Products Description
|
Type |
PERC, Half Cell, Mono |
|
Panel Efficiency |
21.1% |
|
Back Sheet Color |
White |
|
Front Glass |
3.2mm Anti-Reflective Tempered Glass |
|
Panel Size |
2024*1004*40mm |
|
Solar Cell Size |
158*158 |
|
No. of Cells |
144(6x24) |
|
Weight |
22kg±3% |
|
Warranty |
30years |
|
Certificate |
TUV,CE,IEC,INMERTO,ISO |
|
Application Class |
Class A |
|
Frame |
Anodized Aluminium Alloy |
|
Junction Box |
IP≥68,3diodes |
Product Advantages
●The multi-half cut MBB technology enables the 410W Solar Panel to have a lower resistance and the path of current flow through the thin grid to the main grid is significantly shortened by 50%, effectively reducing the power loss when the current flows through the thin grid. The module power is less sensitive to hidden cracks, resulting in more stable power generation and higher power generation efficiency compared to conventional 5BB cells.
●IV inspection is carried out during the production process to test whether the 410W solar panels meet the power requirements. EL inspection allows us to clearly see if there are hidden cracks, false welds, de-welds, black flakes on the panels and then reject them, we have strict requirements for product quality.
●The aluminium frame is the core component that wraps the solar panel and its quality determines the stability and impact resistance of the module. Our aluminium frames are subject to strict mechanical strength tests and raw materials are sourced from high quality suppliers. They are perfectly matched with the 3.2mm stainless steel glass to form an all-round protection for the panels.
Eletrical Parameters At STC
|
Maximum Power (Pmax) |
410Wp |
|
Maximum Power Voltage (Vmp) |
44.5V |
|
Maximum Power Current (lmp) |
9.21A |
|
Open-Circuit Voltage (Voc) |
53.9V |
|
Short-Circuit Current (lsc) |
9.89A |
|
Power Tolerance |
0~+5W |
|
Temperature Coefficients of Pmax |
-0.360%°C |
|
Temperature Coefficients of Voc |
-0.290%°C |
|
Temperature Coefficients of lsc |
+0.050%°C |
|
STC (Standard Testing Conditions) |
lrradiance 1000W/㎡, Cell Temperature 25°C, Spectra at AW1.5G |
Electrical Parameters At NOCT
|
Maximum Power (Pmax) |
310Wp |
|
Maximum Power Voltage (Vmp) |
39.16V |
|
Maximum Power Current (lmp) |
7.92A |
|
Open-Circuit Voltage (Voc) |
46.91V |
|
Short-Circuit Current (lsc) |
8.36A |
|
Maximum System Voltage |
1000V/1500V DC(IEC) |
|
Operating Temperature |
-40°C~+85°C |
|
Maximum Series Fuse |
20/25A |
|
Front Side Maximum Static Loading |
5400pa，1.5 |
|
Rear Side Maximum Static Loading |
2400pa，1.5 |
|
NOCT(Nominal Operating Cell Temperature) |
lrradiance 800W/㎡, Ambient Temperature 20°C, Winds peed 1m/s ,AW1.5G |
Applications
●In the countryside and small areas of the laying of ordinary street lights, foot traffic is sparse input costs, will cause a waste of resources. Solar street lights can avoid these problems, solar panels generate and store electricity during the day, and at night it can blossom its dazzling light to light up people's way home. There is no need to worry about wasting electricity either, as it is green and free of charge once installed.
●When the army is on extended missions in unpopulated areas, it is simple and convenient to take some 410W solar panels along with you to obtain electricity for military equipment. There is no need to take more batteries with you, thus reducing the burden of resupply and not having to worry about whether there is enough power. Where there is light, you can rely on solar power.
●In areas where veins are being developed, the use of high-efficiency power-generating solar panels can provide electricity for vein development work. Such as emergency lighting, electronic information equipment, domestic electricity, etc. They can be removed at any time after the vein has been mined, without wasting resources or polluting the environment.
Military
Military Solar Panel
Solar And Communications
Solar Street Light
FAQ
Q:Do solar panels work on rainy days?
Q:Can solar panels work during power outages?
Q:Can solar panels be guaranteed to produce 100% of the electricity?