1.Panda 3.0 components and modules have also undergone strict quality testing and certification to ensure the high quality and reliability of the products. This means you can use Panda 3.0 components and modules with confidence without worrying about malfunction or damage due to quality issues. 2.Comprehensive aging test reflects outdoor application conditions The maximum static load borne by the component mainly comes from the snow load. The ambient temperature with snow must be lower, so low temperature (-40~-5C) is applied to the mechanical load test in order to comprehensively evaluate the component's resistance to snow load and low temperature. Ability. After the Panda module was subjected to a low-temperature static load test, EL showed that there were no hidden cracks in the cells, and the peak power attenuation with the highest attenuation rate was only 0.54%. 3.High Reliability Larger batteries have larger energy storage space, which means more energy can be stored in the battery. When the sun's rays hit the solar panel, the battery converts the received energy into electricity and stores it. In this way, even if direct sunlight is not available at night or on a cloudy day, the stored electricity can still be used to generate electricity. This ability to continuously supply power enables the solar power generation system to better adapt to different power consumption needs and improve overall efficiency. 4.Ultra-low LID Attenuation in the first year: 1%, annual attenuation: 0.4%.Ultra-low LID is a solar cell technology whose main feature is to inject a very small amount of silicon material into the P-N junction of the cell, making the fill factor of the cell very high. This technology can significantly improve the photoelectric conversion efficiency of solar cells, thereby providing higher power generation revenue.

Product number	405	410	415	420	425	430
quality assurance
product quality assurance	12 years
Power Output Guaranteed	Degrades 0.55% per year for 25 years
Electrical performance parameters (STC)
Peak Power (Pmax)	405 Wp	410 Wp	415 Wp	420 Wp	425 Wp	430 Wp
Peak operating voltage (Vmpp)	30.94 V	31.13 V	31.32 V	31.51 V	31.70 V	31.89 V
Peak operating current (Impp)	13.09 A	13.18 A	13.26 A	13.33 A	13.41 A	13.49 A
Open circuit voltage (Voc)	37.56 V	37.75 V	37.94 V	38.13 V	38.32 V	38.51 V
Short circuit current (Isc)	13.84 A	13.91 A	13.97 A	14.03 A	14.09 A	14.15 A
Component efficiency	20.74%	21.00%	21.25%	21.51%	21.76%	22.02%
Power deviation (positive)	1.50%	1.50%	1.50%	1.50%	1.50%	1.50%
Electrical performance parameters (NOCT)
Peak Power (Pmax)	307.48 Wp	311.49 Wp	315.30 Wp	318.89 Wp	322.73 Wp	326.60 Wp
Peak operating voltage (Vmpp)	29.46 V	29.64 V	29.82 V	30.01 V	30.19 V	30.37 V
Peak operating current (Impp)	10.44 A	10.51 A	10.57 A	10.63 A	10.69 A	10.76 A
Open circuit voltage (Voc)	35.60 V	35.78 V	35.96 V	36.14 V	36.32 V	36.50 V
Short circuit current (Isc)	11.16 A	11.22 A	11.26 A	11.31 A	11.36 A	11.41 A
maximum durable temperature	42±2 °C
temperature characteristics
Operating temperature	-40~85 °C
Temperature coefficient (Pmax)	0.30 %/°C
Temperature Coefficient (Voc)	0.25 %/°C
Temperature Coefficient (Isc)	0.046 %/°C
System Integration Parameters
system voltage	1000 VDC / 1500 VDC
Fuse rated current	30 A
physical parameters
Component size (height/width/thickness)	1722x1134x30 mm
weight	24.8 kg
Cell type	Monocrystalline silicon
Cell specification	108×108 mm
Cell Quantity	108
glass type	Tempering
glass thickness	3.2 mm
border type	Anodized aluminum alloy
Junction box protection class	IP 68
connector type	MC4
Cable cross section	4 mm2
cable length	1200 mm