DE202008003413U1 - Klippfalz roofing system for solar collectors - Google Patents

Abstract

Klippfalz-full roofing system for solar collectors, characterized in that a roof is fully or partially equipped with thermal or thermal + PV collectors, which on each of the four sides different, to subsequent collectors and / or connecting or end plates matching or have bends.

Description

The GM applications no. 20 2006 015 301.8 and 20 2006 016 299.2 single components of a sheet metal standing seam ring connection, which a rounded final The upstand is based on which one over the other parallel lying metal sheets tightly connected at a corresponding gradient. Besides one Connection for the supply and discharge of liquids in very shallow liquid container, the also over Connector can be charged.

Of further profiled mounting rails, which put on each other overcome any required height can and at the same time the supply and removal of liquids to individual or serve several, juxtaposed liquid containers and the fixed, equal distance to underlying, also different deformed roofing materials such as corrugated sheets, shingles, roof tiles, Rafters, trusses or other roof-building materials, as well as to accommodate pressure moderately allow non-resilient insulating material.

The new invention now makes it possible, a complete roof, even with low roof pitch, in whole or in part with arranged on all sides Thermie or Thermie PV panels ( 1 ), which all around with up or protruding, differently shaped folds ( 2 ) are provided, without heavy auxiliary and mounting equipment absolutely tight by simply clipping on and pressing or pushing and slipping over with a simple Klippfalz profile or covering slot pipe, anytime again without damage disassembled, stormproof cover.

It is not only on the rounded ( 3 ), but on simple, angular shaped ( 4 ) Blechabkantungen recourse, with a connecting to the roof base or the mounting strips adhesive ( 8th ) and a slipped Klippfalz profile ( 11 ) or inserted, slit tube ( 12 ) the lateral tight connection, with a folded up and down, nesting parallel fold ( 13 . 14 ) secure the connection between eaves and ridge up and down.

Since the flat collectors are both to the ridge ( 15 ), to gutters ( 16 ), to roof structures and extensions, such as dormers and skylights, also to the gables and verges ( 10 ) must be connected and sealed, the up and folds and folds on the collector edges are formed so that connections to trained in the same form at the adjacent edges ridge ( 9 ), Gable, verge and skylight ( 3 . 4 ) as well as facades and cover plates are possible.

In the case of coverings of an alternative type, a simple continuation of the upper cover plate with the longitudinally formed standing seam folds ( 6 ) to cover the follower collector ( 7 ) and in the firing direction a smooth, right-angled folded completion of the lower and / or upper collector cover ( 5 ).

The round or even angular ( 8th . 9 ) formed inside adhesive, the side ensures the connection to the roof substructure, either on full length, but also only partially in sections at the points where statically necessary, applied to the substructure or inserted into the mounting rail.

To the first ( 15 ) or the eaves side ( 12 ) facing edges of the collectors are the sheets with a slight radius in the bend ( 13 . 14 ) by 180 ° upwards ( 13 ) or down ( 14 ) and are simply pushed into each other / hung ( 17 ). If necessary, here also correspondingly shaped, brought up on the substructure or inserted into a transverse mounting strip Blechhaft ( 18 ) between the two collector bevels on whole length or in sections.

Analogous to the collector connection, the connection with the ridge, gable and verge as well as façade contact and end plates ( 17 . 19 ).

The mounting rails ( 20 ), individually or successively plugged, used as U-profiles in different heights or sizes and are used in addition to the attachment to the roof as a basic construction at the same time for fixing and as a holder for any additional insulation between the collector and the roof base.

Mounting rails ( 20 ) into which a pipe ( 21 ), also with pressed-in connectors ( 22 ), the direct supply and discharge of solar or cooling fluid or wiring ( 23 ) from the collectors or collector fields almost to take directly to the memory or collection point, so that only the connection to the collectors / collector fields in the plug method with hose, cable or pipe sections is required. When applying the nipple ( 23 ) on the underside of the collector plates, these compounds on the roof surface are not visible sa sa that shows a clean roof image.

This applies to both Thermie and Thermie PV collectors (generation of hot water / heat and electricity with a collector mounted in the same place), heat insulation below the heat exchanger ( 25 ) exhibit. Here is the Nipples ( 24 ), which is required for the liquid supply and removal, applied through a round opening in the insulation on the heat exchanger plate, either by gluing or friction welding. The nipple is a cover (around the introduction hole around a 27 ), which can be omitted in the Reibeverschweißung by the introduction of a washer.

The Conversion of the nipple in the diameter of the washer takes place by a on the thickness of the collector and the thickness of the insulation matched metal or plastic tube. The box for the electricity supply and exhaustion is made of non-conductive plastic and is also inside the insulation so that the panels lay flat over or over each other are transportable.

The shape of the upstands and their connection to the sticks allows the material of the collectors to expand or contract according to the temperature on each side within the calculated maximum factors ( 19 . 28 ), without causing stresses at the joints or vaults of the collectors.

Supported this still by the fact that in the main the used parts consist of the same materials and in addition, where necessary, provided with the necessary expansion joints, Due to Use of the two different melting point materials is a complete recycling of the collectors possible.

The Full roofing system is suitable for all roof shapes, in particular also for Garage and carport roofs, façade and balcony paneling, for Walls and Ceilings, protective walls and any kind of panels that are responsible for absorbing solar radiation and release of heat, Cold and Electricity can be used.

1

Thermie or Thermie PV collector, different thicknesses

2

Molded Stehfälze

3

standing seam, round shape

4

standing seam, Z-form

5

smooth, right-angle conclusion

6

continuation Standing seam rebate on overhang length

7

Got over Upper cover plate

8th

among them exemplary

9

various Forms of sticking

10

above Klippfalzprofil or slotted pipe

11

Klippfalzprofil

12

slotted tube

13

parallel fold

14

parallel fold

15

ridge beam

16

downspout

17

hanging system

18

Flat Sheet grips for mounting rail

19

various connection types

20

Mounting rails, different heights

21

pipe for transmission liquid or cable connections

22

Press-connect terminals

23

To- and derivatives

24

nipple for and removal of heat transfer fluid

25

thermal insulation of the heat exchanger in the collector

26

Opening for plug nipple

27

walling Nipple in the heat insulation

28

cover plate on the plug nipple

29

heat exchangers

30

Photovoltaic cells, foil, laminate or printed PV layer

31

Leichtglas- or transparent PP cover

Claims (32)

Klippfalz-full roof covering system for solar collectors, characterized in that a roof is wholly or partially equipped with thermal or thermal + PV collectors, which on each of the four sides different, to subsequent collectors and / or connecting or end plates matching or have bends. Klippfalz roofing system for solar collectors, characterized in that the connections of the collectors for the liquid inlet and Departure and / or the power supply and Drain pipe at any time to all others, at each of the up to four Side adjacent collectors or inflow and outflow / drain lines equally are usable. Klippfalz roofing system for solar collectors, characterized in that all Connecting parts of the collectors for temperature compensation in Material are moveable. Klippfalz roofing system for solar collectors, characterized in that the up and folds both the direct connection of the collectors to each other, as well as the connection to all connecting and closing plates enable. Klippfalz roofing system for solar collectors according to claims 1-4, characterized in that all Connection points of the collectors at any time without damage again detachable and reusable joined together are. Klippfalz roofing system for solar collectors according to claims 1-5, characterized in that the plate connection formations the collectors are rounded and / or square. Klippfalz roofing system for solar collectors according to claims 1-6, characterized in that the re-solubility both on the material tightness and mounting on the substructure, as well as on the functional connection, So also refers to the inflow, outflow and flow of liquids and electricity. Klippfalz roofing system for solar collectors according to claims 1-7, characterized in that the system is designed for low slopes 3 ° and for the steepest Roof slopes can be used as a dense system. Klippfalz roofing system for solar collectors according to claims 1-8, characterized in that the connection of the collectors to the mounting rails over flexible retractable, movable sticking takes place. Klippfalz roofing system for solar collectors according to claims 1-9, characterized in that the sticks at the top of a round or have a square head. Klippfalz roofing system for solar collectors according to claims 1-10, characterized in that the full-length sticks of the compound or only in parts for the Connection can be used. Klippfalz roofing system for solar collectors according to claims 1-11, characterized in that the one of the two longitudinal edges reversed in the same deformation are executed. Klippfalz roofing system for solar collectors according to claims 1-12, characterized in that the two longitudinal standing seam folds in the upper half are designed as a round arch or U-shaped or Z-profile. Klippfalz roofing system for solar collectors according to claims 1-13, characterized in that the two transverse folds either 180 ° and have a small radius in the Abkantkehle. Klippfalz roofing system for solar collectors according to claims 1-14, characterized in that the directed to the ridge bevel upwards and directed to the eaves fold directed downward is. Klippfalz roofing system for solar collectors according to claims 1-15, characterized in that the connecting plates ridge cover, gable, Dormer or roof window connection, Veranda cover, facade annex or completion, chimney outlet or Pipe completion sheets are. Klippfalz roofing system for solar collectors according to claims 1-16, characterized in that the Klippfalz profile or slotted tube over the slipped over on the sticks Stehfalz-longitudinal folds slipped over and pressed or postponed becomes. Klippfalz roofing system for solar collectors according to claims 1-17, characterized in that the clipped in longitudinal continuation Standing seam panels bends with two adjacent collectors / connecting parts in two, with four behind and to be joined collectors / connecting parts lie in four single or double layers of sheet above the adhesive and at a total lightweight glass cover, with its fold over the Stehfalzabkantungen lies, with the Klippfalz profile or slotted tube covered under pressure become. Klippfalz roofing system for solar collectors according to claims 1-18, characterized in that in the longitudinal continuation out clipped on to the first conclusion Klippfalz profile or deferred slot pipe leads to under the ridge end plate and from this to the length of Collector upstand covered becomes. Klippfalz roofing system for solar collectors according to claims 1-19, characterized in that the transversely running bends, one inside the other or pushed, with an equal, Beveled Blechhaft with a mounting rail or the substructure in full length or in sections connected is. Klippfalz roofing system for solar collectors according to claims 1-20, characterized in that in the region of the connection to the ridge plate the upstand of the collector is pushed slightly upwards. Klippfalz roofing system for solar collectors according to claims 1-21, characterized in that all connecting pieces between the collector (s) and an area to be covered (ridge, gable, dormer or Roof Terminal, Veranda cover, facade annex or completion, chimney outlet or Pipe connection sheet) in such Width can be used that the complete cover is present. Klippfalz roofing system for solar collectors according to claims 1-22, characterized in that the liquid supply and discharge over below or nipple inserted or inserted at the top with plug connection, to the heat exchanger the plate towards the opening significantly overlapping Have cover, which fits into the blind hole Approach has. Klippfalz roofing system for solar collectors according to claims 1-23, characterized in that the cover plates of the nipple with a slight elevations and / or depressions balancing adhesive on the lower or glued on the upper side of the plate. Klippfalz roofing system for solar collectors according to claims 1-24, characterized in that the cover plates of the nipple or the nipples themselves by friction welding with the upper or lower Cover plate of the heat exchanger the plate or a suitable washer tightly connected are. Klippfalz roofing system for solar collectors according to claims 1-25, characterized in that the nipples for the liquid supply and discharge as well for the Power supply and discharge at an implementation through the insulating material of the plate all around with a metal or plastic ring in the diameter of the cover or a box of non-conductive Material are surrounded. Klippfalz roofing system for solar collectors according to claims 1-26, characterized in that all parts of the system are a single or more colors. Klippfalz roofing system for solar collectors according to claims 1-27, characterized in that the mounting strips used for the system U-shaped are up, have a sliding fold and below a molded T as well different heights have, individually or pushed together different construction heights, the height the intermediate and fixed by the bar insulation correspond. Klippfalz roofing system for solar collectors according to claims 1-28, characterized in that lying in a below the collector Mounting strip a tube for the supply and discharge the solar fluid is attached, that with Einpreßpatronen for plug connections is provided. Klippfalz roofing system for solar collectors according to claims 1-29, characterized in that it is suitable for all types of roofs, including garages and carport roofs, Façade and balcony cladding, walls and ceilings, protective walls and Cladding of any kind for recording the sun radiation and the Absorption and release of heat, Cold and Electricity is used. Klippfalz roofing system for solar collectors according to claims 1-30, characterized in that these collectors in the transverse direction in Towards the eaves a continuation of the upper cover plate with in the longitudinal direction molded standing seam bends for covering the follower collector and in the direction of the plant a smooth, right-angled conclusion of the have lower and upper collector cover. Klippfalz roofing system for solar collectors according to claims 1-31, characterized in that mated or clipped collector terminals with a reasonably thick, wide, double-sided adhesive tape fixed or redetachable are connected.