JP5464498B2 - Multi-function advertising decoration display solar panel installation structure - Google Patents

Description

The present invention relates to an installation structure of an advertisement decoration display solar cell panel , and when the solar cell power generation system is installed on a building having a wide light receiving surface such as a building wall surface or a rooftop, the outer surface portion is simply covered with the solar cell panel. It is related with the installation structure of the multifunctional advertisement decoration display solar cell panel which can give the decoration display for consideration to an environmental landscape or advertisement posting.

In recent years, solar cells have been attracting attention as a clean energy source that does not generate pollution such as exhaust gas and radiation from the standpoint of global environmental protection. It has been shown and promoted and promoted in various fields. However, due to the structure and the nature of materials using inorganic materials such as silicon, the appearance of solar cells in recent years is usually composed of a blue-purple color or a color close to it. The design was also restricted. In addition, solar cells have the fate of not functioning unless they are installed in a place where they can be seen by people who are exposed to light. It was. With the spread and promotion of solar cells in this way, the appearance has also become an important position, and solar cell power generation systems are installed on buildings with wide light receiving surfaces such as building walls and rooftops. In addition to power generation, there is a growing interest in the use of information as a medium for advertising and advertising, including decorative design, letters, and designs, as well as consideration for the landscape environment.
In order to solve the above problems, for example, the following proposals have been made. First of all, silicon solar cells are generally used because solar cells have high energy conversion rate and stable power generation characteristics, etc. In addition, for these solar cell modules, from the viewpoint of design A design display by attaching a film to a solar cell module and a graphic display by arrangement of solar cells and modules have been proposed, and typical examples are given. For example, Japanese Patent Application Laid-Open No. 2000-257541 discloses a color solar cell in which two or more colors are provided on the light receiving surface, Japanese Patent Application Laid-Open No. 8-107230 discloses a solar cell panel whose panel surface is designed, and Japanese Patent Application Laid-Open No. 6-37343. Is a solar cell device that gives design and enhances added value as a product. Japanese Utility Model Publication No. 5-78767 combines a plurality of solar panel units to form a composite as a sign, such as a building such as a wall or a roof. Japanese Patent Application Laid-Open No. 2007-287894 discloses a solar cell module that displays a design pattern or the like on a module and obtains an advertising effect, and a manufacturing method thereof, Japanese Patent Application Laid-Open No. 2010-45178 Japanese Patent Application Laid-Open No. 5-308140 and Japanese Patent Application Laid-Open No. 7-7 are solar cells that can freely give letters, pictures, etc. to the front surface while improving power generation efficiency. No. 380 is a solar cell capable of improving the design value of the electric product, Japanese Patent Application Laid-Open No. 7-213878 discloses a colored solar cell which makes the solar cell appear colorful without reducing the light utilization efficiency, Japanese Patent No. 8-88383 has a method described in a solar cell unit in which a product, a manufacturer name, and the like can be surrounded on the outside of a device by being integrated with a main body.
In the proposal as described above, various additional means are provided in the conventional solar cell to obtain design characteristics, which requires cost and has a drawback in that the conversion efficiency of the solar cell itself is lowered. Further, for example, a solar cell panel in which a plurality of solar cell modules having different surface colors as disclosed in the above-mentioned proposal are combined in the vertical and horizontal directions to display characters, figures, etc., and a unit solar cell disclosed in Japanese Patent Laid-Open No. 6-37343. In the graphic representation by the arrangement of solar cell modules in a solar cell device in which a plurality of battery elements are arranged in a plane, a sufficient number of modules are required to form a graphic, and in practical use a large-scale solar cell array Otherwise it is difficult to achieve. Japanese Patent Application Laid-Open No. 2007-287894 is a method for displaying a pattern by cutting out a film for bonding a solar battery cell and a cover glass. However, since this does not assume a solar battery array, the design of the entire solar battery array In consideration, there is no description about the use of the wall surface based on the appearance of the building and the convenience of posting advertisements. Japanese Patent Application Laid-Open No. 2010-45178, Japanese Patent Application Laid-Open No. 5-308148, or Japanese Patent Application Laid-Open No. 7-74380 is not a solar cell color as in Japanese Patent Application Laid-Open No. 8-107230 or Japanese Patent Application Laid-Open No. 6-37343. Although it is said that characters, pictures, etc. can be freely given to the light-receiving surface of the module by color change by using optical refraction, this proposal cannot select the color. In JP 2000-323739 and JP 2001-111089, the shape of the dummy solar cell module is changed to match the shape of the roof portion of the building in accordance with the display of the installation surface of the solar cell array. There are proposals to ensure a sense of unity between the solar cell array and the installation surface, but these are proposals relating to the external appearance of the solar cell array itself, and are not considered in terms of the appearance of the building and the convenience of the landscape or advertisement display. Furthermore, in Japanese Patent Laid-Open No. 2004-037588, in order to project an image on the solar cell array, there are no restrictions on the conditions, and since the image is projected onto the solar cell array, the originally planned design is used. It is difficult to change.

As described above, in the conventional technology, from the viewpoint of the design of the solar cell module, there is a design display by securing a degree of freedom of shape, pasting a film or the like on the solar cell module, and a graphic display by arranging the solar cell or module. Proposed. However, because these proposals focused on the merits of power generation by installing solar cell arrays, the emphasis was placed on coloring the solar cell modules, considering the overall design of the solar cell array, The appearance of buildings such as buildings, landscapes, convenience of advertisement posting, or use of wall surfaces such as display effects were not considered. In addition, the wall surface or rooftop of a building is a light-receiving surface that can receive sunlight, and is a part that is easily visible to the human eye, and because it can secure a large and large flat surface, it is also an important medium that can exert display effects such as advertisements and design postings. is there. If a solar cell module is installed in this area, there are advantages such as environmental protection by power generation and reduction of the purchase cost of power, but it will not be possible to demonstrate the display effect such as advertisement posting, and the economic advantage of using the wall will be lost There was a problem.
In addition, there is a proposal to ensure a sense of unity with the solar cell array by changing the shape of the dummy solar cell module to match the shape of the installation surface of the solar cell array and matching the shape with the roof part of the building etc. Since no consideration has been given to configuring the solar cell string as part of the solar cell string, problems such as complicated wiring during installation of the solar cell array have not been solved. Furthermore, in the case of a dummy solar cell module that fills in the blank space at the place where the solar cell array is installed, if it is not included in the circuit constituting the solar cell string or if it is assumed to be incorporated in the circuit of the power generation system, Therefore, there is a problem in cost reduction.
Furthermore, in the prior art, when the dummy solar cell module is excluded from the circuit of the solar cell string and the margin when installing the solar cell array is filled, depending on the installation form, for the circuit formation of the solar cell string Complicated wiring is required. Furthermore, when using the method of forming a thin film and providing an electrode layer, since the manufacturing process similar to the manufacturing process of a solar cell module is implemented, it does not contribute much to the cost reduction of a solar cell module.
In the present invention, the first problem is in the solar panel installed on the wall or roof, which is a wide installation surface of a building such as a building, in order to give consideration to the environment and landscape, or to post advertisements. In the color printing of graphic display patterns such as letters, symbols, figures, patterns, etc. on the cover glass, and the change and planning of the shape and arrangement of the solar cell module, when the arrangement and planning of the solar cells constituting the solar cell array are performed It is to secure the degree of freedom of arrangement and shape of the solar cell modules constituting the solar cell array. Next, the second problem is printing of graphic display patterns such as letters, symbols, figures, patterns, etc. on the cover glass of the solar cell module, and the solar cell in order to consider the environment and the landscape or to post advertisements. This is to avoid problems such as heat generation of solar cells generated from the difference in electromotive force of the solar cell modules in the solar cell string that constitutes the solar cell array generated when the shape of the module is changed. Furthermore, the third problem is the color of graphic display patterns such as letters, symbols, figures and patterns on the cover glass of the solar cell module in order to give consideration to the environment and landscape or display advertisements in the solar cell panel. Solar cell module for parts where electromotive force cannot be expected or parts where electromotive force is expected to decrease significantly compared to other parts by printing and solar cell module shape, layout change and planning When a dummy solar cell module resembling the external appearance of the solar cell module is arranged, the wiring of the power generation circuit of the string of the solar cell module to which the dummy large male battery module belongs is prevented from being bypassed, and the wiring when installing the solar cell string and the solar cell array To make it easier.
As described above, in the conventional technology, even if a type that does not require any particular addition is seen, an optical color is obtained by attaching a polarizing film or a film that is arranged using the difference in color of the solar cell module itself. Things have been proposed. Furthermore, in the coloring by pasting the film, the accumulation of dirt, such as stagnation of rainwater and adhesion of dirt such as dust, during the use of the solar cell module, depending on the structure of the film, promotes the adhesion of dirt, leading to a decrease in power generation amount. . In addition, even when the film surface is flat and smooth, the ability of dirt to fall naturally as much as the glass surface is poor. And the light which injects into a flat and smooth surface will be totally reflected if an incident angle exceeds a critical angle, and the problem that light does not reach the photovoltaic element of a solar cell will generate | occur | produce.
The present invention relates to the combined use of a graphic display display of a planar portion such as a wall surface of a building having a large light receiving surface such as a building or a factory in addition to power generation. Providing a solar cell array capable of exhibiting display effects such as desired decoration design and advertisement posting on the outer surface of the photovoltaic power generation system installed on the wall surface or roof, preventing color harmony on the wall surface or roof, We propose to use the decorative display on the outer surface of the building and the advertisement display as a combined use method in addition to power generation.

In the present invention, in a solar cell panel installed on a wall surface or roof, which is a wide installation surface of a building such as a building, in order to give consideration to the environment and landscape or display advertisements, etc., letters on the cover glass of the solar cell module In the color printing of graphic display patterns such as symbols, figures and patterns, and the change and plan of the shape and arrangement of the solar cell modules, the arrangement and shape of the solar cell modules constituting the solar cell panel are appropriately set. Next, the solar cell module for color printing, a dummy solar cell module resembling the appearance of the solar cell module, or a sheet curtain for decorative design or advertisement posting, each of which constitutes a solar cell mounting unit, The mounting unit surrounds its periphery with a frame frame, and is fitted and fixed to a solar panel mounting frame base laid on a support frame body mounted on an outer peripheral wall such as a building wall surface, and is mounted so as to be replaceable At least one or more of a solar cell mounting unit that is a combination of units, that is, a solar cell mounting unit that does not have a decorative design on the surface of the cover glass substrate of the solar cell module, and a solar cell mounting unit that has a decorative design color printed on the surface of the cover glass substrate as a combination of mounting a desired position features, and one of these union As a cause, desired overall decorative designs displayed to the wall of the building, or a billboard to be imparted ads ornament display of the solar cell panel construction.
The applicant previously mentioned (1) In Japanese Patent No. 3049238 “Solar Cell Module”, a convex bulge is formed on the surface of the glass substrate by a screen printing method using ceramic ink, and light is applied to the surface coloring layer. A configuration that retains permeability. (2) Patent No. 3286777 “Solar cell module”, Japanese Patent Application Laid-Open No. 11-87746 uses a ceramic ink and has a numerically limited configuration of uneven pitch and uneven height at the uneven bulge portion by screen printing. (3) Japanese Patent No. 3482370 “Solar Cell Module”, Japanese Patent Application Laid-Open No. 2000-277774 has a patent with a structure in which a surface coloring layer is formed using colored ceramics on the entire peripheral surface of the convex ridge. Yes. Therefore, the present invention is a further embodiment of these patents that share the same applicant and inventor, and is a graphic solar cell formed by printing a display pattern selected from at least characters, symbols, figures, patterns, etc. However, it is not a realization of graphics with some addition, but instead of expensive silicon battery cells, the manufacturing cost is low, the transmittance due to coloring is reduced, and the efficiency of photoelectric exchange is improved. When installing a solar panel on a building with a wide light receiving surface such as a wall surface, the light reflection prevention function in the building, which is also a hindering factor, can exhibit a special effect or utility value, and the environment on the building wall surface etc. Work to add color harmony with the landscape in mind. Thus, in the present invention, the feature point in the above-mentioned prior patent is used for the wall surface or the like, and the effect can be exhibited without regret. In addition, there is little risk of reducing the conversion efficiency of the solar cell itself, and a white or translucent pretreatment printing or a hole-like non-printing surface is provided in advance to reduce the sunlight shielding rate. In order to protect and eliminate any additional factors and cost increase factors, in addition to the configuration according to the present invention, when installing a solar panel on a building having a wide light receiving surface such as a building wall surface or a rooftop, It works well to meet the challenge of suppressing or preventing diffused light reflection.
In the configuration of the present invention, a display pattern is color-printed on a cover glass of a solar cell module configured as an array as a solar cell panel for the purpose of decoration and / or advertisement display in consideration of environmental landscape in addition to power generation, and the solar cell panel It is arranged at a desired location and works so as to exert a display effect of displaying an advertisement decoration. In the pattern printing configuration, the solar cell module is mounted so that the periphery of the solar power module is surrounded by a frame frame, and is fitted and fixed to a solar cell panel mounting frame frame laid on an outer peripheral wall such as a building wall surface, and is replaceable. It has a unit form, and the mounting unit is arranged at a desired location of the solar cell panel.
In the present invention, in the color printing of graphic display patterns such as characters, symbols, figures and patterns on the cover glass of the solar cell module, and in the change and plan of the shape and arrangement of the solar cell module, the solar cells constituting the solar cell array When arranging and planning, the arrangement of the solar cell modules constituting the solar cell array and the degree of freedom of the shape are ensured. Next, in the solar cell and its printing method, (1) at least one type of display pattern selected from characters, symbols, figures, patterns, etc. is printed and arranged in the vertical and horizontal directions. A configuration in which a display pattern consisting of a combination of dots, stripes, check shapes, or a combination of colors such as patterns and patterns is printed on the cover glass of the module comprising the array, and (2) A configuration in which dots, stripes, and check shapes are printed on a cover glass by any printing method selected from screen printing, transfer printing, ink jet printing, cutting sheets, and the like. (3) The array is configured. Printed surface printed on the cover glass surface of the module by screen printing using ceramic ink etc. Uses ink to perform the baking in the drying process, drying and the drying process of the printing surface, formed by exemplary glass reinforced simultaneously configuration. (4) When printing is performed on the cover glass surface of the module constituting the array, white or translucent dots, stripes, and check shapes are printed in advance, and then the dots and stripes are printed on the printed surface. A module that improves color development by applying color printing to a check-shaped printing surface using a printing method selected from screen printing, a printing method using transfer paper, an inkjet printing method, or the like. Cover glass printing method. (5) When printing dots, stripes, and check shapes on the cover glass surfaces of the modules constituting the array, hole-like non-printing surfaces are provided on the individual surfaces of the dots, stripes, and check shapes, and sunlight A method of printing a cover glass of a solar cell module that reduces the shielding rate of the solar cell module. (6) When printing is performed on the cover glass surface of the module constituting the array, the printed surface is protected simultaneously with the solar cell module by performing printing on the surface bonded to the cell. Any of the printing construction methods of the cover glass of a battery module can be implemented.
Next, printing of display patterns such as letters, symbols, figures, patterns, etc. on the cover glass of the solar cell module and the solar cell module in order to consider the environment and landscape, which is the second issue, or to post advertisements, etc. To avoid problems such as heat generation of solar cells due to the difference in the electromotive force of the solar cell modules in the solar cell string that constitutes the solar cell array that occurs when the shape of the solar cell is changed. A structure having a wiring for energization on the back surface or side surface so as not to damage the circuit connection of the solar cell string when installing a post such as a panel sheet or a sheet curtain for design display or advertisement display. To do. In addition, regarding the third problem, when performing color printing or the like on the solar power array, a dummy solar cell module is replaced with a solar cell module in which power generation efficiency is expected to decrease due to the design configuration. Install solar cell modules, eliminate solar cell modules that reduce power generation efficiency, which is part of resistance when generating power from solar cell strings, without impairing decorative design, prevent resistance generation, and suppress unnecessary costs Can do.
Further, in the present invention, a notice for the purpose of decorative design display installed in place of the solar cell module in the solar cell array is created with a standard size of the solar cell module used for the installed solar cell array. . For example, when using an acrylic plate that is often used in the manufacture of signboards and making a decorative design on the surface of the acrylic plate, the dimensions of the acrylic plate should be the manufacturer's standard for solar cell modules used for solar cell arrays. Cut according to the dimensions of the solar cell module. After cutting the acrylic plate, a desired design process is performed. At this time, the board to be designed is composed of one or more sheets, and one design is composed of a single or a plurality of acrylic boards. The material used to create the posting is not limited to the acrylic plate, but can be processed into a panel shape, such as a plate or glass generally used for signboards and building materials. Attach a frame that conforms to the solar cell module standard on the outer periphery. Thereby, a posting thing can be fixed to the mount which fixes a solar cell to a building by the same method as a solar cell module. Although it is desirable to use the frame used for the solar cell module, only the outer shape may be made to coincide with the material of the posting.
Next, the terminal pox to be attached to the solar cell module is attached to the posting with the frame attached. This eliminates the need for consideration regarding rewiring, wiring fixing, and the like due to the arrangement with the posting regarding the wiring of the power cable to be wired during the solar cell array installation work.
In addition, even when it is necessary to replace the bulletin board, repair the solar cell array, change the decoration design, etc., replacement, repair, and rearrangement can be performed by the same method as the normal solar cell array repair.
When the installation position of the posting object is set in advance and only the platform for installing the solar cell module is shared, it is not always necessary to attach the frame and the terminal box. Further, according to the overall decoration design of the solar cell array having a desired decoration design or advertisement display, a solar cell module and a display object for the purpose of posting the decoration design are arranged and installed.

According to the present invention, when installing a solar cell power generation system on a building having a wide light receiving surface such as a building wall surface, in addition to power generation, reflection of light is prevented, and consideration is given to the environmental landscape on the wall surface or for advertisement posting. Thus, it is possible to exhibit a composite decorative display effect by performing the above-described color printing, and there is an effect that the conversion efficiency of the solar cell itself is not lowered. Furthermore, in the case of installation of decorative notices and the like, a solar cell module having a current-carrying wiring on the back surface or side surface so as not to damage the circuit connection of the solar cell string, and a solar cell module whose power generation efficiency is reduced by the design configuration is a dummy solar cell. In order to provide a solar panel suitable for advertising decoration display, eliminating the need for solar cell modules with reduced power generation efficiency, which is partly resistant during power generation, without compromising color design, and reducing unnecessary costs. Can do.

In the present invention, when installing a solar cell panel on the wall or roof of a building or the like, a color pattern printing on a cover glass of the solar cell module and a solar cell module are performed in order to give consideration to the environmental landscape or display an advertisement. The point of securing the arrangement and the degree of freedom of the solar cell modules constituting the solar cell array when changing and planning the shape and arrangement of the solar cell. Next, the sun generated from the difference in the electromotive force of the solar cell module in the solar cell string constituting the solar cell array generated when the color pattern printing on the cover glass and the shape change of the solar cell module are performed. To avoid problems such as battery cell heat generation. Further, when changing the shape of the solar cell module or the like, when placing a dummy solar cell on a part where electromotive force cannot be expected or a part where a decrease in electromotive force is expected to be large compared to other parts, It is the point which prevents the detour of the wiring of the power generation circuit of a battery string, and simplifies the wiring at the time of installation of a solar cell string and a solar cell array. By satisfying these structural requirements, in addition to power generation, solar panels installed on the walls or roofs of buildings such as buildings can be used for decorative displays or advertisement postings on flat surfaces of buildings such as buildings. It is the structure of the solar cell panel which can exhibit a display function separately.
In the present invention, (1) a solar cell array having a desired decoration design or advertisement display pattern is designed as a whole and subjected to color processing among the solar cell modules constituting the solar cell string. Thus, a module in which a decrease in electromotive force due to color processing becomes a resistance in the power generation circuit, causing a decrease in electromotive force of the entire solar cell string or heat generation is specified. Further, (2) the installation position of the dummy solar cell module to be installed to match the shape of the installation surface of the solar cell array is determined. And it changes into a solar cell module in a solar cell string, and determines the installation position of the site | part which installs the solar cell panel for the purpose of the decoration design display. Color processing here is color processing of the cover glass front surface or the back surface of the solar cell module, such as printing processing on the glass of the solar cell module or pasting the color sheet of the cutting sheet.
Next, a solar cell module that has been printed on the cover glass required for the desired decorative design, a dummy solar cell module that has been subjected to the desired design processing, a desired decorative design process, a battery panel is constructed and installed To do.
The dummy solar cell module is used when a solar cell string is formed on a glass in which a coating resembling a thin film layer of a solar cell is applied to the back surface of a cover glass or a sheet resembling a thin film layer of a solar cell is attached. A current-carrying wire having necessary electrodes or lead wires is attached to the painted surface or the back surface of the sheet. The energization line portion may constitute an energization layer with an insulating layer interposed therebetween. The cover glass used for the dummy solar cell module is generally a white plate glass with low iron content that is embossed on one side because of the transmittance, but it is inexpensive. Common glass may be used.
In the panel sheet for advertising or decorative design posting, a conductive wire having an electrode or a lead wire necessary for constituting a solar cell string is attached to the back surface of the panel sheet. The energization line portion may form an energization layer with an insulating layer interposed therebetween. In addition, the panel sheet for advertising or decoration design can be adapted to the frame for module fixing when constructing the solar cell string, so that a variable display device such as an electric bulletin board or a liquid crystal display panel can be adopted. Good.
In the present invention, when a solar cell panel is mounted on a wall surface of a building. First, a support frame for laying a solar cell array mounting base in which solar battery modules are arranged in the vertical and horizontal directions using anchor bolts or the like on the wall surface is attached, and the solar cell module surrounded by a frame frame on the surface of the base As a configuration of a solar cell mounting unit that fits, fixes, and can be replaced in a desired arrangement position, a normal solar cell module, a dummy solar cell module, a panel sheet for advertising or decorative design posting, and a panel An advertisement that can be arranged as a combination in the form of the solar cell mounting unit selected from at least one kind or two or more kinds such as a decorative material on the outer wall, and can give a decorative display for consideration of the environmental landscape or advertisement posting It is set as the structure of a decoration display solar cell panel.
Next, a terminal box to be attached to the solar cell module is attached to the post to which the frame is attached. This eliminates the need for consideration regarding rewiring due to the arrangement of the postings and the solar cell modules, wiring fixing, and the like regarding the wiring of the power cables that are wired during the solar cell array installation work. In addition, even when it is necessary to replace the postings, repair the solar cell array, change the decoration design, etc., replacement, repair, and rearrangement can be performed in the same manner as normal solar array repair. In addition, when setting the installation position of a posting thing beforehand and sharing only the stand for solar cell module installation, attachment of a flame | frame and a terminal box is not necessarily required. A power generation function inherently provided as a solar cell panel by arranging or installing a solar cell module and a display for the purpose of displaying the decorative design in accordance with the overall design of the solar cell array having a desired decorative design or advertisement display section. In addition, other display functions can be demonstrated.
When the solar cell panel of the present invention is installed on the wall surface or roof, the solar cell is displayed in a colorful manner with color decorations such as letters, picture patterns, etc. that are in harmony with the reflection of light and environmental landscape. Together with the original power generation of the battery, it can brighten the environment and add another display effect, and it works to expand the use as an exterior member. Also, the heat generation caused by the difference in the electromotive force of the solar cell modules in the solar cell string constituting the solar cell array on which the desired decorative design display is performed, and the failure of the solar electric module caused by the heat generation are prevented, and the installation of the solar cell array Works to control costs.

Examples of the solar cell panel according to the present invention will be described with reference to the drawings, but the present invention is not limited to these examples. FIG. 1 is a schematic diagram of a partial cross section of a solar cell module in which a convex bulge is formed using the printing means described in the applicant's Patent No. 3049238, and FIG. FIG. 3 is a schematic view showing the relationship between the incident light and the reflected light in the applied configuration, and FIG. 1-3, 1 is a printing bulge part, 2 is a color printing part, 3 is a solar cell module, A is incident light, and B reflected light, Specifically, it is based on the screen printing method using ceramics ink. The structure of the translucent substrate provided with a surface coloring layer on at least one surface of the convex portion of the convex and raised portion formed in a generally uniform and regular manner of desired setting, and the coloring effect of the surface cover glass of the solar cell module In addition, it is a solar cell module that suppresses the direct reflected light and reduces the decrease in photoelectric conversion efficiency, and works to suppress the surface reflected light together with the surface coloring effect. In this way, it is possible to expect the effect of preventing the reduction in the light receiving efficiency to the solar cell due to the irregular reflection with respect to the incidence of sunlight, and the direct reflection of the solar cell module can be expected to be suppressed. Furthermore, by performing color printing on the half surface of the convex bulge portion, when the wall surface is installed, the color surface can be emphasized when the observer looks up from the ground.
In addition, since it is easy to remove rainwater, dust, etc., power generation efficiency does not decrease even when exposed outdoors for a long period of time, and it is possible to achieve low cost, stable production, and a function that can reduce maintenance costs.
FIG. 4 is a schematic diagram showing the relationship between a display object to be subjected to color processing such as decoration design display or advertisement display such as letters and designs and a frame surrounding the periphery in the solar panel of the present invention. It is a schematic diagram of cross-sectional description which shows the state which attaches a posting thing or a solar cell module with a flame | frame. A frame conforming to the standard of the solar cell module is attached to the outer periphery of the created posting. Thereby, a display thing can be fixed to the stand laid in the support frame attached to the building by the same method as a solar cell module. Although it is desirable to use the frame used for the solar cell, only the outer shape may be made to coincide with the material of the posting.
In the present invention, a post placed in place of a solar cell module in a solar cell array for the purpose of decorative design such as letters and designs or advertisement display, etc., is a solar cell module used for an installed solar cell array Create a standard size. A frame conforming to the standard of the solar cell module is attached to the outer periphery of the created posting. Thereby, this posting thing can be laid on the mount which fixes the solar cell of a building.
FIG. 6 is a schematic perspective view showing a configuration in which a wiring terminal box is attached to a post or a solar cell module on which a frame is mounted. 6 is a terminal box. FIG. 7 is a schematic diagram of a cross-sectional description in which a terminal box for wiring is attached to a posting or a solar cell module with a frame attached. This eliminates the need for consideration regarding rewiring due to the arrangement of the postings and the solar cell modules, and fixing of the wiring, etc., regarding the wiring of the power cable to be wired during the solar cell array installation work. In addition, even when it is necessary to replace the postings, repair the solar cell array, change the decoration design, etc., replacement, repair, and rearrangement can be performed in the same manner as normal solar array repair.
FIG. 8 is a schematic perspective view when the solar cell module and the posting material are mixedly arranged. 7 is a solar cell array. FIG. 9 is a schematic diagram showing an arrangement example when the solar cell module and the posting are mixed. In the figure, 3 is a solar cell module, and 4 is a posting. Thus, according to the overall design of the solar cell array having a desired decorative design or advertisement display pattern, the solar cell module and the display object for the purpose of displaying the decorative design are arranged and installed.
Next, FIG. 10 is a schematic perspective view in which a support frame is attached to the wall surface of a building such as a building, and solar cell modules are arranged in the vertical and horizontal directions using anchor bolts 9 on the wall surface of the building body 8. A support frame body 10 for laying a mount for mounting the solar cell array is attached. FIG. 11 is a schematic cross-sectional view illustrating a state in which the support frame 10 is attached to the building body 8. Since the building frame and other buildings are in severe conditions including wind blowing up, the support frame 10 is used for fixing. A support frame 10 is attached and fixed to a concrete surface of a building such as a building using anchor bolts 9 which are metal fittings.

The schematic diagram of the partial cross section of the solar cell module which formed the convex swelling part. The schematic diagram which shows the relationship between the incident light and reflected light in the structure which gave the color to the half of the convex bulge part. The schematic diagram of the cross section in the structure which gave the color to the convex bulging part. The perspective schematic diagram which showed the relationship between a posting thing or a solar cell module, and a flame | frame. The cross-sectional schematic diagram which showed the relationship between a posting thing or a solar cell module, and a flame | frame. The perspective schematic diagram of the state which attached the terminal box for wiring to the display thing or solar cell module of a frame mounting | wearing. The cross-sectional schematic diagram of the state which attached the terminal box for wiring to the post | mailbox mounting | wearing thing or the solar cell module. The schematic diagram of the example of arrangement | positioning of the state which arranged the solar cell module and the posting thing together. The schematic diagram of the example of arrangement | positioning of the state which arranged the solar cell module and the posting thing together. The perspective schematic diagram which shows the state which attached the support frame to building main bodies, such as a building. The cross-sectional schematic diagram which shows the state which attached the support frame to building main bodies, such as a building.

DESCRIPTION OF SYMBOLS 1 Print bulge part 2 Color printing part 3 Solar cell module 4 Posted object 5 Frame 6 Terminal box 7 Solar cell array 8 Building body 9 Anchor bolt 10 Support frame

Claims (5)

Solar cell panel installation structure for the purpose of decorative design display and / or advertisement display in consideration of environmental landscape, in addition to power generation, on the exterior surface part of the building having a wide light receiving surface such as the building wall or rooftop The solar cell panel is a solar cell mounting unit that is arranged in the vertical and horizontal directions so that the periphery of the solar cell module that constitutes the array is surrounded by a frame frame, and is fitted into a desired position, fixed, and replaceable. combinations Ri Do from the said solar cell module, the base surface of the cover glass by using a ceramic-ink, screen printing, transfer printing, inkjet printing, convex with either a paper construction method selected from cutting sheet A colored layer is provided on at least a part or all of the bulge and its outer peripheral surface, and withstands long-term outdoor exposure during drying after printing. Baking baking process has been performed, a character in a solar cell module above processing has been performed, and the solar cell mounting unit consisting of a solar cell module the decorative design and color printing of images, and the like, the cover glass of the solar cell module Multi-functionality characterized by being combined with a solar cell mounting unit composed of a solar cell module that does not perform color printing on the surface of the substrate, and arranged in a vertical and horizontal direction at a desired location of the solar cell panel and mounted in a checkered pattern Installation structure of advertising decorative display solar panel. The cover glass of the solar cell module that is arranged in the vertical and horizontal directions is printed with a decorative design composed of a combination of dots, stripes, check shapes, letters, designs, and pattern colors. The installation structure of the multifunctional advertising decorative display solar cell panel according to 1 . A solar cell module obtained by performing color printing of a decorative design on a cover glass of the solar cell module, a dummy solar cell module having no electromotive force, or a sheet curtain for decorative design or advertisement display, etc. a configuration of the attachment unit, as a combination of any of these, desired overall decorative design display and / or advertising indicia to be applied becomes a structure according to claim 1 multifunctional advertising decoration according against the wall of a building Display solar panel installation structure . When the decorative design is color-printed on the cover glass of the solar cell module, the solar cell module of the portion where the power generation efficiency is expected to be reduced due to the configuration or aspect of the decorative design is replaced with a solar cell module. Install a battery module, and without damaging the color and design, exclude solar cell modules that reduce the power generation efficiency, which is part of the resistance when generating power from the solar cell string, to prevent the generation of resistance and suppress unnecessary costs The installation structure of the multi-functional advertisement decoration display solar cell panel according to claim 1 . In addition to power generation, the solar cell mounting unit has a desired configuration of a solar cell mounting unit that can be replaced with a decorative design display and / or an advertisement display in consideration of the environmental landscape in addition to power generation. The advertisement decoration display solar cell panel installation structure according to claim 1, wherein a wiring for energization is provided on the back surface or the side surface so as not to impair the circuit connection of the solar cell string when being attached to a place.

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