Getting your solar panels cleaned just makes cents

✅ We clean residential and commercial solar systems

Why should I get my solar panels professionally cleaned?

Regular cleaning will actually SAVE you money.

Solar panels are constantly exposed to the elements and over time gather a build-up of dirt, dust, lichen/moss, and even bird droppings which can drastically reduce their effectiveness and energy output. Regular cleaning and system maintenance will ensure you are getting the most out of your system and are making more SAVINGS on your bills.

Having your panels cleaned can INCREASE power output by up to 20% or more.

You may need to have the panels cleaned as part of their warranty.

It is common for solar panel manufacturers to require evidence of regular cleaning to accept a warranty claim. Check with your solar installer.

Clean panels mean a more visually appealing environment for your business/home.

Your panels may look clean from the street. That is until you see what properly cleaned panels look like.

Professional cleaning ensures it will be done safely and thoroughly.

Having a professional clean your solar panels will ensure they are cleaned correctly and safely, saving you the risk of getting on the roof.

Cleaning is an opportunity to notice damage early.

At Rays Solar Panel Cleaning we not only clean your panels but can also provide a visual inspection including:

Checking the framework of solar panels.
Checking the inverter for error codes.
Inspect burn marks, defects, broken glass, delamination, and discoloration.
Checking the roof fixings are still intact.
Checking panels are secured properly.

Inspection Terms and Conditions

❌ MYTH: Rain will clean my panels for me.

Unfortunately, not.

Even in tropical weather/conditions with regular rain it is noticeable that dirt, dust, bird droppings or lichen will remain on panels. This stays relevant even if the panels are installed on a tilt kit system.

A build up of dirt, dust, moss/lichen or bird droppings can create HOTSPOTS.

Hotspots are areas of high temperature that negatively affect a solar cell by consuming energy instead of generating it. This causes the panel to become overloaded resulting in a short circuit which reduces output efficiency whilst degrading your panel.