太阳能板
(12,357 组件系列 / 46,335 个组件)

• Based on N-type cell and 210R technology platform, advanced design and manufacturing process, and industry-leading reliability.

• Lower temperature coefficient, better low-light performance, lower PID degradation.

• Durable product structure, stringent quality control system, and guaranteed after-sales service to ensure long-term reliability.

• 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.

• These modules for vertical installations reach up to 740 W and 23.82% efficiency.

• Use n-type 210mm cells, 0BB technology, and a half-cut design in a 132-cell format, with bifaciality up to 98%.

• Designed for applications like agrivoltaics and building facades, they offer a dual-peak generation profile and enhanced revenue stability.

• Impressive max efficiency of 22.28%

• 108 Half-Cells

• N-TOPCon Cell Technology

• Super Multi BusBar Technology

• Anti-PID and Low LID Capabilities

• ● Robust 15-year Product Warranty

• ● Comprehensive 30-year Linear Performance Warranty

• N-type microcrystalline HJT technology

• Dual-glass module with up to 90% bifaciality and 7-30% power gain on the back side

• Half-cut cell design

• High wear resistance and waterproof, ideal for humid, windy, and dusty environments

• 25-year product warranty

• Less than 0.35% annual degradation over 30 years

21.28% Maximum Efficiency

144 Half-Cells

Gallium-doped Technology

An-PID and Low LID

Better Hot Spot Tolerance

12-Year Product Warranty

25-Year Linear Performance Warranty

• These modules for offshore PV projects reach up to 750W and 24.14% efficiency.

• Use a microcrystalline-silicon process, 0BB technology, a non-destructive half-cut design, and n-type 210mm cells.

• Features a corrosion-resistant dual-glass structure and PIB edge sealing for durability in harsh environments, offering higher energy yield.

21.73% Maximum Efficiency

136 Half-Cut 210mm Cells

Gallium-doped Technology

High-Density Interconnect Technology

Anti-PID and Low LID

Better Hot Spot Tolerance

12-Year Product Warranty

25-Year Linear Performance Warranty

• They achieve a conversion efficiency of 24.14%.

• The modules use n-type 210mm cells with 0BB technology and a half-cut design.

• Bifaciality reaches up to 90%.

• Features include optimized temperature coefficient, low-irradiance response, enhanced sealing, and light-conversion film for improved reliability and long-term performance.

1. 0-+5W positive power tolerance

2. High module conversion efficiency

3. ISO9001:2008 quality management system

4. IEC 61215 & IEC 61730 standard quality

5. Fire safety Class C

6. Wind load up to 2400Pa / Snow load up to 5400Pa

7. 30-year performance warrant / 12-year product warranty

· High efficiency N - type double glass module

· Stronger properties, PID resistance, reduced hot spot loss

· Higher module power, lower BOS costs

· Harsh environmental adaptation

· Bifacial module, more power generation

· Up To 23.0% Maximum Efficiency

· 15-Year Product, 30-Year Linear Power Warranty

• Increased Power Density

• SEMI+MBB Integration

• Enhanced Durability without Added Weight

• Rigorously Tested under Stringent Conditions

• IP68 Certified

• Outstanding Fireproof Performance

This type is with shingled cell modules in black. Suitable for residential projects. Power from 415W to 420W.

Elegant appearance

Excellent performance with shadow on panels

Lower hot spot risks

Up to 25 years product warranty

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

● Industry leading Module efficiency: Max efficiency 22%

● Tested up to 5400 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