KR102032448B1 - supporting device for solar power generation - Google Patents

Abstract

The present invention provides an installation workability for solar panels by easily and easily hanging a panel support on which a plurality of solar panels are accommodated on a balcony railing of an apartment or a veranda using a first railing connecting rod and a second railing connecting rod. Of course, the work efficiency can be greatly improved, and anyone can install it easily, which can reduce the cost of installation, and can obtain the electric power required for each home from the solar panel, thereby reducing the electricity cost of each home. Since it can be installed on the unused porch railing, it can greatly increase the space utilization according to the installation, and it is easy to replace the solar panels, which can improve the convenience of repair and replacement repair work. Even if it hits, rain drops downstairs A porch railing-mounted solar panel holder that can prevent entry into a room is disclosed.

Description

Porch Rail Mounted Solar Panel Mount {supporting device for solar power generation}

The present invention relates to a balcony rail mounting solar panel holder, more specifically, to install solar panels on the balcony railings of apartments and villas, such as apartments and villas can be easily and easily greatly improve the installation and installation workability. The present invention relates to a ovulator railing-mounted solar panel holder that not only provides power for each home by using solar panels but also prevents rainwater from falling down by rain gutters.

In general, the use of renewable energy using sunlight, wind, or water instead of fossil fuel-based energy is increasing in response to climate problems caused by global warming. Solar panels using the method is continuously researched in a way to lower the power generation efficiency and manufacturing cost.

Such a method of using solar energy is largely divided into a method of using solar heat and a method of using sunlight. A method of using solar heat is a method of supplying and heating hot water using water heated by the sun's heat. The method of using light generates electricity by using light of solar light, and is called solar power generation by using various kinds of electricity to operate various machines and apparatuses.

The solar panel, the most important part of solar power generation, is a tracking type that tracks the position of the sun through power or device operation so that the sun's direct sunlight always enters the front of the solar module vertically in order to maximize power generation efficiency. There are semi-fixed formulas that change their position up and down seasonally or monthly, and fixed positions that are fixed regardless of altitude with the sun.

However, the conventional solar energy generator using solar energy occupies a large place for installation because the solar panel is mainly installed on the ground, and there is a problem in that workability due to installation is greatly reduced due to its large size.

In addition, in the conventional solar energy because a plurality of solar panels are fixed to the frame fixed to the ground spaced apart from each other, there is a problem that it is difficult to move or reinstall after one installation.

Accordingly, in each home, it is difficult to install solar panels in order to reduce electricity costs, as well as apartment houses such as apartments with a small footprint, which makes it difficult to install solar panels.

Looking at the prior art, a folding photovoltaic device of Patent No. 10-1534835 has been devised, which is installed on the base plate, and the elastic portion is formed on the base plate to be stretchable in a direction away from the base plate, the elastic portion A plurality of solar cell modules installed in the driver unit and the expansion unit and generate electricity from the incident sunlight. The expansion unit is arranged to be dispersed in a uniform manner so that the solar light is incident upon extension, and when the expansion unit is folded, a plurality of solar cell modules are installed. It consists of a sieve.

This prior art, because a plurality of solar panels are arranged to be distributed to be stacked on each other when moving or re-installation, the volume is reduced, thereby reducing the cost and time required for moving or re-installation work.

However, since a plurality of vertically stretched solar cell module bodies are supported only by the stretchable portion, when the wind blows hard after installation, the stretched plurality of solar panels fall.

In addition, since the plurality of solar cell modules are supported only by the link of the stretchable part, the link of the stretchable part may not properly support the load of the solar cell panel itself, thereby degrading the supportability.

In addition, in the case of a multi-family house such as an apartment, there is a problem in that installation is difficult because the solar panels are not supported because each floor is not provided in each home.

Patent Document 1: Republic of Korea Patent Registration 10-1534835 (2015.07.01. Registration) Patent Document 2: Republic of Korea Registration No. 20-0452137 (2011.01.27. Registration)

The present invention can be installed easily and simply mounted on the porch railings of apartment houses, such as apartments and villas, so that the power supply required for each home can be achieved through the solar panel to obtain economic electricity cost savings. In addition, it greatly improves the work convenience and work efficiency according to the installation, and makes it easy to replace and repair a plurality of solar panels, and prevents rain water from falling downstairs in rainy weather. The purpose is to provide a solar panel mounting body.

As a means for achieving the above object, the porch railing mounting solar panel mounting body of the present invention, a railing connecting rod mounted on the porch railing, a bracket connected to the railing connecting rod, a panel support connected to the bracket and provided with a plurality of solar panels A solar panel mounting body comprising: a first railing connecting rod having a first mounting portion provided at an upper end thereof so as to be mounted on a railing; A plurality of first brackets provided on the rails and mounted on the railings and provided with a second railing connecting rod positioned corresponding to the first railing connecting rod and connected along the vertical length direction of the first railing connecting rod; ; And a plurality of second brackets connected along the vertical length direction of the second railing connector, wherein the plurality of first brackets and the plurality of second brackets are respectively positioned to face each other, and the plurality of first brackets A support rod connecting the first bracket and the second bracket which are positioned to face each other among the plurality of second brackets; A plurality of brackets are inserted between the first and second brackets to be inserted into the support rods, and each of the support rods includes a solar panel.

Furthermore, a first connecting rod is disposed between the first handrail connecting rod and the first bracket and is positioned along a vertical length direction of the first handrail connecting rod and has a first sliding groove therein, wherein the second handrail connecting rod and the first bracket are provided. Between the two brackets is provided along the vertical length direction of the second handrail connecting rod is provided with a second connecting rod having a second sliding groove on the inside, the first bracket, sliding connection to the first sliding groove of the first connecting rod A first bracket connecting portion; A first coupling hole provided at an upper portion and a lower portion of the first bracket connecting portion to bolt the first bracket and the first connecting rod to the first railing connecting rod; A first support rod support portion extending from the first bracket connection portion and having a first reinforcing rib; It is provided with the first support rod support portion is provided with a first support rod connecting portion that one side of the support rod is inserted into the bolt, the second bracket, the second bracket connecting portion slidingly connected to the second sliding groove of the second connector ; Second coupling holes provided at upper and lower portions of the second bracket connecting portion to bolt the second bracket and the second connecting rod to the second railing connecting rod; A second support rod support portion extending from the second bracket connection portion and having a second reinforcement rib; It is provided with the second support rod support portion is provided with a second support rod connection portion that is bolted to the other side of the support rod.

Furthermore, the panel support includes a panel accommodating part in which the solar panel is seated and accommodated; A support jaw portion provided along a circumferential portion of the panel accommodating part to closely support a side surface of the solar cell panel seated and accommodated in the panel accommodating part; An elastic fixing part provided at the support jaw to fix the solar cell panel seated and accommodated in the panel accommodating part; A support rod connecting portion which is positioned to correspond to each other on both sides of the lower end of the panel accommodating part, and the support rod is inserted into and connected to the support accommodating part, and the support rod connecting part includes a fastening contact part extending from a lower end of the panel accommodating part; An extension piece extending from a lower end of the panel accommodating part and positioned to face the fastening contact part; It is provided with an elastic fixing piece having a fastening extending bent in an arc shape from the extension piece and the fastening close contact portion and the bolt fastening at the end, the elastic fixing piece is provided with a position fixing protrusion protruding, the support rod is the position fixing protrusion It is provided is provided with a position fixing groove is fixed to.

Further, the lower end of the first railing connector and the lower end of the second railing connector, to prevent the rainwater hit by the solar panel seated in the panel support in the rain fall into the lower layer in the rain, the lower end of the first railing connector And rainwater receiving roof connecting the lower end of the second railing connection is provided.

The present invention provides an installation workability for solar panels by easily and easily hanging a panel support on which a plurality of solar panels are accommodated on a balcony railing of an apartment or a veranda using a first railing connecting rod and a second railing connecting rod. Of course, the work efficiency can be greatly improved, and anyone can install it easily, which can reduce the cost of installation, and can obtain the electric power required for each home from the solar panel, thereby reducing the electricity cost of each home. Since it can be installed on the unused porch railing, it can greatly increase the space utilization according to the installation, and it is easy to replace the solar panels, which can improve the convenience of repair and replacement repair work. Even if it hits, rain drops downstairs It can be prevented from entering the room.

1 is an exploded perspective view showing a veranda railing installation solar panel holder of the present invention.
Figure 2 is a perspective view of the porch railing installation solar panel mounting body of the present invention installed on the railing.
Figure 3 is a side view of a state where the balcony rail mounting solar panel mounting body of the present invention is installed on the railing.
Figure 4 is an exploded perspective view showing a first bracket connection state of the veranda railing mounting solar panel mounting body of the present invention.
Figure 5 is an exploded perspective view showing a second bracket connection state of the present invention porch railing mounting solar panel mounting body.
Figure 6 is an exploded perspective view showing the connection state of the support panel and the support panel of the solar panel mounting bracket of the present invention veranda railings.
Figure 7 is a bottom exploded perspective view showing a connection state of the support panel and the support panel of the solar panel mounting bracket of the present invention veranda railings.
8 is a side configuration diagram showing the configuration of the present invention porch railing mounting solar panel mounting body.

Hereinafter, other objects and features of the present invention in addition to the above object will be apparent through a description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, with reference to the accompanying drawings, a balcony rail mounting solar panel mounting body according to an embodiment of the present invention will be described in more detail.

As shown, the present invention relates to a solar panel holder including a railing connecting rod mounted on a balcony railing, a bracket connected to a railing connecting rod, and a panel support connected to the bracket and provided with a plurality of solar panels. The first handrail connecting rod 10 having the first mounting portion 11 provided on the upper end so as to be mounted on the upper end and the second mounting portion 21 mounted on the railing 11 are mounted on the upper end thereof. And a second handrail connecting rod 20 positioned to correspond to the first handrail connecting rod 10, a plurality of first brackets 30 connected along a vertical length direction of the first handrail connecting rod 10, and the first handrail connecting rod 10. 2 is provided with a plurality of second brackets 40 connected along the vertical length direction of the handrail connecting table (20).

In addition, the plurality of first brackets 30 and the plurality of second brackets 40 are respectively positioned to face each other so as to face each other, and the plurality of first brackets 30 and the plurality of second brackets 40 may be disposed on each other. A support rod 50 connecting the first bracket 30 and the second bracket 40 positioned to face each other, and the first bracket 30 and the first bracket 30 connected to the support rod 50 to be connected to the support bracket 50. A plurality of brackets 40 are provided between the plurality of brackets, and each of the solar panel 2 is provided with a panel support 60.

According to the present invention, the first bracket 30 is bolted and coupled to the first handrail connecting rod 10, and the second bracket 40 is bolted to the second handrail connecting rod 20 and the first bracket 30 is connected to the first bracket 30. A plurality of panel support 60 is bolted to the first bracket 30 and the second bracket 40 is also coupled to the first bracket 30 and the second bracket 40 and each of the plurality of solar panels 2 are accommodated) Since the fitting is connected to the support bar 50, assembling when installing on the balcony railing (1), as well as work efficiency of installation and installation can be greatly improved.

Accordingly, by using the present invention, a plurality of solar panels 2 can be installed on the veranda railing 1 of a multi-unit house such as an apartment or a villa by a simple assembly installation operation. Because it can be supplied from, it can greatly reduce the power cost of each home.

Between the first handrail connecting rod 10 and the first bracket 30 of the present invention is located along the vertical longitudinal direction of the first handrail connecting rod 10 but having a first sliding groove 71 in the inner side A connecting rod 70 is provided, and is positioned between the second handrail connecting rod 20 and the second bracket 40 along the vertical length direction of the second handrail connecting rod 20 and having a second sliding groove 81 therein. Is provided with a second connecting rod 80.

In addition, the first bracket 30 of the present invention, the first bracket connecting portion 31 which is slidably connected to the first sliding groove 71 of the first connecting table 70 and the first bracket connecting portion 31 A first coupling hole 32 provided at an upper portion and a lower portion to bolt the first bracket 30 and the first connecting rod 70 to the first handrail connecting rod 10, and the first bracket connecting portion 31; A first support rod 34 extending from the first support rod support 34 having a first reinforcing rib 33 and the first support rod support 34 to which one side of the support rod 50 is fitted and bolted thereto. It is made of a connection portion 35.

In addition, the second bracket 40 of the present invention includes a second bracket connecting portion 41 and a second bracket connecting portion 41 which are slidably connected to the second sliding groove 81 of the second connecting table 80. A second coupling hole 42 provided at an upper portion and a lower portion thereof to bolt the second bracket 40 and the second connecting rod 80 to the second handrail connecting rod 20, and the second bracket connecting portion ( A second support rod support portion 44 extending from 41 and having a second reinforcing rib 43, and a second support rod support portion 44 provided at the second support rod support portion 44 to which the other side of the support rod 50 is fitted and bolted; It is made of a supporting rod connecting portion (45).

The first sliding groove 71 is provided in the first connecting rod 70 and the second sliding groove 81 is provided in the second connecting rod 80 because the first bracket 30 and the second bracket ( 40 is slidably moved in the vertical direction with respect to the first connector 70 and the second connector 80 to position the position of the first bracket 30 and the second bracket 40 according to the condensing angle that varies depending on the season. This is to obtain the best light collecting amount using the solar panel 2 by moving.

One side of the first support rod connecting portion 35 of the first bracket 30 is inserted into the second support rod connecting portion 45 of the second bracket 40, the support rod 50 is the first rod, The support rod connection part 35 and the second support rod connection part 45 are bolted and fixed by the bolt.

The panel support 60 of the present invention is provided along the periphery of the panel accommodating portion 61 and the panel accommodating portion 61 in which the solar panel 2 is seated and accommodated and accommodated in the panel accommodating portion 61. An elastic fixing part for fixing the support jaw portion 62 to closely support the side surface of the solar cell panel 2, and the solar jaw panel 2 provided on the support jaw portion 62 to be seated and accommodated in the panel accommodating portion 61. (63) and the support rod connecting portion 64 which is positioned to correspond to each other on both sides of the lower end of the panel accommodating portion 61 and the support rod 50 is inserted and connected.

The present invention made as described above, the first bracket 30 and the second bracket 40, the first connecting rod 70, the second connecting rod 80 and the first handrail connecting rod 10 and the second handrail connecting rod ( 20) and bolted to each other to face each other, and then bolted to one side of the support rod 50 to the first support rod connecting portion 35 of the first bracket 30, and then the solar panel (2) to the support rod 50 After placing the plurality of seat plate support 60, each seated and received between the first bracket 30 and the second bracket 40 in a horizontal direction, and then the other side of the support rod 50 2 Bolting to the second support rod connecting portion 45 of the bracket 40 and using the first handrail connecting rod 10 and the second handrail connecting rod 20 easily and easily mount the solar panel (2) to the handrail (1) Install it.

The support rod connecting portion 64 of the present invention, the fastening contact portion 641 extending from the lower end of the panel accommodating portion 61, and extends from the lower end of the panel accommodating portion 61, the fastening contact portion 641 And an elastic fixing piece 644 having an extension piece 642 positioned to face the wall and a fastening piece 643 bent and extending in an arc shape from the extension piece 642 and bolted to the fastening contact part 641 at an end thereof. It is made with.

Accordingly, the outer surface of the support bar 50 with the elastic fixing piece 644 extending from the extension piece 642 in a state where the support bar 50 is positioned between the fastening contact portion 641 and the extension piece 642. After covering, the fastening piece 643 provided at the end of the elastic fixing piece 644 is in close contact with the fastening contact portion 641, and then fastening and fastening the fastening piece 643 to the fastening contact portion 641 with a bolt. The panel support 60 fitted to the support rod 50 is firmly fixed to the support rod 50.

At this time, the panel support 60 is rotated with respect to the support bar 50 to change the light collecting angle of the solar panel 2 accommodated in the panel support 60, the light collecting angle of the panel support 60 In order to firmly fix the panel support 60 to the support rod 50 so that the variable position is not twisted, the elastic fixing piece 644 is provided with a position fixing protrusion 645, and the support rod 50 is provided with a position fixing groove 51 which is positioned and fixed to the position fixing protrusion 645.

Position fixing grooves 51 provided on the support rod 50 are provided on the outer surface of the support rod 50, and can be fixed by varying the condensing angle of the panel support 60 to be changed accordingly. There is a condensing angle of the panel support 60 according to the condensing angle varies depending on the season can obtain the best amount of condensing.

The lower end of the first handrail connecting rod 10 and the lower end of the second handrail connecting rod 20 of the present invention, connecting the lower end of the first handrail connecting rod 10 and the second handrail connecting rod 20 Rainwater receiving roof 90 is provided.

Accordingly, the rainwater hit by the solar panel 2 accommodated in the panel support 60 during rainy weather can be prevented from falling down to the lower layer, thus causing damage as rainwater falls on the lower layer. It can prevent.

In the present invention as described above has been described by the specific embodiments, such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and all of the equivalents and equivalents of the claims as well as the claims to be described later belong to the scope of the present invention. .

10: first rail connecting rod 11: the first mounting part
20: second railing connecting rod 21: second mounting part
30: first bracket 31: first bracket connection portion
32: first coupling hole 33: first reinforcing rib
34: first support rod support portion 35: first support rod connection portion
40: second bracket 41: second bracket connection portion
42: second coupling hole 43: second reinforcing rib
44: second support rod support portion 45: second support rod connection portion
50: support rod 51: position fixing groove
60: panel support 61: panel receiving portion
62: support jaw 63: elastic fixing
64: support rod connecting portion 70: first connecting rod
71: first sliding groove 80: second connecting rod
81: second sliding groove 90: rain gutter roof
91: drain portion 641: fastening contact portion
642: extension piece 643: fastening piece
644: elastic fixing piece 645: position fixing protrusion

Claims (3)

In the solar panel mounting body including a railing connecting rod mounted on the porch railing, a bracket connected to the railing connecting rod, and a panel support connected to the bracket and provided with a plurality of solar panels,
A first handrail connecting rod 10 having a first mounting portion 11 provided at an upper end thereof so as to be hanged on the handrail 1;
The second mounting portion 21 which is hanged on the handrail 11 is provided on the top and is provided as a second handrail connecting rod 20 positioned to correspond to the first handrail connecting rod 10.
A plurality of first brackets 30 connected along the vertical length direction of the first handrail connecting rod 10;
It is provided with a plurality of second brackets 40 connected along the vertical length direction of the second handrail connecting table 20,
The plurality of first brackets 30 and the plurality of second brackets 40 are respectively located so as to face each other,
A support rod (50) connecting the first bracket (30) and the second bracket (40) positioned to face each other among the plurality of first brackets (30) and the plurality of second brackets (40);
A plurality of brackets are provided between the first brackets 30 and the second brackets 40, which are inserted into the support rods 50 and are connected to the support rods 50, respectively. In the porch railing-mounted solar panel mounting body,
The first connecting rod 70 is located between the first handrail connecting rod 10 and the first bracket 30 in the vertical length direction of the first handrail connecting rod 10 and has a first sliding groove 71 therein. ),
The second connecting rod 80 is located between the second handrail connecting rod 20 and the second bracket 40 in the vertical length direction of the second handrail connecting rod 20 and has a second sliding groove 81 therein. ),
The first bracket 30,
A first bracket connecting portion 31 slidingly connected to the first sliding groove 71 of the first connecting table 70;
First coupling holes 32 provided at upper and lower portions of the first bracket connecting portion 31 to bolt the first bracket 30 and the first connecting rod 70 to the first handrail connecting member 10. and;
A first support rod support portion 34 extending from the first bracket connection portion 31 and having a first reinforcing rib 33;
It is provided in the first support rod support portion 34 is provided with a first support rod connecting portion 35 that one side of the support rod 50 is fitted and bolted,
The second bracket 40,
A second bracket connector 41 slidingly connected to the second sliding groove 81 of the second connector 80;
Second coupling holes 42 provided at upper and lower portions of the second bracket connecting portion 41 to bolt the second bracket 40 and the second connecting rod 80 to the second handrail connecting member 20. and;
A second support rod support portion 44 extending from the second bracket connection portion 41 and having a second reinforcing rib 43;
Veranda railing mounting type solar panel mounting body is provided in the second support rod support 44 is provided with a second support rod connecting portion 45 is bolted to the other side of the support rod 50 is inserted. delete The method of claim 1,
The panel support 60,
A panel accommodating part 61 in which the solar cell panel 2 is seated and accommodated;
A support jaw portion 62 provided along a circumference of the panel accommodating part 61 and closely supporting a side surface of the solar panel 2 seated and accommodated in the panel accommodating part 61;
An elastic fixing part (63) fixed to the support jaw portion (62) to fix the solar panel (2) seated in the panel receiving portion (61);
It is provided as a support rod connecting portion 64 which are positioned to correspond to each other on both sides of the lower end of the panel accommodating portion 61 and the support rod 50 is inserted and connected,
The support rod connecting portion 64,
A fastening contact part 641 extending from a lower end of the panel accommodating part 61;
An extension piece 642 extending from a lower end of the panel accommodating part 61 and positioned to face the fastening contact part 641;
It is provided with an elastic fixing piece 644 having a fastening piece (643) is bent and extended in the arc shape from the extension piece (642) and bolted to the fastening contact portion 641 at the end,
The elastic fixing piece 644 is provided with a position fixing protrusion 645,
The support rod 50 is a balcony rail mounting solar panel mounting body characterized in that the position is provided with a position fixing groove 51 which is fixed to the position fixing protrusion (645).

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