On cloudy and rainy days, 14 100-watt solar panels can charge 4.2 kilowatt hours of electricity during the day. According to relevant information, I learned that a 100W solar panel generates 298.2 WH of electricity per day, which is about 0.3 degrees, and 14 solar panels can produce about 4.2 degrees. The reason the off-grid system is different is that everyone. ignores the voltage difference between the solar panel and the battery. Solar panels can also be charged on cloudy and rainy days, but the charging capacity varies depending on the degree of cloudy and rainy days.
Can ordinary home solar panels still produce electricity in snowy and cloudy weather?
On cloudy days, ultraviolet light will be significantly reduced. In the ultraviolet part, the light absorption coefficient of crystalline silicon is about 1 order of grand higher than that of amorphous silicon, while in the visible part, the light absorption coefficient of crystalline silicon is about 1 order of magnitude higher than that of amorphous silicon. The absorption coefficient of amorphous silicon is better. Compared with crystalline silicon, thin-film solar cells can still produce electricity on cloudy days, but crystalline silicon cells cannot. Of course, the photovoltaic effect exists, but its ability to absorb effective carriers is a problem related to the specific structure of the solar panel. Products from different companies, and even each part will be different.
Of course it won't work!
First, you need to understand how solar panels work! Since it's solar energy, the sun must be there!
Second, on snowy days, the snow covers the solar panels, preventing light from affectingct the solar panels. It therefore cannot produce electricity.
Therefore, the operation of the solar panel is directly linked to the sun. I can't give it up. So what you said cannot produce electricity!