1. Suitable for Distributed Projects with Advanced Module Technology Our solar panel is perfectly suited for distributed projects, thanks to its advanced module technology that delivers superior module efficiency. Featuring M10 Gallium-doped Wafer, Integrated Segmented Ribbons, and a 9-busbar Half-cut Cell design, it ensures outstanding outdoor power generation performance. When it comes to long-term reliability, our high module quality sets the standard, guaranteeing consistent power generation for years to come. 2. Maximum Power up to 425W+ Harness the full potential of solar energy with our components that offer impressive power capabilities, reaching a maximum power output of 425W+. This means you can count on stable and efficient power generation income across various environments, meeting the diverse needs of our valued customers. Our commitment to technological innovation and optimized design ensures that you receive a reliable, efficient, and durable power generation solution. 3. High Reliability for Uninterrupted Energy Production Our solar panel stands out with smart crack-free welding technology, enhancing component power and efficiency while improving load resistance. With a working current of approximately 13A, it seamlessly integrates with mainstream string inverters. Gallium-doped technology mitigates light attenuation, ensuring long-term power generation stability. Additionally, the power generation on the back of the superimposed modules boosts comprehensive power generation capacity, a gain verified by customers and third-party testing. 4. Ultra-low LID for Long-term Stability We understand the importance of consistent power generation revenue for our customers. That's why our solar panel exhibits only a 2% degradation in the first year and a minimal 0.4% annual degradation from the 2nd to the 30th year. This ultra-low Light-Induced Degradation (LID) is achieved through anti-PID cell technology and advanced encapsulation materials, providing the assurance of long-term and stable power generation.

Product number	LR5-54HPH-405M	LR5-54HPH-410M	LR5-54HPH-415M	LR5-54HPH-420M	LR5-54HPH-425M
quality assurance	12-year Warranty forMaterials and Processing
product quality assurance	30-year Warranty for ExtraLinear Power Output
Power Output Guaranteed	2% degradation in the first year, 0.4% annual degradation in the 2nd-30th
Electrical performance parameters (STC)
Peak Power (Pmax)	405 Wp	410 Wp	415 Wp	420 Wp	425 Wp
Peak operating voltage (Vmpp)	31 V	31.25 V	31.49 V	31.73 V	31.94 V
Peak operating current (Impp)	13.07 A	13.12 A	13.18 A	13.24 A	13.31 A
Open circuit voltage (Voc)	37 V	37.25 V	37.5 V	37.75 V	37.96 V
Short circuit current (Isc)	13.83 A	13.88 A	13.94 A	14.01 A	14.08 A
Component efficiency	20.70%	21%	21.30%	21.50%	21.80%
Power deviation (positive)	3%	3%	3%	3%	3%
Electrical performance parameters (NOCT)
Peak Power (Pmax)	302.7 Wp	306.85 Wp	310.2 Wp	313.9 Wp	317.7 Wp
Peak operating voltage (Vmpp)	28.8 V	29.03 V	29.25 V	29.47 V	29.67 V
Peak operating current (Impp)	10.52 A	10.56 A	10.6 A	10.65 A	10.71 A
Open circuit voltage (Voc)	34.79 V	35.02 V	35.26 V	35.49 V	35.69 V
Short circuit current (Isc)	11.18 A	11.22 A	11.27 A	11.32 A	11.38 A
maximum durable temperature	45±2 °C
temperature characteristics
Operating temperature	-40~85 °C
Temperature coefficient (Pmax)	-0.34 %/°C
Temperature Coefficient (Voc)	-0.265 %/°C
Temperature Coefficient (Isc)	0.05 %/°C
System Integration Parameters
system voltage	1500 V
Fuse rated current	25 A
physical parameters
Component size (height/width/thickness)	1722x1134x30 mm
weight	20.8 kg
Cell type	Monocrystalline silicon
Cell specification	182x182 mm
Cell Quantity	108
glass type	Tempering
glass thickness	3.2 mm
border type	Anodized aluminum alloy
Number of Bypass Diodes	3
Junction box protection class	IP 68
Cable cross section	4 mm²