2012 R+D Awards Winner: PV-Pod

2012 R+D Awards Winner: PV-Pod

The PV-Pod combines a ballast and support system for photovoltaic panels.

2012 R+D Awards Winner: PV-Pod

Users can fill the PV-Pod with varying volumes of water depending on the local wind-uplift resistance requirements. As a result, the surcharge load added to the roof by the photovoltaic panels' ballast can be optimized.

2012 R+D Awards Winner: PV-Pod

The PV-Pod is now commercially available for flat-roof installations. Optional interlocking braces can increase the wind load capacity of PV Pods.

2012 R+D Awards Winner: PV-Pod

The PV-Pod offers flexibility in the positioning and alignment of photovoltaic panels.

2012 R+D Awards Winner: PV-Pod

Conventional ballast systems rely on concrete blocks, which can damage the roof membrane if dropped.

2012 R+D Awards Winner: PV-Pod

Weighing 23 pounds when empty, the PV-Pod is portable and designed to be carried on a person's shoulder.

2012 R+D Awards Winner: PV-Pod

Installation procedure: The empty PV-Pod is placed on a flat roof in the proper position for sun exposure. The PV panel is mounted and fastened onto the PV-Pod, which is then filled with water. The PV arrays are now ready for wiring and interconnections.

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