太阳能板
(12,331 组件系列 / 46,275 个组件)

S-Nano™ series of PV modules are designed for residential and small commercial installations with compact sizes and aesthetic appearances.

1. Mono facial / Ultra Black

2. Super light only 17.8 kgs.

3. 25 years warranty.

• High-efficiency N-Type, TOPCon cells.

• Multiple grid and half-cut technologies.

• High peak efficiency of 23.21%.

• High mechanical strength.

• Suitable for harsh environments.
  
  

• Lower LID,excellent low irradiance performance

• SMBB+Half-cell tech,non-destructive cutting

• High reliability;anti-PID

• Module conversion efficiency up to 23.4%,bifaciality rate up to 80-85%

• Lower temperature coefficient-0.29%/℃,lower operating temperature

• Lower BOS and LCOE,higher ROI

60- cell and 72- cell high efficient solar modules generate higher system yield by high-efficiency cells

Excellent weak-light performance

Withstand a negative pressure up to 3800 Pa and a positive pressure up to 5400 Pa 35mm Frame design

With 12 years product warranty and 25 years power output warranty

S blade series is Building integration modules (BIPV) for buildings, solar farms and solar fence project.

1. High efficiency with TOPcon cells.

2. High transparency .

3. Customized size or other requirements is available.

4. 30 Yeas warranty.

• M Busbar Solar Cell

• High Efficiency

• PID Resistance

• Low-light Performance

• Durability Against Extreme Environmental Conditions

N-Type Half-Cell Module

PID Resistance Excellent Anti-PID performance guarantee via optimized mass-production process and materials control.

Reduced Hot Spot Loss Optimized electrical design and lower operating current for reduced hot spot loss and better temperature coefficient

High energy generation, low LCOE

Low Pmax temp coefficient increases energy production

Positive power tolerance (0 +5W) guaranteed

High module conversion efficiency (up to 21.3%)

Slower power degradation enabled by Low LID Mono PERC technology: first year <2%, 0.55% year 2-25

Solid PID resistance ensured by solar cell process optimization and careful module BOM selection

Reduced resistive loss with lower operating current