KR102544460B1 - Solar panel integrated system panel structure - Google Patents

Abstract

The present invention relates to a system panel structure integrated with a solar panel, and an insertion groove is formed in the upper finishing steel plate of the system panel so that the solar panel can be installed, so that there is no need to install a separate support structure for installing the solar panel. Provides a solar panel integrated system panel structure that enables the installation of a photovoltaic panel and allows the photovoltaic panel installed to be inserted into the insertion groove by elastically pressurizing and fixing the photovoltaic panel through a fixing clip so that the photovoltaic panel can be firmly fixed and detached easily. is in
The present invention for achieving the above object is a lower finishing steel plate installed to be supported on the purlin, disposed at a predetermined interval on the upper surface of the lower finishing steel plate and installed to be fixed to the purlin together with the lower finishing steel plate to reinforce the intermediate bearing capacity A system panel including saddles, an upper finishing steel plate installed to be fixed to the top of the saddle, and an insulation material installed to be filled between the upper finishing steel plate and the lower finishing steel plate, and a first coupling part of the upper finishing steel plate In the system panel structure including a solar panel installed so that both ends are inserted into the insertion groove formed in the second coupling part, the upper finishing steel plate covers the upper part of the heat insulating material and is installed to be fixed to the upper part of the saddle An upper finishing steel plate body, a first coupling part formed to protrude upward from one side of the upper finishing steel plate body and having an insertion groove formed therein, and a neighboring one formed to protrude upward from the other side of the upper finishing steel plate body and It consists of a first coupling portion of the upper finishing steel plate and a second coupling portion in which an insertion groove is formed and bound to each other through folding processing, and the solar panel is formed on the first coupling portion and the second coupling portion of the upper finishing steel plate. A fixing clip installed so that both ends are inserted into the formed insertion groove, installed so as to be inserted outside the first coupling part and the second coupling part of the upper finishing steel plate, and configured to have an elastic force to press and fix the solar panel; including What is composed is the technical point.

Description

Solar panel integrated system panel structure {Solar panel integrated system panel structure}

The present invention relates to a system panel structure integrated with a solar panel, in which the solar panel is easily fitted and coupled to the upper part of the system panel and elastically pressurized and fixed through a fixing clip so that the installation and fixation of the solar panel can be easily performed. It relates to a solar panel integrated system panel structure.

In general, panels constituting steel walls for construction or steel roofs for construction are factory-produced, and their size and composition are fixed, so system panels that can be customized on site with excellent connections and defects are preferred when constructing large spaces.

These system panels are largely structured by focusing on several factors that can increase insulation, sound absorption, leakage blocking, and bearing capacity. Polyester or glass wool, an inorganic insulation material, is mainly used as a material to increase insulation and sound absorption. However, like cotton, it lacks the strength to resist the compressive force.

Therefore, in order to provide such a sound-absorbing plate inside, the roof panel itself should be designed to have sufficient bearing capacity.

On the other hand, in the prior art, when a solar panel is installed on a building, a separate support structure is installed on the roof or roof of the building, and then the solar panel is installed.

However, when the system panel is installed on the roof, it is necessary to install the solar panel on the system panel, but it is very cumbersome and difficult to directly install and fix the solar panel on the system panel.

Registered Patent No. 10-2455243

An object of the present invention for solving the above problems is to form an insertion groove so that the solar panel can be installed on the upper finishing steel plate of the system panel, so that there is no need to install a separate support structure for installing the solar panel. Provides a solar panel integrated system panel structure that enables the installation of a photovoltaic panel and allows the photovoltaic panel installed to be inserted into the insertion groove by elastically pressurizing and fixing the photovoltaic panel through a fixing clip so that the photovoltaic panel can be firmly fixed and detached easily. is in

The present invention, which achieves the object as described above and performs the task of eliminating the conventional defects, has a lower finishing steel plate installed to be supported on a building, and disposed at a predetermined interval on the upper surface of the lower finishing steel plate, and the lower finishing steel plate It consists of including saddles installed to be fixed to the building with steel plates to reinforce intermediate bearing capacity, upper finishing steel plates installed to be fixed to the top of the saddles, and insulation installed to be filled between the upper finishing steel plates and lower finishing steel plates. In the system panel structure comprising a system panel and a solar panel installed so that both ends are inserted into the insertion grooves formed in the first coupling part and the second coupling part of the upper finishing steel plate, the upper finishing steel plate is the heat insulator. An upper finishing steel plate body covering the upper part and installed to be fixed to the upper part of the saddle, a first coupling part formed to protrude upward from one side of the upper finishing steel plate body and having an insertion groove formed therein, and the upper finishing steel plate body It is formed to protrude upward from the other side of the steel plate body and is composed of a second coupling portion that is bound to each other through a folding process together with the first coupling portion of the neighboring upper finishing steel plate and has an insertion groove formed, and the solar panel is configured as described above. It is installed so that both ends are fitted into the insertion grooves formed in the first coupling part and the second coupling part of the upper finishing steel plate, and is installed so as to be fitted to the outside of the first coupling part and the second coupling part of the upper finishing steel plate, and is configured to have elasticity. It is characterized in that it is configured to include; a fixing clip for pressurizing and fixing the solar panel.

In addition, the first coupling part of the upper finishing steel plate includes a first upper extension plate bent and extended upward from one end of the upper finishing steel plate body, and a first upper extension plate extending from one end of the upper finishing steel plate body toward the upper finishing steel plate body. A first horizontal extension plate that is bent and extended, and bent in the outer direction of the upper finishing steel plate body at the end of the first horizontal extension plate, and a part of it is overlapped with the first horizontal extension plate and extends toward the outer direction of the upper finishing steel plate body. It consists of a cover plate formed to protrude, and a coupling plate that is bent and extended downward at the extended end of the cover plate and integrally folded and rolled with the second coupling part so that adjacent upper finishing steel plates are integrally coupled. The second coupling part includes a second upper extension plate that is bent and extended upward from the other end of the upper finishing steel plate body, and is bent and extended from the extended end of the second upper extension plate in the direction of the upper finishing steel plate body. It consists of a second horizontal extension plate and a reinforcing plate formed to overlap with the second horizontal extension plate by being bent in the outer direction of the upper finishing steel plate body at the end of the second horizontal extension plate, and the first coupling part After being inserted between the upper extension plate and the coupling plate, it is characterized in that it is connected integrally with the first coupling plate by bending the coupling plate of the first coupling portion.

In addition, the fixing clip, the cover plate is formed such that the center is bent toward the upper direction is installed to cover the upper portion of the first coupling portion and the second coupling portion; A pair of wing plates configured to extend downward from both ends of the cover plate and round toward the outside in the width direction of the cover plate to press and fix the photovoltaic panel with elasticity; A pair of fitting grooves formed concavely outwardly of the cover plate at the joint between the cover plate and the wing plate, into which both upper ends of the first coupling part are fitted.

As described above, according to the present invention, the first coupling portion and the second coupling portion are formed at both ends of the upper finishing steel plate so that the joint construction is performed with the neighboring upper finishing steel plate, and at the same time, the first coupling portion and the second coupling portion are formed. In the process of forming the second coupling portion, the first coupling portion and the second coupling portion are formed so that an insertion groove for inserting the solar panel is provided, so that the upper finish is simply finished without installing a separate support structure for fixing the solar panel. It is possible to insert and combine solar panels on steel plates, so the workability is very excellent.

In addition, since the solar panel is pressurized and supported using the fixing clip, the solar panel can be stably and firmly supported, and during maintenance, the fixing clip can be easily removed and then the solar panel can be replaced or cleaned, which improves maintenance and usability. very excellent

In addition, by additionally forming a center wing, the center wing is formed on birds that have a fire-resistant structure, and in the event of a fire, the heat transfer is reduced as much as possible in the process of reaching the surface in contact with the outside air through the hole in the lower finishing steel plate, and the roof system is deformed. It has the effect of minimizing damage and preventing collapse.

In addition, by forming a plurality of ribs on the saddle, it is effective in stably connecting and supporting the upper and lower finishing steel plates by preventing the deterioration of structural rigidity that may occur by bending the saddle multiple times to block fire. .

In addition, it is a very useful invention that improves the structural rigidity of the roof system by smoothly distributing the load by installing the birds in opposite directions to the neighboring birds.

1 is a perspective view showing a solar panel integrated system panel structure according to the present invention;
Figure 2 is a perspective view showing a state in which the birds of the solar panel integrated system panel structure according to the present invention are installed to be positioned in opposite directions to each other;
3 is a perspective view showing a coupling structure of a saddle, a sliding clip, and an insulating bar according to the present invention;
Figure 4 is an exemplary view showing the fitted state of the clip part of the first coupling part and the second coupling part and the sliding clip of the upper finishing steel plate according to the present invention;
5 is an exemplary view showing a folded state after fitting the first and second coupling parts and the clip part of the sliding clip of the upper finishing steel sheet according to the present invention;
6 is an exemplary view showing the arrangement state of the saddle according to the present invention;
7 is an exemplary view showing a state in which heat transfer is blocked in case of fire through birds according to the present invention;
8 is a perspective view showing a coupled state of an upper finishing steel sheet and a solar panel according to the present invention;
9 is an exploded perspective view showing a coupled state of an upper finishing steel plate and a solar panel according to the present invention;
10 is a front view showing a coupled state of an upper finishing steel sheet and a solar panel according to the present invention;
11 is a front view showing a coupled state of an upper finishing steel plate and a solar panel coupled through a sliding clip according to the present invention;

Hereinafter, the configuration and operation of an embodiment of the present invention will be described in detail in association with the accompanying drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

1 is a perspective view showing a solar panel integrated system panel structure according to the present invention, FIG. 2 is a perspective view showing a state in which the saddles of the solar panel integrated system panel structure according to the present invention are installed to be positioned in opposite directions, FIG. A perspective view showing a coupling structure between a saddle, a sliding clip, and an insulating bar according to the present invention, and FIG. 4 is an exemplary view showing the fitted state of the first coupling portion and the second coupling portion of the upper finishing steel plate and the clip portion of the sliding clip according to the present invention. , Figure 5 is an exemplary view showing a folded state after fitting the first and second coupling parts of the upper finishing steel plate and the clip part of the sliding clip according to the present invention, Figure 6 is an example showing the arrangement state of the saddle according to the present invention 7 is an exemplary view showing a state of blocking heat transfer in case of fire through birds according to the present invention,

As shown in the drawing, the solar panel integrated system panel structure of the present invention is installed so that both ends are fitted to the system panel 10 installed to be fixed to the building and the upper finishing steel plate 200 of the system panel 10 It is configured to include a photovoltaic panel 800 and a plurality of fixing clips 900 installed to be inserted into the upper finishing steel plate 200 and configured to have elasticity to press and fix the photovoltaic panel 800.

The system panel can be installed on the roof or wall of a building, and is preferably installed to be fixed to the purlin 700 installed on the roof or wall.

The system panel 10 is arranged with a lower finishing steel plate 100 installed to be supported by the purlin 700 and an upper surface of the lower finishing steel plate 100 at a predetermined interval, together with the lower finishing steel plate 100. The saddle 300 installed to be fixed to the purlin 700 to reinforce the intermediate bearing capacity, the upper finishing steel plate 200 installed to be fixed to the upper part of the saddle 300, and the upper finishing steel plate 200 and the lower finishing It is configured to include a heat insulating material 400 installed to be filled between the steel plates 100.

The lower finishing steel plate 100 is seated and assembled on the upper surface of the purlins 700, and is a metal-type plate material in which a plurality of perforations are formed to improve sound absorption efficiency.

In addition, the lower finishing steel plate 100 has a structure in which the structures of the lower horizontal surface, the inclined surface, the upper horizontal surface, the inclined surface, and the lower horizontal surface are repeated, and the rigidity is improved by forming the bent portion as shown in the drawing.

In addition, the system panel 10 of the present invention is a plurality of sliding clips 500 installed on the upper surface of the saddle 300 and installed on the top of the saddle 300 to be located between the sliding clips 500 It is configured to include an insulating bar 600.

In addition, the upper finishing steel plate 200 is combined with the neighboring upper finishing steel plate 200 through folding processing.

In addition, when the sliding clip 500 is installed, the upper finishing steel plate 200 can be continuously installed while a part of both ends are coupled through the sliding clip 500 as a medium.

The saddle 300 is installed on the lower finishing steel plate 100 and is installed to be fixed to the purlin 700 together with the lower finishing steel plate 100. At one end of the lower wing 310, the lower wing 310 A first vertical plate 320 extending vertically, and a central wing 330 extending horizontally in the same direction as the extending direction of the lower wing 310 at the extended end of the first vertical plate 320, The second vertical plate 340 extending vertically upward from the extended end of the center wing 330, and the extending direction of the center wing 330 from the extended end of the second vertical plate 340 It consists of upper wings 350 extending horizontally in the same direction.

The saddle 300 connects the upper finishing steel plate 200 and the lower finishing steel plate 100 to reinforce the bearing capacity of the upper finishing steel plate 200 and the lower finishing steel plate 100 and forms an installation space for the insulation material 400. while preventing the insulation 400 from sinking.

The saddle 300 further forms a center wing 330 extending in a horizontal direction between the upper wing 350 and the lower wing 310, thereby maximally suppressing the transfer of heat through the saddle 300 in case of fire. It prevents deformation and collapse of the roof or wall due to deformation, and also has a role as a fireproof body.

That is, as shown in FIG. 7, in the event of an internal fire, heat is rapidly transferred upward through the holes in the lower finishing steel plate 100 and the saddle 300 connecting the lower finishing steel plate 100 and the upper finishing steel plate 200, The saddle 300 is transmitted through the lower wing 310 and the first vertical plate 320 by further forming a horizontal central wing 330 between the upper wing 350 and the lower wing 310. The heat is moved horizontally along the center blade 330, so that the heat transfer rate is slowed down as much as possible.

This reduces the range in which the heat insulator 400 is carbonized by heat, thereby blocking direct contact with the sliding clip 500 through the space in which the heat insulator is carbonized as in the prior art and reducing the time it takes to reach the sliding clip 500. By delaying it as much as possible, the fire resistance of the system panel 10 is improved, and the system panel 10 is prevented from being deformed or collapsed for a certain period of time after a fire.

Also, as shown in FIG. 3 , the saddle 300 includes a plurality of ribs 360 formed on the first vertical plate 320 and the second vertical plate 340 to improve rigidity.

The rib 360 may be configured as an embossed rib formed by pressing the first vertical plate 320 and the second vertical plate 340 so that the pressed part protrudes, and the structural rigidity of the saddle 300 is increased. By strengthening, the upper finishing steel plate 200 and the lower finishing steel plate 100 are stably supported and the insulation material 400 is prevented from sinking.

In addition, the ribs 360 may also be formed on the lower finishing steel plate 100, the upper finishing steel plate 200, and the center plate 330 to improve rigidity.

Meanwhile, a clip coupling hole 370 is formed on the top of the saddle 300 so that the sliding clip 500 can be inserted and installed.

The clip coupling hole 370 is formed by cutting a portion of the upper end of the upper wing 350 and the second vertical plate 340 connected to the upper wing 350 .

In addition, the birds 300 may be installed so that neighboring birds 300 are located in opposite directions to each other, as shown in FIGS. 2 and 6 .

That is, the birds 300 are installed to face each other, but the pair of birds 300 facing each other are installed to have a structure symmetrical with the pair of birds 300 facing each other.

In this way, the saddles 300 are arranged in opposite directions to each other so that the load is distributed so that the saddles 300 do not bend or sag, and the upper finishing steel plate 200 and the lower finishing steel plate 100 are firmly supported to form an insulating material. (400) to prevent subsidence.

On the other hand, the sliding clip 500 is formed so as to protrude upward from the top of the body portion 510 and the body portion 510 fitted into the clip coupling hole 370, supporting the upper finishing steel plate 200 and It consists of a clip part 520 integrally fixed with the upper finishing steel plate 200.

Fitting grooves 511 are formed on both sides of the body portion 510, and in the process of inserting the body portion 510 into the clip coupling hole 370, the saddle 300 upper wing 350 is inserted into the fitting groove 511. ) By fitting the cut end of the sliding clip 500 is fitted into the clip coupling hole 370.

In addition, the clip portion 520 includes an upper extension portion 521 extending from the body portion 510 and a horizontal extension portion formed to be orthogonal to the upper extension portion 521 at the extended end of the upper extension portion 521 ( 522) and a lower extension part 523 extending downward from the extended end of the horizontal extension part 522.

The body portion 510 is injection molded in a rectangular plate shape, and a portion of the upper extension portion 521 of the clip portion 520 is inserted into the body portion 510 to be recessed, and the injection molded body portion 510 and the clip portion 520 are integrally configured.

In addition, the body part 510 prevents heat transferred from the upper finishing steel plate 200 through the clip part 520 from being transferred to the lower finishing steel plate 100 and the purlin 700 through the saddle 300. In order to do so, it was molded with an insulator containing composite polypropylene (P.P), etc., as well as on the longitudinal centerline from the bottom of the body of the sliding clip 500 through cost reduction and weight reduction through material reduction through increased air circulation. It has a form in which air distribution grooves 512 are further formed in order to improve insulation performance.

The upper extension part 521, the horizontal extension part 522, and the lower extension part 523 of the clip part 520 are formed by bending an iron plate using a press.

The clip part 520 is fitted and coupled to be interposed between neighboring upper finishing steel plates 200 and is integrally folded and fixed with an end of the upper finishing steel plate 200.

The insulation bar 600 is fitted to the upper wing 350 of the saddle 300, is positioned between the clip parts 520, and has the same height as the upper surface of the body part 510 of the sliding clip 500. installed

The insulating bar 600 is formed to extend downward from both sides to form a locking jaw 610 surrounding the upper wing 350 of the saddle 300.

In addition, a plurality of distribution grooves 620 formed concavely at predetermined intervals in the longitudinal direction of the insulating bar 600 are formed on the lower surface of the insulating bar 600 .

The circulation groove 620 can increase air circulation and reduce material cost.

In addition, the insulation bar 600 is integrally fixed to the upper wings of the saddle 300 through silicone adhesive.

In addition, the insulation bar 600 may be configured by extrusion molding using composite polypropylene (P.P) or injection molding using polyethylene (P.E) foam.

On the other hand, Figure 8 is a perspective view showing a coupled state of the upper finishing steel sheet and the solar panel according to the present invention, Figure 9 is an exploded perspective view showing a coupled state of the upper finishing steel sheet and the solar panel according to the present invention, Figure 10 is a perspective view showing the combined state of the upper finishing steel sheet and the solar panel according to the present invention 11 is a front view showing the coupled state of the upper finishing steel plate and the solar panel coupled via the sliding clip according to the present invention,

The upper finishing steel plate 200 covers the upper part of the heat insulating material 400 and is installed to be fixed to the upper part of the saddle 300. A first coupling part 220 formed to protrude upward and having an insertion groove 240 formed so that the adjacent upper finishing steel plate 200 and the solar panel 800 can be coupled, It is formed to protrude upward from the other side of the upper finishing steel plate body 210 and is bound to each other through a folding process together with the first coupling part 220 of the neighboring upper finishing steel plate 200, and the solar panel 800 It is configured to include a second coupling portion 230 in which an insertion groove 240 is formed so as to be coupled.

The first coupling part 220 of the upper finishing steel plate 200 includes a first upper extension plate 221 bent and extending upward from one end of the upper finishing steel plate body 210, and the first upper A first horizontal extension plate 222 extending by being bent horizontally from the extended end of the extension plate 221 toward the upper finishing steel plate body 210, and an upper finishing steel plate at the end of the first horizontal extension plate 222. A cover plate 223 that is bent outwardly of the body 210 and partially overlaps the first horizontal extension plate 222 and protrudes outwardly of the upper finishing steel plate body 210, and the cover plate ( 223) is bent downward at the extended end and extended and is integrally folded and rolled with the second coupling part 230, so that the adjacent upper finishing steel plate 200 is integrally combined with the coupling plate 224. do.

The insertion groove 240 formed in the first coupling part 220 is 'c' by the upper finishing steel plate body 210, the first upper extension plate 221 and the first horizontal extension plate 221. It is formed in a shape and one end of the solar panel 800 is inserted.

The first coupling portion 220 configured as described above is configured so that the first horizontal extension plate 221 and the cover plate 223 overlap each other, so that the structural rigidity of the first coupling portion 220 is improved and the sliding clip ( 500) and the second coupling portion 230 and a more robust coupling in the process of integrally connecting through folding coupling.

Meanwhile, the second coupling part 230 includes a second upper extension plate 231 bent and extended upward from the other end of the upper finishing steel plate body 210, and an extension of the second upper extension plate 231. A second horizontal extension plate 231 bent in the direction of the upper finishing steel plate body 210 at the end thereof and extending horizontally, and an outer direction of the upper finishing steel plate body 210 at the end of the second horizontal extension plate 231. Doedoe bent to include a reinforcing plate 233 configured to have a shorter length than the length of the second horizontal extension plate 231.

The second coupling portion 230 further forms a reinforcing plate 233 overlapping the second horizontal extension plate 231, thereby improving structural rigidity and folding with the sliding clip 500 and the first coupling portion 220. In the process of integrally connecting through bonding, more robust bonding is achieved.

The insertion groove 240 formed in the second coupling part 230 is formed in a 'c' shape by the upper finishing steel plate body 210, the second vertical extension plate 231 and the second horizontal extension plate 232. By being formed as, the other end of the solar panel 800 can be inserted and fixed.

The present invention configured as described above does not further install a separate support structure to fit and combine the solar panel 800 to the upper part of the system panel 10, and both sides of the upper finishing steel plate 200 of the system panel 10 board. In the process of forming the first coupling part 220 and the second coupling part 230 by bending the end, it is manufactured by bending the insertion groove 240 so as to be formed, so that the upper finishing steel plate 200 can be made without a separate fastener. Since the solar panel 800 can be fitted and coupled, construction and maintenance are made easy.

On the other hand, the fixing clip 900, the cover plate 910 is formed such that the central portion is bent upward and is installed to cover the upper portions of the first coupling portion 220 and the second coupling portion 230, and the It is configured to extend downward from both ends of the cover plate 910, and is configured to be rounded toward the outside in the width direction of the cover plate 910, and a pair of elastically pressing and fixing the edge of the solar panel 800. The wing plate 920 and the cover plate 910 and the wing plate 920 are concavely formed in the outward direction of the cover plate 910 at the joint, so both upper ends of the first coupling part 220 are fitted. It is configured to include a pair of fitting grooves 930 to be held.

The fixing clip 900 presses and fixes the photovoltaic panel 800 in a state where it is installed to be inserted into the upper finishing steel plate 210 through the fitting groove 930, so that the insertion groove 240 of the upper finishing steel plate 210 ) The solar panel 800 installed to be inserted is firmly pressed and fixed without being separated from or lifted from the upper finishing steel plate 210.

In the fitting groove 930 on one side of the fitting groove 930, the first horizontal extension plate 222 and the cover plate 223 of the first coupling part 220 are fitted, and in the fitting groove 930 on the other side. The cover plate 223 and the coupling plate 224 of the first coupling part 220 are fitted.

The coupling plate 224 is configured to be folded and rolled in the direction of the second coupling portion 230, and the folded coupling plate 224 is folded so as to be in close contact with the second horizontal extension plate 232 of the second coupling portion 230. The fitting of the other side is to insert the first coupling portion 220 and the second coupling portion 230 connected to each other through the folding process of the coupling plate 224.

In addition, the first coupling portion 220 and the second coupling portion 230 of the upper finishing steel plate 210 are connected to each other via the sliding clip 500 at the portion where the sliding clip 500 is installed.

That is, the clip portion 520 of the sliding clip 500 is inserted between the first horizontal extension plate 222 and the coupling plate 224 of the first coupling portion 220, and the upper portion of the clip portion 520 The second coupling part 230 is inserted into the space between the extension part 521 and the lower extension part 523, and the lower part of the coupling plate 224 of the first coupling part 220 and the clip part 520 The extension part 523 is folded inward to overlap the lower surface of the second horizontal extension plate 232 of the second coupling part 230 so that the adjacent upper finishing steel plate 200 mediates the sliding clip 500. As a result, it is firmly fixed integrally.

The present invention configured as described above prevents deformation or collapse of the roof or wall by blocking a plurality of firearms up to the surface that touches the outside air in case of fire through the saddle 300 having a fireproof function.

In addition, by forming a plurality of ribs 360 on the saddle 300, the structural rigidity that can be generated by manufacturing the saddle 300 by bending it multiple times is prevented from deteriorating to block fire, thereby preventing the upper finishing steel plate 200 and the lower It stably supports the finishing steel plate 100, and even in case of fire, it has fire resistance by delaying bending or bending as much as possible.

In addition, the first coupling part 220 and the second coupling part 230 are formed at both ends of the upper finishing steel plate 200 to configure the joint construction with the neighboring upper finishing steel plate 200, and at the same time, the first In the process of forming the coupling portion 220 and the second coupling portion 230, the first coupling portion 220 and the second coupling portion 230 are provided with an insertion groove 240 for inserting the solar panel 800. ) By forming a solar panel 800, it is possible to simply fit and combine the solar panel 800 to the upper finishing steel plate 210 without installing a separate support structure for fixing the solar panel 800, so the workability is very excellent .

In addition, since the solar panel 800 is pressurized and supported using the fixing clip 900, the solar panel 800 can be stably and firmly supported, and during maintenance, after the fixing clip 900 is simply removed, the solar panel It is possible to replace or clean the 800, so maintenance and usability are very excellent.

The present invention is not limited to the specific preferred embodiments described above, and various modifications can be made by anyone having ordinary knowledge in the art to which the present invention belongs without departing from the gist of the present invention claimed in the claims. Of course, such changes are within the scope of the claims.

(100): lower finishing steel plate (200): upper finishing steel plate
(210): upper finishing steel plate body (220): first coupling part
(221): first upper extension plate (222): first horizontal extension plate
(223): cover plate (224): coupling plate
(230): second coupling part (231): second upper extension plate
(232): second horizontal extension plate (233): reinforcing plate
(240): Insertion groove (250): Solar panel support
(300): Saddle (310): Lower wing
(320): first vertical plate (330): center wing
(340): second vertical plate (350): upper wing
(360): rib (370): clip coupling hole
(400): insulation (500): sliding clip
(510): body part (511): fitting groove
(512): air distribution groove (520): clip part
(521): upper extension (522): horizontal extension
(523): lower extension (600): insulation bar
(610): Interlocking Jaw (620): Distribution Home
(700): Purlin (710): Volt
(800): solar panel (900): fixed clip
(910): cover plate (920): wing plate
(930): fitting groove

Claims (3)

A lower finishing steel plate installed to be supported on a building, a saddle arranged at a predetermined interval on the upper surface of the lower finishing steel plate and installed to be fixed to the purlin together with the lower finishing steel plate to reinforce the intermediate bearing capacity, and fixed to the upper part of the saddle A system panel including an upper finishing steel plate installed so as to be installed, a heat insulating material installed to be filled between the upper finishing steel plate and the lower finishing steel plate, and an insertion groove formed in the first coupling part and the second coupling part of the upper finishing steel plate In the system panel structure configured to include a solar panel installed so that both ends are fitted,
The upper finishing steel plate includes an upper finishing steel plate body installed to cover the upper part of the heat insulating material and to be fixed to the upper part of the saddle, and a first plate formed to protrude upward from one side of the upper finishing steel plate body and having an insertion groove formed therein. It consists of a first coupling part and a second coupling part formed to protrude upward from the other side of the upper finishing steel plate body and bound together with the first coupling part of the neighboring upper finishing steel plate through a folding process and having an insertion groove formed therein. become,
The solar panel is installed so that both ends are inserted into the insertion grooves formed in the first coupling part and the second coupling part of the upper finishing steel plate,
It is configured to include; a fixing clip installed to be fitted to the outside of the first coupling portion and the second coupling portion of the upper finishing steel plate and configured to have an elastic force to press and fix the solar panel,
The first coupling part of the upper finishing steel plate includes a first upper extension plate that is bent and extended upward from one end of the upper finishing steel plate body, and extends from the extended end of the first upper finishing steel plate toward the upper finishing steel plate body. A first horizontal extension plate that is bent and extended, and at the end of the first horizontal extension plate is bent outwardly of the upper finishing steel plate body, and a part thereof overlaps with the first horizontal extension plate and protrudes outwardly of the upper finishing steel plate body. It is composed of a cover plate formed so as to be formed, and a coupling plate that is bent and extended downward at the extended end of the cover plate and integrally folded and rolled with the second coupling part so that the adjacent upper finishing steel plate is integrally coupled. ,
The second coupling part includes a second upper extension plate that is bent and extended upward from the other end of the upper finishing steel plate body, and a second upper extension plate that is bent and extended from the extended end of the second upper extension plate in the direction of the upper finishing steel plate body. It consists of two horizontal extension plates and a reinforcing plate formed to overlap with the second horizontal extension plate by being bent in the outer direction of the upper finishing steel plate body at the end of the second horizontal extension plate, and the first upper extension of the first coupling part. After being inserted between the plate and the coupling plate, it is integrally connected to the first coupling portion by bending the coupling plate of the first coupling portion,
The fixing clip is configured to extend downward from both ends of the cover plate, the cover plate is formed such that the central portion is bent upward and installed to cover the upper portions of the first coupling portion and the second coupling portion, A pair of wing plates configured to be rounded toward the outside in the width direction of the cover plate and pressing and fixing the solar panel with elasticity, and formed concavely in the outer direction of the cover plate at the joint between the cover plate and the wing plate A solar panel integrated system panel structure comprising a pair of fitting grooves into which both upper ends of the first coupling part are fitted.










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