Solar Panels On Flat Garage Roof

The best solution is to tilt your panels at an angle.

Solar panels on flat garage roof.

There are 3 common ways to install solar panels on a flat roof. The angle of the garage roof and the way it is constructed are key to establishing if your garage is a candidate for solar paneling. When installing solar panels on your flat roof the resulting product can be tilted or not. But it is important to understand some key factors involved with flat roof solar panel installation.

Solar panel tilt angle. Solar panels should be an option for everyone regardless of the size and or pitch of their roof. However they would be wrong to think that. Detached garages can be utilized as a great source of solar power.

An optimum tilt angle and orientation of your solar panels on a flat roof will ensure top energy production performance of your system. People usually choose this option when there is little to none parapet walls surrounding the concrete. If you are using a photovoltaic array you need to use flat roofing and it can be attached with a fixed array and racking. Only top manufacturers give warranties on panels installed at an angle of fewer than two degrees.

If you don t like the look of solar panels on your house you can put them in your garage as an alternative if it isn t seen from the street. If your panels are installed flat water can pool on and around them when it rains causing damage to your roof. This allows the solar panels to get the optimal amount of sunlight thereby providing you with the best in energy efficiency. The main problem that comes from installing solar panels on a flat roof is leakage.

Fortunately there are plenty of ways to avoid water pooling. In fact flat roofs are the preferred type of roof for installing solar panels. This type of installation utilizes ballasted solar panel racking. Many people with flat roofs decide against solar panels as they do not think they can be installed due to the lack of direct sunlight.

There are two most pressing factors in the design of a successful solar panel system generating maximum electricity.