Hail Protection For Solar Panels

Hail that s larger than one inch in diameter can cause significant damage to the panels.

Hail protection for solar panels.

Solar panel manufacturers test their products to ensure that they are capable of withstanding hail storms. To protect your solar panels a solar panel protective cover is recommended during the times when hail is expected. Solar panels and hail damage can happen in the blink of an eye. Staying informed about the weather.

Any hail that is larger than an inch in diameter such as golf ball or baseball sized hail can threaten your solar panels. However this size of hail can basically cause severe damage to most structures. 10 simple effective ways on how to protect solar panels from hail 1. Many solar electric modules and solar hot water collectors are made.

With hail season in full swing protect your solar panels from hail damage to keep their energy supply in working condition. While hail certainly could damage some types of solar panels the likelihood is very small and occurrences are extremely rare. Solar hail protection commercial hail protection structures with solar panels vps is proud to introduce the ability to incorporate solar panels on many of our structural hail protection designs including a seamless and advanced integration that is the first of it s kind for this type of product. Another option that could be very viable and simple.

A very simple way is to apply a thin layer of methacrylate to protect the most fragile areas. There are several ways to protect your panels but the most effective method is by using a protective cover. In most cases solar panels are tested and certified to withstand hail of up to 25 mm one inch falling at 23 meters per second approximately 50 miles per hour. Generally most solar panels can withstand up to 25mm of hail dropping at a speed of fifty miles per hour.

Protective covers are usually made of a durable weatherproof material. Arranging the panels in an angle for hail to slide. The cover gives protection for the weather such as snow hail sleet and windblown debris and also against overheating of the solar panel during periods of long and intense solar radiation.