PV Module
LSHE-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.
M445-HJT-BD
Bifacial HJT Solar Module (Half-cut) 445W
The output power reaches an impressive 640W. Bifacial 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.
LSHE-M550
High efficiency High Power PV module with Lowest KWh cost and Low Degradation Long Warranty Period
A high-efficiency PV module designed for optimal performance. Enjoy the lowest KWh cost, low degradation, and an extended warranty period for lasting value.
A powerful PV module that maximizes energy output with minimal KWh costs. Benefit from low degradation and a long warranty for peace of mind.
Featuring high efficiency, low KWh costs, and a long warranty, it’s the perfect choice for sustainable energy solutions.
M640-HJT-BD
Bifacial HJT PV Module (Half-cut) 640W
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
M730-HJT-BD
Bifacial HJT Solar Module (Half-cut) 730W
Unlock the future of solar energy with our advanced bifacial HJT PV modules (half-cut), designed to take your solar projects to new heights. This innovative module combines advanced technology with superior performance, making it ideal for residential and commercial applications.
M575-N-DG
N-Type Half-Cell Biafacial Dual-Glass Monocrystalline PV Panel
manufactured using N-type half-sheet bifacial double-glass technology, setting new standards for efficiency and durability. With maximum power (Pmax) of 604W, 661W and 719W and module efficiencies of 23.36%, 25.59% and 27.81% respectively under STC, the module provides excellent power output, making it ideal for residential and commercial solar installation. High efficiency and advanced technology make it a smart investment for anyone looking to transition to clean, renewable energy.
M425-N-DG-B
N-Type Half Cell Full Black Bifacial Dual-Glass
Higher power output and improved performance in a variety of environmental conditions;All-black double-sided dual-glass design not only enhances the aesthetics of the panel, but also increases its energy yield by capturing sunlight from both the front and back.Its ability to minimize hot spot shadowing effects.Excellent resistance to PID (Potential Induced Degradation) and low LID (Light Induced Degradation)