PV Module
PV M410
P type Mono-crystalline PV module with High performance
Mono-crystalline PV Modules—A Grade
Cutting-Edge PERC Cell Technology.
New circuit design, Lower internal current, Lower internal resistance loss
Strict salt spray and ammonia corrosion test by TUV.
Higher performance under low light environment.
Excellent PID resistance
Certified for 5400Pa snow and 2400Pa loads test.
Application Scenarios: Residential Rooftop, Telecom Station, Rooftop of Small Building, PV Carport etc.
LSHE-M410-B
Unlock Sustainable Power: Discover Our Latest Monocrystalline PV Panels for Unmatched Efficiency and Durability
Mono-crystalline PV Modules—A Grade
Cutting-Edge PERC Cell Technology.
New circuit design, Lower internal current, Lower internal resistance loss
Strict salt spray and ammonia corrosion test by TUV.
Higher performance under low light environment.
Excellent PID resistance
Certified for 5400Pa snow and 2400Pa loads test.
Application Scenarios: Residential Rooftop, Telecom Station, Rooftop of Small Building, PV Carport etc.
PV M550
High efficiency High Power PV module with Lowest KWh cost and Low Degradation Long Warranty Period
Mono-crystalline Silicon PV Modules—A Grade
Cutting-Edge PERC Technology.
Module efficiency up to 21.33%
Highest power brings lowest kilowatt-hour cost,
Low Degradation and Long Warranty Period
Excellent PID resistance
Harsh Environmental Adaptability
Low-Light Performance
Anti-Crack
Certified for 5400Pa snow and 2400Pa loads test.
Application Scenarios: Solar farm, Rooftop of Big Factory, Utility scale solar power station etc.
PV 555BG
P Type Bifacial Mono-crystalline PV module with High Power output and Long Lifetime
A Grade Modules
Bifacial Module with Dual Glass, P-Type Mono-crystalline Positive power tolerance of 0~+3W
Excellent Anti-PID performance
Higher Power Output, Bifacial Output-Rear side Power Gain.
Lower LCOE and higher IRR.
Longer Life-time Power Yield
0.45% annual power degradation and 30-year linear power warranty
Enhanced Mechanical Load
Certified to withstand wind load (2400 Pascal) and snow load (5400 Pascal).
Application Scenarios: Solar farm, Utility scale ground solar power station etc.
M445-HJT-BD
Bifacial HJT Solar Module (Half-cut) 445W
The output power reaches an impressive 640W. Bifaciality is up to 90%. Delivers an additional 25% power generation, capacity from the rear side. Innovative half-cut cell technology minimizes power dissipation. Effectively prevents PID & LID. Guarantees enhanced yield for PV systems. Annual degradation remains below 0.3% on average from the second year through the thirty years. Maintains a power output at least 5% higher than P-type modules after 25 years. IP65 water resistance. Long-term weather endurance. Ideal Choice For Solar Projects.
M730-HJT-BD
Bifacial HJT Solar Module (Half-cut) 730W
The output power reaches an impressive 730W. Bifacality is up to 90%. Delivers an additional 25% power generation, capacity from the rear side. Innovative half-cut cell technology minimizes power dissipation. Effectively prevents PID & LID. Guarantees enhanced yield for PV systems. Annual degradation remains below 0.3% on average from the second year through the thirty years. Maintains a power output at least 5% higher than P-type modules after 25 years. IP65 water resistance. Long-term weather endurance. Ideal Choice For Solar Projects.
M640-HJT-BD
Bifacial HJ PV Module (Half-cut) 640W
The output power reaches an impressive 640W. Bifacial efficiency achieves a remarkable 90%. Delivers an additional 25% power generation capacity from the rear side.
Innovative half-cut cell technology minimizes, power dissipation. Effectively prevents PID & LID. Guarantees enhanced yield for PV systems.
Excellent Linear Power Warranty
Annual degradation remains below 0.3% on average from the second year through the thirty years. Maintains a power output at least 5% higher than P-type modules after 25 years.
Enhanced Safety Level
IP65 water resistance; Long-term weather endurance