TH324B - Sheet for building solar panels - Google Patents

Abstract

has revealed a plate for creating a solar energy storage panel Such discs are shaped in such a way that they are intertwined. with heat pipe and may intervene adjacent sheets together to form a panel This panel was made for to act as roofing material as well The plates are made of sheet metal and have a top and bottom. The above was coated with solar energy absorbing material The sheet was up The figure has one fin, and the second (6, 8) extending longitudinally on the opposite edge. one fin and the second one is loud said to have a shape generally accepted in a way that will give This can be interlocked with the second fin of the adjacent plate. One number of slats may be bonded together to form such a panel. Such panels form a longitudinal overhang (12, 14, 16) between the first and second fins. Such section extends upwards from above. Such section consists of longitudinal grooves (16) which open at the bottom of the sheet. Such grooves while in use will receive And firmly fixed on the tubes (28) for the flow of heat transfer fluids such grooves. Formed to hold more than 225 approximately the circumference of such pipes.

Claims (9)

1. Sheet for building the solar energy collector and roof surface. The teeth are made of sheet metal with a side. Flat top and bottom Above it was coated with a power-absorbing material. Sun work The sheet was molded to have one fin. And the second extends along a longitudinal edge at the opposite edge. The one and the second fin has a general shape, corresponding to one another. Will give the first fins, three cars to coordinate with the second fins of Adjacent sheets Causing a number of discs to bond into Together to form such panels and such roof surfaces The sheet has been formed to have a longitudinal overhang. Between the one fin and the second fin The part extends above from the flat top, the part has a long groove that opens to the bottom of the groove. It is a receiver and a tightly held pipe for conducting fluid. Convey heat The groove has been shaped to Capable of holding approximately 225 of the circumference of the pipe, the furthest top of the groove at the higher position. The furthest top of one fin and the second fin. And such longitudinal overhangs have an outstretched surface Along the line one and the second The foreground is angled The scenes are generally connected to each other and are connected by such a long groove. 2. Plates according to claim 1, the said front consists of The rail spans the length to enhance strength. 3. Method according to claim 1 or 2 which the groove has made So it has a shape so that it binds to 270th of the circumference of the pipe. 4. Method according to claim 1, both the first fin and the second fin extending above relative to the top surface of the sheet. 5. Method for claiming 4 fins, one fin consists of one leg and the second one between them is defined. Up in the concave part, face down And the second fin consists of legs This one made to fit into the concave part of the adjacent plate. 6. Method for claim 5 which one fin consists of The third leg extends above from the second leg. And inside the channel Concave and set up into shoulders And the second fins consist of legs Folded down by placing the image so that the bottom edge of the leg is folded down. This is attached to the shoulder of the adjacent plate, preventing separation. The body of the adjacent plate 7. Plates according to claim 1, consisting of such pipes with The diameter is larger than the diameter of the groove. Which is where the pipe is stretched tightly in the groove. 8.Sun energy collector Which is made up of At least with one number of discs, as described in claim 7, are joined together. To form a panel And the pipes at there are connected to the main pipe. 9.Sun energy collector As described in Clause 8, the panels make up the roof of the building (9 Claims, 2 Pages, 5 Photos).