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NEVER SETTLE FOR LESS
YLM 3.0 modules use high efficiency p-type monocrystalline PERCcell technology.Withhighqualityencapsulationmaterials and classic glass-backsheet structure, YLM 3.0 modules are perfectly suited to the harsh environment and provide you with high reliability and quality assurance.
★★
The glass-backsheet structure and layout design have been proven in the market for alongtime.
Superior Yield
The large size cell enhances the module's power output, while the ex- cellent temperature coefficient and comprehensive LID/LeTID degrada- tion suppression technology allow the module to generate more energy yield once inuse.
Excellent Durability
The modules meet IEC standard testing requirements and are resistant to salt mist, ammonia, dust and sand, snail trail and PID risks.
Wide Applications
The glass-backsheet structure, special material selection and ex- tra-strong frames effectively enhance the mechanical performance of the modules, their compatibility with mainstream trackers and invert- ers, andtheir adaptability to harsh environments.
Lower Losses
The multi-busbar design effectively reduces the impact of micro-cracks and broken busbars, and the half-cell structure effectively reduces the impact of shadow shading.
NEVER SETTLE FOR LESS
YLM 3.0 modules use high efficiency p-type monocrystalline PERCcell technology.Withhighqualityencapsulationmaterials and classic glass-backsheet structure, YLM 3.0 modules are perfectly suited to the harsh environment and provide you with high reliability and quality assurance.
★★
The glass-backsheet structure and layout design have been proven in the market for alongtime.
Superior Yield
The large size cell enhances the module's power output, while the ex- cellent temperature coefficient and comprehensive LID/LeTID degrada- tion suppression technology allow the module to generate more energy yield once inuse.
Excellent Durability
The modules meet IEC standard testing requirements and are resistant to salt mist, ammonia, dust and sand, snail trail and PID risks.
Wide Applications
The glass-backsheet structure, special material selection and ex- tra-strong frames effectively enhance the mechanical performance of the modules, their compatibility with mainstream trackers and invert- ers, andtheir adaptability to harsh environments.
Lower Losses
The multi-busbar design effectively reduces the impact of micro-cracks and broken busbars, and the half-cell structure effectively reduces the impact of shadow shading.
