Apparatus and method for mounting a renewable energy panel on a roof
An apparatus for retaining a photovoltaic panel on a rooftop includes a vessel having a first side, second side, front, bottom, and top panels, wherein the panels are attached to define a void within the vessel. A fill port is disposed on the vessel. A first hole is adapted to receive a screw on the top panel, wherein the first hole is aligned with a second hole disposed on the bottom panel, wherein the first and second holes are adapted to be aligned with a third hole on a first mounting cross arm. The top panel is inclined at an angle relative to the bottom panel.
1. A renewable energy panel system comprising:
a renewable energy panel, the renewable energy panel having a frame;
a first closed substantially hollow vessel comprising a bottom panel and a top panel spaced from the bottom panel, the top panel is inclined at an angle relative to the bottom panel, a back panel and a curved front panel spaced from the back panel, a first side panel and a second side panel spaced from the first side panel, the back panel and curved front panel each connected to and between the first and second side panels, each of the top and bottom panels having an opening therein extending from an edge thereof, the curved front panel extending along the opening in the top and bottom panels, wherein each of the back panel, curved front panel and side panels are connected to and between the top and bottom panels providing an enclosed hollow space, and
the renewable energy panel is mounted directly to the substantially hollow vessel;
the renewable energy panel is mounted to only one substantially hollow vessel.
2. The system of claim 1 , wherein the vessel is comprised of a light weight formable plastic, two-part non-expanding urethane, fiberglass, or sheet metal.
3. The system of claim 2 , wherein the light weight formable plastic is high density polyethylene.
4. The system of claim 2 , wherein the vessel is comprised of a light weight formable plastic manufactured by an injection molding, blow molding, or vacuum molding process.
5. The system of claim 1 further comprising
a plurality of additional substantially hollow vessels arranged to form a first row of substantially hollow vessels and a second row of substantially hollow vessels; and
a mounting cross arm, wherein the mounting cross arm couples the first row of substantially hollow vessels to the second row of substantially hollow vessels.
6. The system of claim 1 , wherein the horseshoe shaped vessels is horizontally nestable and vertically stackable with other horseshoe shaped vessels.
7. The system of claim 1 further comprising a fill port.
8. The system of claim 1 , wherein the top panel is inclined at an angle of between about 10° and about 25° relative to the bottom panel.
9. The system of claim 1 further comprising ribs.
10. A method of retaining an alternative energy source on a rooftop comprising:
providing a first closed substantially hollow vessel, the vessel comprising a bottom panel and a top panel spaced from the bottom panel, the top panel is inclined at an angle relative to the bottom panel, a back panel and a curved front panel spaced from the back panel, a first side panel and a second side panel spaced from the first side panel, the back panel and curved front panel each connected to and between the first and second side panels, each of the top and bottom panels having an opening therein extending from an edge thereof, the curved front panel extending along the opening in the top and bottom panels, wherein each of the back panel, curved front panel and side panels are connected to and between the top and bottom panels providing an enclosed hollow space, the first substantially hollow vessel having a fill port;
transporting the substantially hollow vessel to a roof top;
conveying a pre-determined quantity of liquid into the substantially hollow vessel; and mounting a renewable energy panel to the first substantially hollow vessel using screws:
wherein the renewable energy panel is mounted to only one substantially hollow vessel;
providing a plurality of the substantially hollow vessels to form a first row of substantially hollow vessels and a second row of substantially hollow vessels; and
coupling the first row of substantially hollow vessels to the second row of substantially hollow vessels using a mounting cross arm.
11. The method of claim 10 , wherein the step of conveying a pre-determined quantity of liquid further comprises measuring the liquid with a flow meter.
12. An apparatus for mounting a renewable energy panel comprising:
a closed substantially hollow vessel, the substantially hollow vessel comprising a top panel and a bottom panel spaced from the top panel, the top panel is inclined at an angle relative to the bottom panel, a back panel and a curved front panel spaced from the back panel, a first side panel and a second side panel spaced from the first side panel, the back panel and curved front panel each connected to and between the first and second side panels, each of the top and bottom panels having an opening therein extending from an edge thereof, the curved front panel extending along the opening in the top and bottom panels, wherein each of the back panel, curved front panel and side panels are connected to and between the top and bottom panels providing an enclosed hollow space, and wherein the top panel of the substantially hollow vessel is adapted to receive the renewable energy panel; and
a mounting cross arm;
wherein the substantially hollow vessel is adapted to receive only one renewable energy panel;
and
wherein the mounting cross-arm is attached to the substantially hollow vessel.
13. The apparatus of claim 12 wherein the first side panel and the second side panel are triangular and wherein the top panel is inclined with respect to the bottom panel.