One of these is iec 61215 which involves accelerated stress tests to see how well the module holds up under heat cold wind humidity uv light and mechnical stress including hail.
Are solar panels susceptible to hail damage.
Solar panels and hail.
We take our high speed camera to the westpak testing facility where we fire balls of ice at different velocit.
Solar panels are strong enough to resist damage from most hail.
Hail tests and certifications for solar panels.
Solar panels and hail damage can happen in the blink of an eye.
Although made from laminated glass hail falling between 30 100km is hard to withstand.
Unusually large hail storms can indeed damage solar panels but solar panels are designed and engineered to generally withstand hail the size of golf balls or smaller.
How much hail damage can a solar panel endure.
Solar panel manufacturers test their products to ensure that they are capable of withstanding hail storms.
In order for a solar panel to be approved by the california energy commission there are a number of certification tests that it must pass.
Solar panels are designed to withstand weather including hail and thunderstorms.
Solar panels can get damaged in a number of ways one of the most obvious is hail falling trees and flying debris in a storm.
With hail season in full swing protect your solar panels from hail damage to keep their energy supply in working condition.
Solar panels are made with very durable tempered glass that is impact tested to withstand strikes of greater than 50 miles per hour.
But if you live in an area where large hail is common there are a few things you can do to minimize your risk.
However just like your car windscreen can sometimes get damaged by extreme hail the same can happen to your panels.
As we mentioned earlier solar panels are also very susceptible to water damage in the event that the panels are scratched or chipped.
This can result in shattering of the panels or even micro cracks.
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.