatch Losses

• Tier 1 Quality Panel

• Proven Half-Cut PERC Cells

• Advanced Multi-Wire Technology

• Up To 21.3% Peak Efficiency

• PID Resistant

• 25-Year Linear Power Output Warranty At 84.8%

• 12-Year Materials And Workmanship Warranty

• Tier 1 Brand

• Innovative Technology

• 11BB Half-cut PERC Cells.

• Lower LCOE

• Excellent Power Generation Performance

• High-Quality Modules Ensure Long-Term Performance

• Better Mechanical Load

• 12-Year Product, 25-Year Linear Power Warranty

• Bloomberg Tier 1 Brand

• N-Type TOPCon Technology

• Bifacial Power Gain

• Up To 22.57% Module Efficiency

• LID And PID Resistant

• High-Quality Materials, Best Workmanship, German Engineering

• 30-year Linear Performance, 15-year Product 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

• M Busbar Solar Cell

• High Efficiency

• PID Resistance

• Low-light Performance

• Durability Against Extreme Environmental Conditions

• 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

• 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

● Positive power tolerance of 0~3% improves system performance

● Industry leading Module efficiency: Max efficiency 22%

● Tested up to 5,400 Pa for Maximum load resistance

● Verified resistance against PID effects

● Progressive Power warranty guarantees 80.2% of rated power at 25 Years

● Manufactured globally with world-class quality standards

• Advanced MBB Half Cell Technology

• Achieve up to 21.4% module efficiency through high-density interconnect technology

• Lower LCOE, decreased BOS cost, and shorter payback time

• Endures harsh environments

• Backed by a 12-year product warranty and a 30-year power warranty

• Achieves an impressive efficiency of up to 21.50%

• Positive power tolerance ranging from 0 to +5W

• Robust Load Capacity

• Complies with international QS ISO9,001 standards

• Enhanced Weatherproofing

• Resilient Against Salt and Corrosion

• Anti-PID Technology

• Advanced TOPCon Technology

• Orange Color For Seamless Roof Applications

• Up To 18.7% Maximum Efficiency

• Anti-PID

• SMBB Technology

• Half Cut Solar Cells

• Strengthened Mechanical Load

• 12-Year Product, 25-Year Linear Power Warranty

• Multi-busbar design helps reduce energy losses resulting from resistance

• High module conversion efficiency of up to 21.56%

• Advanced glass and surface texturing allow for excellent performance in low-light environments

• Low-voltage and high string power output improves system efficiency