太阳能板
(12,311 组件系列 / 46,179 个组件)

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

• Industry-leading module efficiency

• Tested up to 5400Pa for maximum load resistance

• Verified resistance against PID effects

• Progressive Power Warranty

High-quality the YH450 module series

The series has 4 models with a maximum power output of 450W and a peak efficiency of 20.7%

Equipped with 144 half-cut solar cells

Resistant to potential induced degradation effects

Passed salt mist, ammonia corrosion, and electroluminescence tests

Durable design - an anodized aluminium alloy frame and a 3.2mm tempered glass

• M Busbar Solar Cell

• High Efficiency

• PID Resistance

• Low-light Performance

• Durability Against Extreme Environmental Conditions

• Fewer micro-cracks, PID resistant, and endure harsh conditions.

• SMBBfor trapping, lower resistance, better collection.

• Low LCOE, reduced BOS cost, quick payback. More harvest with N-type TOPCon. Compatible, efficient container use cuts freight.

• Advanced HJT Technolgy

• N-Type Cells With 0 Busbars

• Bifacial Power Generation

• High Efficiency Up To 23.8%

• Zero PID And LID

• 30-Year Product And Linear Power Output Warranty

• IEC61215- and 61730-certified

• Lower hot spot risks

• Lower Pmax temperature coefficient

• Lower LCOE for shorter payback period

• Excellent anti-PID performance

• Mechanical loading 5400Pa and Wind loading 2400Pa

• Up to 20 years product warranty terms and 30 years power warranty

High Efficiency 20%-23%

Wind/Snow Load 2400Pa/5400Pa

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

• MBB and high-density interconnect technology improves power output and efficiency

• Advanced non-destructive cutting and half-cut technology offers superior mechanical performance

• +5W positive power tolerance

• Improved low light irradiance performance and low degradation

• Withstands 5400Pa snow & 2400Pa wind load

12 years guarantee on product material and workmanship

30 years linear power output warranty

ISO9001, ISO14001, ISO45001, TUV NORD, CE

• Power range from 660W to 700W

• High conversion efficiency up to 21.68%

• PERC technology

• Anodized aluminum alloy frame

• 3.2-millimeter high-transmission tempered front glass

• Highly resistant to PID effects

• 12-year product warranty, 25-year linear power output warranty

• Innovative HPBC (Hybrid Passivated Back Contact) cell technology

• Modern, minimalist design

• Full back welding for better micro-crack resistance

• No front gridlines for enhanced power output

• <0.4% annual power degradation (Years 2–25)

• +3% power tolerance

• 15-years product 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

●1500 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

• M Busbar Solar Cell

• High Efficiency

• PID Resistance

• Low-light Performance

• Durability Against Extreme Environmental Conditions

• High-Efficiency Advanced TOPCon Cells

• Micro Gap Technology

• Bifacial Power Gain Up To %30

• Lower Internal Resistance

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

• Fewer micro-cracks, PID resistant, and endure harsh conditions.

• SMBBfor trapping, lower resistance, better collection.

• Low LCOE, reduced BOS cost, quick payback. More harvest with N-type TOPCon. Compatible, efficient container use cuts freight.

High Efficiency 22%-23%

Wind/Snow Load 2400Pa/5400Pa

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

• High Efficiency

• Lower Heat Spot Risk

• Excellent Low-light Performance

• 0-3% Power Tolerance

• PID Resistant

• Resilient to Extreme Weather

• Higher performance under low-light environments.

• Strict salt spray and ammonia corrosion test by a third party.

• N-type solar cell has very low LID naturally, which can reduce power degradation.