光伏组件产品名录
(12,544 组件系列 / 47,316 个组件)

• 10-30% Additional Power Generation

• ZERO LID (Light Induced Degradation)

• Higher Reliability

• Better Weak Illumination Response

• Better Temperature Coefficient

• High PID resistance

• IP67 protection for greater durability

• TUV, CE, ISO9,001, and SGS certified

• Passed salt, mist, and ammonia resistance tests

• Half-cut technology

• 10 busbars

• Significantly lower risk of hot spot

• Excellent anti-PID performance

• Robust design

• IP68 junction box

• 5,400Pa snow, 2,400Pa wind load

• Advanced TOPCon technology

• Terracotta glass and frame design

• Ideal for red, orange and terracotta roofs

• Max. efficiency of 19.97%

• Super Multi-Busbar (SMBB) and Half-cut cell technologies

• Robust mechanical strength

• 12-year product, 25-year linear power warranties

• High-efficiency N-Type, TOPCon cells.

• Multiple grid and half-cut technologies.

• High peak efficiency of 22.46%.

• High mechanical strength.

• Suitable for harsh environments.
  
  

• Positive Power Tolerance (0~+5W) Guaranteed

• High Module Conversion Efficiency (up to 22.53%)

• Complete System and Product Certifications

• Solid PID Resistance

• Reduced Resistive Loss With Decreased Operating Current

• Increased Energy Yield With Lower Operating Temperature

• M Busbar Solar Cell

• High Efficiency

• PID Resistance

• Low-light Performance

• Durability Against Extreme Environmental Conditions

• Excellent Cells Efficiency

• Bifacial Technology

• Anti-PID

• Better Weak Illumination Response

• Excellent Quality Management System

• German technology

• With high-efficiency 182mm solar cells

• The most popular product on the market

• Special price, immediately delivery

• Mono PERC Cells with Half-cut Technology

• Higher Power Output

• PID Resistant

• High Efficiency up to 22.8%

• 0~+5W Positive Power Tolerance

• 12 Years Materials 30 Years Linear Output Warranty

• Top-of-the-line product

• Power ranging from 440 to 460 watts

• Ideal for residential and commercial applications

• 120 high-quality monocrystalline cells

• Up to 21.27% efficiency

• Equipped with 10 busbars

• Designed to withstand tough weather conditions

• 15-year product warranty

• N-type Rectangle 182.2*210 mm solar cell

• SMBB multi-busbar technology

• Half-cut ingot

• >80% Bifaciality

• 25-year product warranty, 30-year performance warranty

●最具创新性的太阳能公司之一

●美国团队研发

●ECA叠瓦技术，没有busbars,太阳能电池片可减少电流散热

●1,500 V系统电压，BOS成本低

●更好的低光输出

●高功率输出

●抗风、雪压能力强

●耐盐，耐氨

●30年可靠的线性保修

• Higher module efficiency and higher output power

• Innovative half-cell and N-type technology

• Better shade tolerance and reduced internal mismatch loss

• High performance under low light conditions

• TUV, CQC, and CE Certified

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

• Higher double-sided efficiency: HJT offers up to 90% bifacial efficiency, outperforming Topcon at 85% and PERC at 75%.

• Lower temperature coefficient, higher power: HJT at -0.24%/°C outperforms PERC (-0.35%/°C) and TOPCon (-0.30%/°C).

• Low attenuation rate: HJT's first-year attenuation is just 1%.

• HJT has no PID or LID effects.

• Exceptional Efficiency

• Lower Risk of Heat Spots

• Outstanding Performance in Low-Light Conditions

• Power Tolerance Range of 0-3%

• High Resistance to PID

• Endures Extreme Weather Conditions

• Multi-busbar technology ensures better light trapping.

• Bifacial power generation. 5% to 25% more yield depends on different conditions

• Lower temperature coefficients enhance power generation.

• Enhanced mechanical load.

• IP68 junction box, high waterproof level.

● Smart Soldering

● Optimized Electrical Parameters

● Optimized Module Size

● Gallium-doped Technology

● Smart Module Packaging and Logistics

• Advanced PERC and half-cell technologies for enhanced performance

• Multi-busbars for improved current flow and reduced resistance

• Bifacial design for increased power yield

• High-density encapsulation

• 15-year product warranty

• Large 182mm wafer ensure high energy output and efficient space utilization