KR20130001659A - PV Panel Block for Insulating Green House - Google Patents

Abstract

PURPOSE: A solar panel block for retaining the heat of a vinyl greenhouse is provided to reinforce electricity production so that the solar panel block is stably installed on the outer edge of the vinyl greenhouse. CONSTITUTION: A solar panel block for retaining the heat of a vinyl greenhouse(10) comprises a bent plate(55), a fixing recessed groove, and an inlet block. A movable section is fixed by a fixing rib which protrudes from both edges of a solar power generation plate. The inlet block is inserted into a fixing piece penetrating the lower part of the solar power generation plate. The surface temperature of the solar power generation plate is cooled as low temperature air is ejected to an air path.

Description

Solar panel block for insulation of green house {omitted}

The present invention relates to a photovoltaic plate block for thermal insulation of a vinyl house, and more particularly, by cooling the heat generated by sunlight shining in the process of performing photovoltaic power generation while assembling at the outer edge of the vinyl house. The present invention relates to a cover block which is coupled to give, and an insulation structure of a room by the cover block.

In general, in the outskirts of the city or in the surrounding areas of rivers, there is a vinyl house for farming regardless of the season while cultivating gardening. In order to maintain the warmth for cultivation in the vinyl house, it is mainly used a thermal insulation jacket or solar power plate, etc., since most of the opaque material is formed, the outer section of the vinyl house as a driving device ( B) to cover and to keep, and to control the dose to the sun.

However, the vinyl material for the vinyl house uses a semi-transparent or almost transparent synthetic resin thin film, which is used to insulate the interior space of the vinyl house due to seasonal temperature change or climate change, so that the photovoltaic power generation is at the outer edge. In the case of installing the device, the heating temperature on the surface of the power generation device leads to a decrease in power generation efficiency and a decrease in durability, which is required for a more practical insulating block.

In addition, the damage caused by the heavy snowfall during the cold season occurs, the damage caused by the weakness of the support of the aggregate described above occurs.

In the present invention, the installation of the horticultural vinyl house described above is mainly to cultivate crops that are inadequate depending on the season temperature, but mainly to cultivate vegetables necessary for eating, such as to secure a predetermined area for economics, etc. It is used in the form of a complex in which the vinyl house is continuously installed in a farmland.

Here, the aggregate described above is provided in the form of a pipe structure, that is, provided with an inner hole penetrated to both ends in the longitudinal direction in order to reinforce the support strength of the plastic house and provide light weight.

However, in the present invention, as provided in the present invention, as provided in the first invention application 2010-8233 and the invention registration application (reference number; 0001), the thermal insulation of the interior space (a) for the vinyl for the vinyl house Although provided with a vinyl body for the present invention, the present invention provides a separate support column 52 in the outer section (b) of the vinyl for the vinyl house to keep warm for the interior space (a) while maintaining a predetermined interval. It is an invention for.

In addition, by installing a photovoltaic plate in the outer section of the vinyl and covered with a vinyl body equipped with a hose in the outer section, to provide a useful use for farming the temperature caused by the heating of the sun to the heat The invention is.

Therefore, in the cold weather of winter, the warmth of the sun is stored as a separate heat storage facility, but it is gradually heated by withdrawal at night or cloudy weather,

In addition, in the summer heat of the cold to lower the temperature to cool the room, the invention for providing the appropriate use of the appropriate reinforcement and drying of the room temperature for a separate storage facility.

On the outer edge of the plastic house, which is repeatedly installed on farmland lands, PV blocks are constructed in a symmetrically safe process, and a protective cover for the PV panels and a storage facility for warmth are installed. It is also intended to install compost or thermal drying facilities as a by-product.

In addition, the demand for new and renewable energy is generated due to the global warming effect, which is pollution-free and solves the area of installation area of solar panels, and as a result, warehouses in plastic houses, simple warehouses, and barns, It is an invention to provide a role of a safety device for preventing heavy heat and heavy snow in a work room, a moving path such as a passage.

The prosecution of both edges of the vinyl house 10 which is provided with the aggregates 11 and 11 ′, which are provided while bending the upper side of the vinyl house 10 in an arc shape, is continuously enclosed with the vinyl 12 externally. In the outer section (b) in which (13) is embedded, the support pillar 38 is projected and the inclined frame 23 which is inclined inwardly is projected, and at the upper edge of the inclined frame 23, the loaf 35 is formed. In the photovoltaic power generation plate for the vinyl house which is formed to be driven by the control device by the roller and the (32),

In the section of the inclined frame 23 is configured to configure the photovoltaic panel 25 in which the generator 16 is formed symmetrically to each other to adjust the section to shine the sunlight,

In the inclined frame (23) section in the photovoltaic house PV panel for constituting the photovoltaic plate 25 in which the generator 16 is formed,

The bending table 55 and the fixing groove 54 are provided so that the moving section 27 is provided in the section fixed by the fixing ribs 65 protruding from both edges of the solar panels 25 and 47. Inlet and outlet 62, 63 is provided at both edges,

By inserting the inlet block 80 for fixing by inserting into the fixture 68 penetrated in the lower section of the photovoltaic panels 25 and 47, the low-temperature air is ejected into the moving section 27 In addition, the surface temperature of the photovoltaic plates 25 and 47 is an invention provided to cool to a low temperature.

In addition, the inflow block 80 is formed so that one side is introduced from the fixture 79 provided with a convex for ejection to cool the photovoltaic panel 25 and then discharge it to the outlet 58,

One side of the supply port (79) inserted into the fixture (68) of the photovoltaic panel 25 is inserted into the expansion inlet (59) is provided with an expansion ring (74) having an outlet (76), the expansion ring Protruding the inlet pipe 72 protruding from the inner section of the 74 to the lower section, the lower end of the inlet pipe 72 is provided with an inlet hole 77, to the expansion ring (74) When the high-pressure air is blown into the blower outlet 76, the low-temperature blowout air is blown out by the inlet pipe 72 and the blower outlet 76 so that the inner section of the inlet pipe 72 is depressurized. The invention is configured to be the inlet of the slow cooling air to the generator 16 section provided on the surface of the).

In addition, while maintaining a predetermined interval between the transparent hose 44 having a plurality of outlets 20 in the photovoltaic panel 25 is connected to the T connecting pipe 26 and the supply pipe 26 at both ends,

Each of the plurality of transparency hoses 44 to be fixed to the fixing stand 38 so as to fix the provided with a spout 40 of the reticular structure,

The invention is to provide a cold air to blow off the blower 40 of the reticulated structure to the power generator section 16 of the photovoltaic panel 25.

In addition, the transparent hose 44 is formed of a heat insulating hose 44 ',

The generator section 16 is provided with a separation section 27 and a module section 16 ', but the transparency hose 44 is bound to the separation zone 27' crossing each other in accordance with the separation section 27. A sphere 34 is provided, and the heat insulating hose 44 'is provided to bind the binding hole 34 to the invention.

The present invention stably installs a power generation block as a photovoltaic device in the space for the outer edge of a large area to be installed in a plastic house, etc., reinforcing the practical power generation by the difference of climate change and temperature in the photovoltaic plate This is to give.

In addition, it is designed to reduce the damage of the damage caused by heavy snow and control of the amount of sunlight irradiated to the vinyl of the vinyl house in a large area used for farming, flower garden, working warehouse, barn, etc.

In addition, when disposing and installing the vinyl generated by the long-term use in the plastic house, it is to provide a smooth assembly process for re-installation of the power generation block.

Hereinafter, with reference to the accompanying drawings, the configuration of an embodiment for the most preferred field construction of the present invention will be described in detail as follows.

1 is a partial perspective view of the main part of the present invention, FIG. 2 is a cross-sectional view taken along line AA in FIG. 1, FIG. 3 is an exploded perspective view of the main part in FIG. 1, and FIG. 4 is another exploded view of the main part in FIG. 1. 5 is a cross-sectional view taken along line BB in FIG. 4, FIG. 6 is a cross-sectional view taken along line CC in FIG. 4, FIG. 7 is a cross-sectional view of the embodiment taken along line BB in FIG. 4, and FIG. 8 is an exploded view of the main part in FIG. 7. 9 is a sectional view taken along line DD in FIG. 8, and FIG. 10 is a sectional view taken along line EE in FIG. 7.

FIG. 11 is a separate partial perspective view of the main part in FIG. 1, FIG. 12 is a partial perspective view of another embodiment of the main part of the present invention, FIG. 13 is a partial perspective view of the use state for FIG. 12, and FIG. 14 is FIG. 13. FF line in cross section.

Therefore, the present invention is a symmetrical structure on both sides of the prose 13 continuously and repeatedly in the prose 13 while maintaining a predetermined interval in the longitudinal direction of the vinyl house 10 in both the outer section (b) on both sides of the vinyl for the vinyl house. Protruding support column 52, the protruding support column 52 is inclined to maintain a predetermined outer section (b) at the convex portion to match the structure of the vinyl 12 of the plastic house 10. While protruding the inclined frame 23 to each other, each of the fastening ribs 18 is provided in the longitudinal direction so as to be connected to the upper section of the convex portion of the vinyl house 10, the fastening ribs 18 According to the interval of the fixing fixture 15 to be provided through, it is fixed by a connection bolt or the like.

Here, the upper and lower sections of the inclined frame 23 are each provided with a photovoltaic plate 25 coupled by a hinge 36 to fix the convex portion and both side wall portions of the vinyl house 10. The solar panels 25 and the side panels 47, which are variable to open and close about the hinge 36, respectively, are provided at each.

Wherein the upper section of the support pillar 52 is bulge to a predetermined height section to perform the opening and closing process in accordance with the height of the convex portion, which is the central portion of the plastic house 10, the protrusion of the support pillar 36 The upper portion is provided with a roller 32, by providing the photovoltaic panel 25 in the fixed connection by driving the Lopu 35, to both sides of the convex portion of the vinyl house 10 The inclination of the photovoltaic plate 25 which is inclined to each other is provided with a control device connected to the pump 30, not shown, so that the inclination of the hinge 36 is driven.

In addition, the description of the driving of the side power plate 47 provided in both side wall sections of the vinyl house 10 described above is provided in the lower section of the inclined frame 23 and the support column 36 is coupled to Preferably provided by the hinge 32 to be driven.

In addition, it is provided with aggregates 11, 11 'which are formed while being curved in an arc in the upper part of the vinyl house 10, which is formed in the longitudinal direction at the ground 13 of the arable land and maintains a predetermined interval on both sides. In order to fit the length section of the vinyl house 10 wrapped around the outside with a plastic 12, a plurality of pillars are provided to maintain a predetermined interval in the outer section (b) where the prosecution 13 at both edges is embedded. Protruding the inclined frame 23 inclined inward while protruding (38) so as to be inclined with each other, and forming a fastening rib 19 in which the fastener 15 is perforated at the upper edge of the inclined frame 23 As a zoom, it provides an outer section (b) which is a section in the longitudinal direction of the vinyl house 10.

In addition, the solar panel 25 is formed in the section of the inclined frame 23, the generator 16 is formed, the sun in which the generator 16 is formed symmetrically to each other in the section of the inclined frame (23) The photovoltaic plate 25 is configured, but the driving of the ropu 35 and the roller 35 as described above is performed by adjusting the control device, not shown, to rotate the light around the hinge to illuminate the sunlight. Provide to configure it.

A vinyl house provided at the edge 37 of each of the photovoltaic panels 25 and 47 for driving the solar light or the induction of a typhoon by a driving device 30 connecting the lopu 35. In the solar power block for assembly,

On the surface of the photovoltaic panel, the high temperature generated by the intense sunlight applied to the heat is discharged by the flow of the cooled air, to prevent the formation of the shade of the sunlight that shines.

The bending table 55 is provided with a moving section 27 provided with a predetermined space in a section fixed to the fixed ribs 65 protruding from both edges of the photovoltaic panel 25 to provide smooth air movement. And the fixing groove 54 is provided and the inlet and outlet 62 and 63 are provided at both edges, which is a low side section of the photovoltaic panel 25 or other cool. The separate pump 30 is installed in the section, but the invention is for the cover block 60 to be provided by connecting to the hose 19 for supplying air.

In addition, relatively cool air is formed in the low side section of the photovoltaic plate 25 described above, that is, in the shaded area, by the hidden angular heat.

In addition, the configuration of the module used as the generator 16 for the solar panel 25, which is generally used, since most of the blue system is heated to an intense temperature (about 60 ℃) by the sunlight shining, The difference between the low temperature of the shade region described above is to create a strong air movement force.

Therefore, as an invention for using the movement force of the air as described above, by inserting the inlet block 80 for fixing by inserting the fastener 68 penetrated in the lower section of the solar panel 25, low temperature By blowing the air into the moving section 27, the surface temperature of the photovoltaic panel 25 is provided to cool to a low temperature.

In addition, in order to provide a detailed description of the inflow block 80 described above, as shown in FIGS. 7 to 10, the inflow block 80 has a predetermined size so that one side is provided with a convex for ejection. Equipped with a fastener (79) consisting of grinding,

It is introduced from the fixture 79 to form a cooling to the photovoltaic panel 25 and then discharged to the outlet 58,

An enlarged inlet (74) having an outlet (76) at one side of a supply port (79) inserted into the fixture (68) to be provided in the shade section (59) of the photovoltaic panel (25). By inserting, but protrudes the inlet pipe 72 protruding from the inner section of the expansion ring (74) to the lower section, by providing an inlet hole 77 in the lower end of the inlet pipe (72) When the high-pressure air is blown out from the pump not shown by the expansion ring 74 to the outlet 76, the inner section of the inlet 72 is depressed by the inlet 72 and the outlet 76. Due to the low-temperature blowing air is an invention that is supplied to the power generator section 16 provided on the surface of the photovoltaic plate 25.

In addition, the inlet of the slow cooling air in the shade section 60 by the connection of the pump 30 is introduced into the pressure supply pipe 71, the more powerful high-pressure air to the jet port 76 provided in the expansion ring 74 described above Is an invention configured to eject.

In addition, the configuration for the power generator 16 provided in the solar panel 25 described above is provided with an array while forming sections spaced apart from each other, the module 16 ′, which is mostly adapted to a predetermined section for efficiency. To give.

Therefore, in the present invention, the invention is to solve the reduction of efficiency due to the high temperature or low temperature occurring in the cold or cold weather by reinforcement as much as possible.

Therefore, the supply pipes 26 are respectively provided as T connection pipes 26 at both ends of the plurality of transparent hoses 44 to be coupled to each other while maintaining a predetermined interval so as to be installed between the sections of the photovoltaic panel 25. Connect it.

In this case, it is preferable to allow the transparent hose 44 to penetrate the jet port 20.

Here, the plurality of transparency hoses 44 are bound to each of the plurality of fixing stands 38 to be provided as the ejection stand 40 having a network structure,

The invention provides a combination of the ejection zone 40 of the reticular structure to the generator section 16 of the photovoltaic panel 25 to blow out the cold wind, the generator of the photovoltaic panel 25 ( 16) The invention provides an appropriate temperature for power generation or possible section temperature.

In addition, the symmetrically fastened power generation block 50 is an invention consisting of a continuous continuous form each other.

(Example 1)

When used for a long time in the photovoltaic plate 25, or in the case of cold weather when used as a solar heating plate, it is to prevent the freeze, etc. in the water supply pipe for heating provided with this, and also provided on the surface of the power plate 25 As the invention is provided for extending the life for long-term use by maintaining the proper temperature of the module 16 ', as shown in Figure 11 to 14, the solar panel 25 formed in a predetermined area In the generator 16 section of the), while maintaining the separation section 27 to maintain a predetermined distance from each other in the longitudinal, transverse direction, respectively, the interval between the separation section 27 for the photovoltaic power generation Install the module 16 '.

Here, when the intervals 27 formed in the longitudinal and lateral directions are divided by the separation zone 27 ', the intervals 27 crossing the photovoltaic panels 25 are mutually matched. The thermal insulation hose 44 'is coupled to each other, and the thermal insulation hose 44 is fixed with a fixing rod 38 which is fixed while crossing each other.

Here, the fixing stand 38 is coupled to the spacing 27 'section, and the fixing section 38 is fixed so as to coincide with the spacing 27' at an intersection coupled with the insulating hose 44 '. Preferably, it is formed here by forming the perforation of the binding hole 34 in the separation band 27 'provided by the cross to the fixing stand 38 is to weave the heat insulating hose 44' with a separate string, etc. Give it.

Therefore, in the section of the generator 16, the interval between the separation section 27 is provided with a module section (16 '), the transparent hose 44, the separation zone to cross each other in accordance with the separation section 27 ( 27 ') is provided to penetrate through the binding hole 34, to provide a thermal insulation hose 44' to bind to the binding hole 34, the heat sink on the surface of the photovoltaic panel 25 It is provided to blow out the high temperature phenomenon occurring in the cooling air is effectively supplied, and in one embodiment is also an invention for insulating the vinyl house by inhaling the heated air with a separately connected pump (30 ').

1 is a partial perspective view of the main part of the present invention;

2 is a cross-sectional view taken along the line A-A in Fig. 1

3 is an exploded perspective view of the main part in FIG.

4 is another exploded perspective view of the main part in FIG.

5 is a cross-sectional view taken along the line B-B in FIG.

6 is a cross-sectional view taken along the line C-C in FIG.

7 is a cross-sectional view of the embodiment taken along line B-B in FIG.

8 is an exploded perspective view of the main part in FIG.

9 is a sectional view taken along the line D-D in FIG.

10 is a cross-sectional view taken along the line E-E in FIG.

11 is an exploded partial perspective view of the main part in FIG.

12 is a partial perspective view of another embodiment of the main portion of the present invention.

FIG. 13 is a partial perspective view of a state of use for FIG. 12. FIG.

14 is a cross-sectional view taken along the line F-F in FIG.

     <Code Description of Main Parts of Drawing>

10: vinyl house 11,11 ': aggregate 12: vinyl 13: prosecution 15: fixture

16: generator 16 ': module section 18: fastening rib 19: hose

20: through hole 21: pipe 22: inner hole 23: inclined frame

24: vinyl body 25: solar power plate 26: T connector

27: separation section 30: pump 31: assembly 32: roller

34: binding hole 35: Lopu 36: hinge 37: bottom 38: fixed base

40: ejection zone 41: power block 44: transparency hose

52: support pillar 55: bending table 56: fixed groove

60: Carver blocks 62,63: inlet and outlet 65: fixed rib 66: moving space

68: fixture 70: fixed tube 72: inlet tube 74: expansion ring

76: ejection ring 79: supply port 80: inlet block

Claims (4)

The prosecution of both edges of the vinyl house 10 wrapped around the outer side with the vinyl 12 while repeatedly provided with the aggregate (11, 11 ') provided while bending the upper side of the vinyl house 10 in an arc shape ( 13 is embedded in the outer section (b), protrudes the inclined frame 23 inclined in the inward direction while protruding the support pillar 38, the loaf 35 at the upper edge of the inclined frame 23 And formed to be driven by the control device by the roller 32, In the inclined frame (23) section in the photovoltaic house PV panel for constituting the photovoltaic plate 25 in which the generator 16 is formed, The bending table 55 and the fixing groove 54 are provided so that the moving section 27 is provided in the section fixed by the fixing ribs 65 protruding from both edges of the photovoltaic panel 25 and at both edges. Inlet and outlet 62 and 63, By inserting the inlet block 80 for fixing by inserting into the fixture 68 penetrated in the lower section of the photovoltaic panel 25, the low-temperature air is blown into the moving section 27, the sun PV panel block for insulating the vinyl house provided that the surface temperature of the photovoltaic plate 25 is cooled to a low temperature. The method of claim 1, The inflow block 80 is formed so that one side is introduced from the fixture 79 provided with a convex for ejection to cool the photovoltaic panel 25 and then discharged to the outlet 58, One side of the supply port (79) inserted into the fixture (68) of the photovoltaic power generation plate 25 is inserted into the expansion inlet (59) is provided with an expansion ring (74) having a spout (76), the expansion ring Protruding the inlet pipe 72 protruding from the inner section of the 74 to the lower section, the lower end of the inlet pipe 72 is provided with an inlet hole 77, to the expansion ring (74) When the high-pressure air is blown into the blower outlet 76, the low-temperature blowout air is blown out by the inlet pipe 72 and the blower outlet 76 so that the inner section of the inlet pipe 72 is depressurized. Photovoltaic power plate block for thermal insulation of the vinyl house is configured to be the inlet of the slow cooling air into the generator section 16 provided on the surface. The method of claim 1, While maintaining a predetermined interval between the transparent hose 44 provided with a plurality of outlets 20 in the photovoltaic panel 25, the T connecting pipe 26 and the supply pipe 26 are connected to both ends, Each of the plurality of transparency hoses 44 to be fixed to the fixing stand 38 so as to fix the provided with a spout 40 of the reticular structure, The solar panel plate for the thermal insulation of the plastic house to combine the blow-out table 40 of the reticular structure to the power generator section 16 of the photovoltaic panel 25 to provide a cold air. The method of claim 3, The transparent hose 44 is formed of a heat insulating hose 44 ', The generator section 16 is provided with a separation section 27 and a module section 16 ', but the transparency hose 44 is bound to the separation zone 27' crossing each other in accordance with the separation section 27. Provided with a sphere (34), the solar panel board block for thermal insulation of the greenhouse to provide to bind the insulating hose (44 ') to the binding hole (34).

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