초록 ▼

A roof truss compatible for solar energy panels, and a method for installing the roof trusses, incorporates a non-structural top chord that may have a removable portion removed and replaced by a solar assembly. The truss is structurally designed to support the solar assembly without the presence of

A roof truss compatible for solar energy panels, and a method for installing the roof trusses, incorporates a non-structural top chord that may have a removable portion removed and replaced by a solar assembly. The truss is structurally designed to support the solar assembly without the presence of the non-structural top chord. A desired length of the non-structural top chord may be omitted or removed during manufacture of the truss, or may be removed at a future time for installation of solar panel assemblies. A solar assembly for inserting into the solar roof truss may include a panel enclosure which has a channel for holding a solar panel, where the panel is installed approximately flush with the roof line. The panel enclosure may have an air space underneath the solar panel, to allow for cooling air flow and water drainage.

대표청구항 ▼

1. A roof truss system compatible for solar energy panels, comprising: a roof truss comprising: a structural top chord having a first upper surface; anda non-structural top chord above the structural top chord, wherein the non-structural top chord has a second upper surface, wherein a line extending

1. A roof truss system compatible for solar energy panels, comprising: a roof truss comprising: a structural top chord having a first upper surface; anda non-structural top chord above the structural top chord, wherein the non-structural top chord has a second upper surface, wherein a line extending along the second upper surface from a peak to a heel of the roof truss defines a roof line, and wherein the non-structural top chord comprises a partial length and a removable portion;wherein the roof truss is engineered to accommodate the weight of a solar panel assembly after the removable portion of the non-structural top chord is removed;end surfaces facing and spaced apart from both sides of the roof truss; anda recessed space having dimensions defined by a) the length of the removable portion of the non-structural top chord, b) a height from the first upper surface to the second upper surface, and c) a width spanning between the end surfaces;wherein the dimensions of the recessed space are suitable for accommodating a solar panel assembly. 2. The system of claim 1 further comprising a roofing material covering the roof truss, wherein the roofing material is removed at a future time in a desired area; and wherein the recessed space and the solar panel assembly are located in the desired area. 3. The system of claim 1, wherein the non-structural top chord further comprises a full length divided into the partial length and the removable portion, and wherein the removable portion is removed after the roof truss has been installed into a building. 4. The system of claim 1 wherein the partial length is located at the peak of the truss. 5. The system of claim 1 further comprising a plurality of roof trusses. 6. The system of claim 1, the solar panel assembly comprising: a panel enclosure having a bottom and two opposite side walls;a channel positioned near an upper edge of each of the side walls, wherein the channels are capable of receiving a solar panel; anda solar panel placed in the channels of the panel enclosure. 7. The system of claim 6 wherein the solar panel is approximately flush with the roof line. 8. The system of claim 6 wherein the channels are built integrally into the panel enclosure. 9. The system of claim 6 further comprising: a backing sheet located on the first upper surfaces in the recessed space;a plurality of panel enclosures placed onto the backing sheet; andjoining elements joining the plurality of panel enclosures to each other and to the backing sheet. 10. The system of claim 6 further comprising an air space between the solar panel and the bottom of the panel enclosure, wherein the air space allows air or fluid flow to a gutter line of the roof. 11. The system of claim 6 wherein the channel is capable of slidingly receiving a solar panel.