This solar electric system was installed on a composition roof. You can see the stand offs and weather proof flashings used to eliminate the possibility of roof leaks. This 1.14 KW system uses a micro inverter on each modules to maximize energy harvest.

This solar electric system was installed on a composition roof. You can see the stand offs and weather proof flashings used to eliminate the possibility of roof leaks. This 1.14 KW system uses a micro inverter on each modules to maximize energy harvest.

This system was installed on the standing seam roof of a self-storage facility. All the energy needs of the building are met with this 2.2 Kilowatt array. This system uses the industry’s most efficient module made by Sanyo.

A ground mount solar array installed in the sunniest spot on the property.

This customer took advantage of a sunny back yard to install a ground mounted solar system. This 3.8 KW array uses Sanyo modules. We were able to construct the array orientation and tilt angle to maximize the solar resource available by building our own structure for the array.

Another ground mount.

This pole mounted array is set up to "track" the sun throughout the day for maximum solar production.

Pole mounted solar arrays work great in remote areas. They can be installed high enough so livestock cannot damage them, yet they can provide some shade below if you want to cool off.

Pole mounted solar arrays are often used when the roof surfaces on the property are shaded or are not facing south.