Specifications: Peak Power:100W Cell Efficiency:24.3% Open Circuit Voltage:24V±5% Short Circuit Current:4.8A±5% Power Voltage:21V±5% Power Current:4.7A±5% USB-A:5V/3A,9V/2A,12V/1.5A (Support QC3.0) USB-C:5V/3A,9V/2A,12V/1.5A (Support QC3.0/PD3.0) Dimensions(unfolded):53x20.6x0.8inch Dimensions(folded):20.6x14.6x1.5inch Weight(only panel):7.3lb Weight:11.5lb Operating Temperature Range:-10℃~65℃ Package: 1*100W Solar Panel 1*2 m Connection Cables 1*Connection Cable (MC4) 4*Carabiner 1*Connection Cable(Anderson) 2*Aluminum alloy bracket 1*DC Connectors for Generators 1*User Guide 1*Portable Bag NOTE: 1.The peak power of the solar cell depends on the solar irradiance and the working temperature of the cell, so the measurement of the solar cell should be carried out under standard conditions. The standard test conditions are :solar radiation 1000W/m2, temperature 25°C, air mass AM 1.5. 2.The DC output port must not be directly used for 12V battery charging. 3.If you use solar panels to charge your portable power plant, check the power plant‘s maximum input voltage/current limit. 4.The USB-A and USB-C ports provide quick charging only when they are not used together. FQA Q1: Why can't solar power generate 100 watts of electricity when charging a portable power station? A1:As we all know, solar panels are affected by many factors. Such as the intensity of the light, the temperature and the angle of the panel put on the ground. 100W has been d in the ideal laboratory (AM1.5, 25°C, 1000W/m2). However, the intensity of light is constantly changing. In addition, the Angle of light hitting the solar panel changes as the sun rotates. The temperature of the solar panel will increase significantly as the time of illumination increases, and the peak power of the solar panel will decrease as the temperature rises. Test and check the solar panel in full sunlight to make sure there are no shadows on the panel.
Trustpilot
2 weeks ago
2 weeks ago
10K+ bought in past month
10K+ bought in past month