Wait for the snow to melt.
How to protect solar panels from snow.
Solar panels are designed to shed snow.
So even a glimmer of sunlight can cause the solar panels to start warming up and hence hasten the melting of snow around it.
Installing a snow guard to complement your solar panel prevents this from happening as the snow and ice will collect at the edge of your roof preventing it from catapulting downwards all at once.
Snow has anti soiling properties and hence when it melts it takes with it any dirt on the panels.
In order to protect your solar panels a protective cover is recommended.
Solar snow guards catch snow sliding off of your panels which keeps them from falling all at once.
Most solar panels are installed at an angle and face the sun which helps the panels to absorb solar energy.
This is the easiest and safest solution although it can take time for the weather to warm up enough to melt snow.
However make sure that solar arrays are mounted at the appropriate tilt angle to prevent snow accumulations.
Even when solar panels are completely covered by snow they can still generate electricity.
Generally speaking solar panels are 20 c 36 f warmer than the ambient temperature.
If you don t plan on using your rv for the winter months and you want to protect your rv solar panels and the system as a whole purchase waterproof lightproof covers for the panels and remove the battery storing it in a dry dark place.
After a heavy snow the sun comes out and starts to warm everything up including your solar panels.
Instead systems with snow guards release small amounts of snow at a time or hold snow on the roof to let it melt.
Generally speaking most types of rv solar panels can actually hold up very well in a hailstorm much better than most roofs.
For one thing a flat angle of inclination can prevent the snow from slipping off.
Although it is assumed that snow slides off the inclined solar pv panels it is not always the case.
The deep black and blue colors help the panels absorb the sunlight s heat melting the snow and the extremely slippery tempered glass encourages the snow to slide off.
Sloping solar panels can alleviate snow loading and solar panels will generate enough heat to eventually melt even a heavy snow causing it to slide off the panel.
Eventually the snow and ice will melt and slowly make its way down.
Snow guards are usually simple to install with screw on clamps to keep the guards in place.
Heavy snow can limit the amount of energy produced by solar panels but light is still able to move through the snow and forward scattering brings more light to the solar cells than one might expect.
Are there any potential drawbacks.
