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• High Performance N-Type and TOPCon technologies

• Improved passivation and doping minimize power loss

• Ultra-large 210 mm wafers deliver higher power density

• 18 busbars for better light capture

• Excellent low-light performance

• Very low light-induced degradation

• High weather resistance

● High Conversion Efficiencies Resulting in Superior Power Output Performance

● Outstanding Power Output Even in Low Light or High Temperature Conditions

● Optimized Design for Ease of Soldering and Lamination

● Long-term Stability, Reliability and Performance

● Low Breakage Rate

● Uniform Color

• Extremely low power loss

• Low fragmentation

• High quality appearance & color uniformity

• Excellent weldability

• PID resistance

• Outstanding power output even in low light

• Stable performance for rooftop or underground solar system

1. PID Free/PERC

2. High conversion efficiency,average cell efficiency is 22.2%,highest efficiency is 22.7%

3. Excellent solder-ability through high quality

4. Long term efficiency stability and excellent reliability

5. Low breakage rate and Low LID rate

6. Good color uniformity

• Advanced TOPCon technology for higher efficiency

• Improved passivation and doping reduce power loss

• 16 busbars for better light capture

• Excellent low-light performance

• Very low light-induced degradation (LID)

• High weather resistance and durability

• Stable sealed power output

1. PERC+SE Technique

2. Both sides can generate electricity

3. High conversion efficiency, average cell efficiency is 22.3%, highest efficiency is 22.8%

4. Long term efficiency, stability and excellent reliability

5. Low breakage rate and Low LID rate

6. Good color uniformity

● 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

1. PERC+SE Technique

2. Both sides can generate electricity

3. High conversion efficiency, average cell efficiency is 22.3%, highest efficiency is 22.8%

4. Long term efficiency, stability and excellent reliability

5. Low breakage rate and Low LID rate

6. Good color uniformity

• High Efficiency N-Type and TOPCon technologies

• Improved passivation and doping for lower power loss

• Ultra-large 210 mm wafers deliver Increased power density

• 16 busbars for better light capture

• Excellent low-light performance

• Very low light-induced degradation

• High weather resistance

1. High conversion efficiencies resulting in superior power output performance

2. Outstanding power output even in low light or high-temperature conditions

3. Optimized design for ease of soldering and lamination

4. Long-term stability, reliability and performance

5. Low breakage rate

6. Uniform color

• High Photoelectric, Conversion Efficiency

• Excellent Resistance to Hidden Cracks

• Higher Power Generation

• Higher Efficiency in Power Generation

• PERC plus SE Technology

• Higher efficiency to reach a maximum of 23.6%

• Uniform color on the front and back sides

• Low Optical Attenuation

• Anti-PID Performance

• Lower Packaging Losses

• High Photoelectric, Conversion Efficiency

• Excellent Resistance to Hidden Cracks

• Higher Power Generation

• Higher Efficiency in Power Generation

• HJT 2.0 Technology

• -0.26%/°C Pmax temperature coefficient

• SMBB design with Half-Cut Technology

• Up to 90% Bifaciality

• Sealing with PIB-based sealant

• SGS Certification for SNP Technology Cells

• Your Genuine SNP Technology Manufacturing Expert

• Dun & Bradstreet 5AA1 High Rating: We proudly hold a high 5AA1 rating from Dun & Bradstreet

• Lower Temperature Coefficient: Our products feature a lower temperature coefficient

• Bifaciality Over 85%: Achieve exceptional bifaciality, exceeding 85%

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