The answer to this question does not require a ‘yes or no answer’, it requires a comprehensive answer and we have your way on this blog to do justice and elaborate on this question. The answer is yes, your solar panel can work when the weather is cloudy. Your solar panel will still generate power from the sun when the weather is cloudy, but there are some factors to consider, the first factor is the type of solar panel that will be used in the installation.
There are lots of varieties of solar panel on the market, so to have an installation, there are lots of things to consider, the place of installation. It’s important to know knowledge on the atmosphere of the place, where the solar installation is taking place, this will help to identify the solar panel to be purchased, another factor that needs a consideration is, how many appliances you are using, this help us the technician to know how much energy is needed for the type of solar panel.
Sunny conditions typically indicate fewer clouds in the sky, and thus less blockage between the sun and your panels. However, clouds can have a magnifying effect on sunlight thanks to their reflective properties. In some cases, this can improve the performance of your solar panels.
However, direct sunlight is much more reliable for solar energy production. While indirect sunlight on cloudy days will still generate power, direct sunlight gives you a more consistent, maximized energy output. You won’t have to rely on your utility company to power your home as long as you have a consistent energy source, which is less likely on cloudy days.
The more efficient your solar panels are, the more energy they’ll produce in cloudy conditions.
The same goes for the type of PV cells that your solar panels are made of. Some solar cells are able to capture a broader range of UV light, such as red and blue wavelengths. This contributes to higher energy production in various weather conditions, including cloudy days.
Sun Power solar panels are the most efficient solar panels on the market, and thus able to produce more energy than those ranked below it. Their solar cells have a backside mirror, which is a thin layer of aluminum that bounces light photons back into solar cells that didn’t absorb them during the first go-around. Essentially, light has a second chance at absorption.
This results in an overall greater energy output, especially on cloudy days when only certain types of UV light manage to hit you
