JP2013002268A - Structure for installing monument structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a monument structure which is mounted with a solar battery panel as a design component material without the need for an external power source so as to contribute to ecology.SOLUTION: In a structure for installing monument structure, the monument structure is configured to be mounted with a thin film type or crystal type solar battery panel in a column or even at a polygonal corner part as a design material and is provided with attachment devices such as a storage battery part and a lighting part for night lighting and is incorporated with a wind power generator, so as to reduce the load on the environment. Moreover, a ceramic convex bulging part and a surface coloring layer are arranged in a cover glass and reflection light is suppressed.

Description

The present invention relates to an installation structure of a monument structure equipped with a solar cell panel standing in a garden or an amusement park, and at least a part of the structure has an integral structure with a solar cell panel used for design, and The present invention relates to an installation structure of a monument structure that can use light-receiving power generation in the daytime directly or by power storage and maintain the illumination function at night by the power storage means.

In addition to landscape symbols or monumental motifs, monument statues of various designs are installed in gardens and amusement parks. The monument statue is required not only to appeal to the architectural art but also to have a sense of incongruity that matches the environment of the place of installation as a work of art or craft.
In recent years, solar power generation has 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 conservation, and a wide variety of solar cells have been developed and priced by mass production. A wide range of uses have been developed with the progress of reduction, and it has come to be widely used for buildings such as buildings, combined with the government's environmental policy on housing. As solar power generation is promoted and promoted in this way, its natural energy is being used in many ways, and solar power generation panels are also being used for monuments in amusement parks from an enlightening perspective. Attention is being paid to the social trend, but in addition to consideration for the landscape environment in addition to solar power generation, the design requires design and design that matches the memorable motif.
With conventional technology, solar cells can only be used in a planar manner, and can be installed in curved corners of buildings, or the solar cell panels can be configured in three dimensions, and the solar cell panel itself can be designed as a monument structure. It was difficult. In addition, when the solar cell panel is separately attached to the structure used for the space design, the sense of discomfort cannot be excluded. Moreover, in the structure embedded in the structure, the design must be suitable for embedding the solar cell panel, and the design is restricted. Furthermore, in the use related to the decoration of the building, it is necessary to simply install the wall surface or to incorporate the solar cell panel as a part of other functions. For this reason, the external pillars of the building and the decorations that cover the corners of the wall surfaces have been limited to conventional decorations using marble or acrylic resin, and their use as electromotive surfaces has not been considered. In a monument structure using solar cells, the solar cell panel has been used as a power generation device that supplements the power source. For this reason, there was a problem in design, such as installing a solar cell panel in a form that was not suitable for the design.

Prior patent documents

Japanese Patent Laid-Open No. 6-173502 discloses a structure of a decorative board made of concrete attached to a monument provided in a park or the like. The reference 1 focuses on making the design part interchangeable in order to match the artworks and crafts attached to the installed structure with the design as a monument, and as the main part of the overall design. The arrangement and structure of solar cells as a power source or an auxiliary power source are not considered, and the uncomfortable feeling as a space design of the entire landscape has not been solved. Japanese Utility Model Laid-Open No. 6-16643 is a monument structure with an electric decoration landscape. The shining and position of constellation stars on the surface of the structure, humans and animals reproduce their movements, music and sound. A monument structure having an electric scenery that is easy to maintain and manage so as to be emitted is disclosed. In Reference 2, the idea is to observe the side of the structure, specializing in nighttime landscape design. It is a structure in which a solar cell panel is installed on the top of a box-shaped monument, and the degree of freedom with respect to the installation of the solar cell is not secured, so it is not a design solution for the installation of the solar cell. Japanese Patent Application Laid-Open No. 2001-49903 discloses an outdoor worship decoration device that can decorate a tombstone, a tombstone, a monument, etc. with illumination or sound regardless of weather conditions. The device described in Document 3 has two structures, an irradiation unit and a control unit, and has a configuration in which a solar cell panel is installed in the control unit. With this structure, the design is limited, and the problem of making the solar cell installation structure a part of the design cannot be solved. In JP-A-8-138422, a wind turbine generator and a solar power generator are combined to arrange a solar cell at the top of the wind turbine generator and at the top of a support tower constituting a monument. There has been proposed a street lamp device that charges a battery with electric power and lights the lamp at night. The document 4 does not mention the concept regarding the shape of the solar cell panel or the installation, but merely uses solar power generation. Although the solar cell panel shown in FIG. 1 can be inferred to have a curved structure, it is also assumed that the solar cell panel is installed as an umbrella and is not used as a part of the design material. Japanese Patent Application Laid-Open No. 2010-192143 provides a stone lantern body provided with a solar cell panel, a storage battery for storing electric power taken in from the solar cell panel inside, and a high-grade LED illuminator as a light source using it. A lighting stone lantern is disclosed. The document 5 has a configuration in which a stone lantern is provided with a solar cell panel and an LED light source, but the solar cell panel is to be installed on the top surface, and the solar cell panel is considered as part of the design. The problem of solar cell design efforts has not been solved or suggested. Japanese Patent Application Laid-Open No. 2005-232709 discloses a block structure such as a building structure wall configured by combining a plurality of types of blocks. In the document 6, the design is limited by the shape and the nature of the blocks constituting the structure, focusing on the space design by the block structure. It is envisaged that a solar cell will be incorporated into the block, but it is impossible to combine it with other designs or power generation means beyond the combination of blocks, and a monument structure with a solar cell panel with a high degree of design freedom Has not yet provided. Japanese Patent Application Laid-Open No. 2004-151696 has a semi-transparent glass window including a solar cell panel and a projector that projects an image from the inside to the glass window, thereby impairing the design of the building and the degree of freedom of design. There is also disclosed a video display device and a video display method for displaying video using a glass window. In the document 7, the design part depends on the projection of the image, and the existence of some kind of building is assumed, and the design using the solar cell is not taken into consideration. Therefore, it cannot become a monument structure by using the solar cell panel itself. As described above, in the prior art, solar cells are only used in a flat manner and installed in a curved surface at the corner of a building, or the solar cell panel is three-dimensionally designed and designed as a monument image. It was difficult. As can be seen in Patent Document 1 and Patent Document 4, if the structure is a structure in which a solar cell is separately attached to a structure for use in space design, it is not possible to eliminate a sense of discomfort in the design. In addition, as in Patent Document 2 and Patent Document 5, the structure embedded in the structure must have a design suitable for solar cell embedding, and the design is restricted. Furthermore, in the use related to the decoration of the building, it is only possible to simply install the wall surface or to incorporate a solar cell panel as a part of other functions as in Patent Document 7. For this reason, the decorations that cover the external pillars of the building and the corners of the wall surface have been limited to marble and acrylic resin, and have not been considered for use as an electromotive force.

A monument that stands in a garden or amusement park, arouses aesthetics in harmony with the landscape as a building, interests in the environment, and as a monumental symbol at the installation location, or an event or long-term installation It is intended to be a monument standing structure that can be installed as a structure and arouses interest in aesthetics or the environment. When it is installed as a light emission or movement monument, it uses the power generated by solar cells directly or by electricity storage, The purpose is to reduce the burden on the environment and provide it to ecology by stopping the use of electric current to unnecessary or limited use.

In the present invention, a thin film type or crystal type solar cell panel is used to form a cylindrical solid or polygonal solid such as a quadrangular prism, a quadrangular pyramid, or a triangular pyramid that is used for the design of the monument structure. The power generated by the solar cell panel is supplied directly or via a storage battery to the power of the operating part, the fountain pump, and the like.
In the present invention, a solar cell panel having a curved light-receiving surface is bonded to the inner surface of a resin that transmits light, which is obtained by processing a curved surface of a film-like thin film solar cell, to protect the solar cell. By using a curved surface or a polyhedron, an assembly of solar cell panels having a three-dimensional structure is formed. As a result, the solar cell panel itself can be a material constituting the monument. Therefore, by combining a planar solar cell and a curved solar cell, it is possible to construct a monument structure composed of only a solar cell panel as well as at least a partial constituent material of the monument structure. Furthermore, by using a curved solar cell panel for a structure that operates, it is possible to manufacture a structure that also uses wind power.

In the monument structure according to the present invention, a thin film type and / or crystal type solar cell panel is used to form a cylindrical solid or a polygonal solid such as a quadrangular prism, a quadrangular pyramid, a triangular pyramid, etc. used for the design of the structural body. When configured, the surface treatment is suitable for the surface treatment according to the form as described above, but the surface treatment of the cover glass is more preferably a smooth surface, and the prior patent No. 3286777 proposed by the applicant, Patent No. It is desirable to use a solar cell module of a translucent substrate in which convex bulges are formed by screen printing using the ceramic ink described in Japanese Patent No. 3482370 and Japanese Patent No. 3049238.
Among them, in the solar cell module described in Japanese Patent No. 3049238, a surface coloring layer is coated on one side peripheral surface of the convex portion using colored ceramics and ink, and an optically transparent portion is exposed on the other side peripheral surface. For example, when the non-printing part with light transmission and the printing part of the coloring layer are arranged vertically, the power generation by light reception from above and when looking up from below An object of the present invention is to provide a monument structure having at least a part of a solar cell panel having colorful fashionability.

Further, in the solar cell module described in the above-mentioned Japanese Patent No. 3049238, the surface is formed on at least one side of the convex portion of the convex bulge portion that is formed by ceramic printing and using a screen printing method so as to be approximately uniform and regularly formed as desired. It is the structure of the translucent board which provided the coloring layer, and it works to suppress the direct reflected light together with the coloring effect of the surface cover glass of the solar cell module. The light receiving efficiency can be expected to be prevented from decreasing, and the direct reflection of the solar cell panel can be suppressed.

As described above, in the installation structure of the monument structure according to the present invention, in the configuration in which the color printing is performed on the half surface of the convex bulging portion of the surface cover glass, in the case of the monument image installation in the present invention, the observer is from the ground. When it looks up, there is an effect that the color surface can be emphasized. In addition, since rainwater, dust, and the like are easily removed, the efficiency of electricity transmission does not decrease even when exposed outdoors for a long period of time, and the cost can be reduced. Thus, in the present invention, when the surface coloring layer is layered using colored ceramics / ink on the cover glass of the solar cell module described in Japanese Patent No. 3049238, the reflection of light is prevented, and if desired, the environment landscape In the case of a desire for a color decoration display such as a harmonious character or picture pattern, the component part in which the solar cell panel is mounted as an integral structure at least partly looks colorful. Together with power generation, it works to brighten the environment and produce a display effect.

As described above, the monument structure of the present invention preferably has a structure in which a convex bulge portion of ceramic printing is formed on the surface of a cover glass having a smooth surface, and dirt accumulation due to long-term outdoor exposure conditions. Also flows easily and acts as an antifouling agent. In addition, the solar cells are displayed colorfully with anti-reflection of light and color decorations such as letters and pictures that harmonize with the environmental landscape, and this advertisement decoration design display together with the original power generation by the solar panel and installation of monument statues The environment and atmosphere can be brightened and a display effect can be added. As a monument statue with features, it works to bring a unique landscape at the installation site.

According to the present invention, as a design constituent material of a monument structure erected on an amusement park or the like, a planar solar cell panel and / or a curved solar cell panel alone or a combination of a plurality of constituent materials is used. Can construct a monument structure consisting of everything. In addition, it is possible to obtain a monument structure in which the solar cell panel is mounted, the degree of freedom of design in the production of the monument structure can be increased, and the design characteristics suitable for the landscape and the motif are improved. For this reason, in the installation of the structure, in addition to the trend of enlightenment of natural energy, attached devices such as a storage battery unit and a lighting unit connected to the solar cell panel are attached, and light reception power generation in the daytime is directly or by power storage. It can be used effectively at night, and it can effectively use the electricity generated as lighting, maintain its function even at night, and reduce the burden on the environment. Furthermore, since the structure using or combining solar cell panels has a high degree of design freedom, it is easy to combine with natural energy utilization devices other than solar cells, such as open spaces and amusement parks where many people's eyes gather. A monument structure that can make a significant contribution to enlightenment of the environment is obtained as a symbol image.

Embodiments of the present invention will be specifically described below with reference to the drawings.

FIG. 1 is a perspective view showing a collective monument 2 having a cylindrical structure of curved solar cell panels as an example of a monument structure according to the present invention. In the figure, reference numeral 2 denotes an example of a collective monument of columnar monument structures, and all of the monuments extending upward are erected in combination with the columnar structures. 1 is a fountain. FIG. 2 is a perspective view showing a collection monument 3 having a triangular prism structure by a solar battery panel. FIG. 3 is a perspective view showing a collective monument 4 erected in combination with the structure having a quadrangular prism structure.

FIG. 4 is a schematic view of a solar cell panel using a thin film solar cell having a curved surface structure according to the present invention. A solar cell having a curved surface structure is formed by adhering a thin film type solar cell 6 to a transparent plate 5 made of glass or acrylic resin processed into a curved surface structure and further adhering a solar cell protective film 7. Panels can be made. The transparent plate 5 made of glass or acrylic resin that has been processed into a curved surface structure can be freely produced in the form of corrugations and bends as long as the thin film solar cell 6 can be bonded by performing processing by molding. The range in which the thin film solar cell 6 can be bonded varies depending on the type, thickness, and deposition thickness of the thin film that is the base material of the thin film solar cell 6 to be used.

FIG. 5 is a schematic diagram of a monument structure that performs wind power generation using a curved solar cell panel. It is a perspective view of an example which imitated a vertical axis type gyromill system often used for a wind power generator or a windmill installed as a monument in a park or the like. FIG. 9 is a schematic diagram of a hybrid power generation device combining conventional wind power generation and solar power generation. As shown in FIG. 5, a wind turbine is manufactured by a blade structure 11 that is a wind receiving portion using the solar cell panel having the curved surface structure and is connected to a support 9 by an arm 8. The support body 9 is attached to the base portion 10 containing the power generation apparatus, and a wind power generation apparatus can be formed by connecting a power generation apparatus having the support body 9 as a rotating shaft. In this way, by giving the solar cell panel a degree of freedom, it is possible to construct a solar cell with an unrestricted structure, and the wind turbine blade itself, which has been difficult in the past, can be manufactured with the solar cell panel. . This eliminates the need for a retrofitted solar cell structure as shown in FIG. Therefore, because it is possible to produce a monument structure in a natural form with a reasonable design of solar power generation and wind power generation, enlightenment for environmental protection or efficient installation in places where solar cells are difficult to install It becomes possible.

FIG. 6 is a schematic view of a structure of a solar cell panel that combines a straight line and a curved surface. Depending on the design of the monument structure, not only curved surfaces but also straight lines or planes may be used. In this case, a crystalline solar cell may be combined with the plane portion in consideration of power generation efficiency.

FIG. 7 is a schematic diagram in which a light is combined with a monument structure having a power generation function. The electric power generated by the monument structure manufactured according to the present invention is provided to the outside directly or through a power line via a storage battery. FIG. 7 shows an embodiment in which a light 15 is combined as a connection destination. As a combination, there is a fountain pump in a park or the like. Moreover, the structure according to uses, such as a power motor of the design structure which shows operation | movement, is possible. In addition, it can be used as a power-saving device when used in combination with an external power source.

FIG. 8 is a schematic view of a structure having a columnar column. A building such as a building may have a columnar pillar or a curved outer wall depending on the purpose and design of the building. By using a curved solar cell panel as shown in FIG. 4 for a curved surface such as a cylinder of such a building, it becomes possible to use the wall surface of photovoltaic power generation for the curved surface, which has been difficult in the past. Moreover, since products having colors have been developed in recent years for thin-film solar cells, the solar cell panels can be installed on the wall surface without damaging the scenery of the building.

FIG. 10 is a schematic diagram of a building in which curved solar cell panels are mounted at corners of the building. As described above, buildings such as buildings may have circular pillars and curved outer walls depending on the purpose and design of the building. As shown in FIG. 10, by using a solar cell panel having a curved surface as shown at 22 at the corner of the outer wall of the building, it becomes possible to use solar-powered wall surfaces for the corner, which has been difficult in the past. Moreover, since the product which has a color is developed in recent years for a thin film solar cell, a solar cell panel can be installed in a wall surface without impairing the scenery of a building by utilizing these.

FIG. 11 is a schematic view of a solar cell panel in which a light source is arranged on one end surface in the longitudinal direction of a double-sided light-receiving solar cell panel having a convex bulge by ceramic printing. In the figure, 23 is a cover glass, 24 is a ceramic printing convex bulge, 25 is a conductive electrode layer base, 26 is an insulating protective layer, 27 is a back coating material, 28 is a transparent substrate, 29 is a frame, and 30 is a light source. , 31 is a power supply lead to the light source, and 32 is a lead for taking out the generated power. The light receiving surfaces of the two single-sided light receiving solar panels are aligned with each other through a transparent substrate, and are attached to one end surface in the longitudinal direction. In the monument structure according to the present invention, the light source can be appropriately arranged as an integral structure for lighting a desired light source. Further, FIG. 13 is a solar cell panel in which a light source is arranged on one end face of the double-sided light receiving sun of FIG. 11, for example, depending on the regulation of colored decorations, patterns, etc. by a landscape ordinance at a place where a monument is placed, Instead of the colored double-sided light-receiving solar panel having the convex bulge portion by the ceramic printing, the surface processing of the convex bulge portion by the ceramic printing can be performed.

FIG. 12 is a schematic diagram of three-dimensional joining of a solar cell panel having a ceramic printing bulge. In the figure, 23 is a cover glass, 24 is a ceramic printing bulge, 25 is a conductive electrode layer substrate, 26 is an insulating protective layer, 27 is a back coating material, 28 is a transparent substrate, 29 is a frame, 30 is a solar cell panel The monument structure of the present invention can be appropriately adopted as a means for separately forming the corner structure, if necessary. Further, FIG. 14 is replaced with a colored double-sided light receiving solar panel having a ceramic-printed convex bulge, depending on the landscape ordinance of the place where the monument structure is installed, without the relation between FIG. 11 and FIG. Thus, the convex bulge portion formed by the ceramic printing is not formed, and the cover glass is not subjected to surface processing.

FIG. 15 is a block diagram of a monument structure according to the present invention, which is a combination of a solar battery panel and control ancillary devices such as storage batteries and lighting. Electricity from the solar cell part of the solar cell panel is charged into the storage battery part 34, or electricity from the wind power generation part at the time of combined power generation is charged into the storage battery part 34. Further, the storage battery unit 34 is connected to a power control unit 35 connected to an external power source, and further sent to a power distribution unit 36, and a power consumption unit such as lighting, a power consumption unit such as a fountain pump, and other power consumption units 37 It is connected.

Hereinafter, although it is the best embodiment of the installation structure of the monument structure of the present invention, the present invention is not limited to these examples. (1) A solar cell panel having a light source as shown in FIG. 11 and a solar cell panel on which a ceramic printing convex bulge is formed can be combined to exhibit the design and display effect of light emitted from the wall surface by the solar cell panel. . Further, (2) (a) In the configuration of the solar cell panel in which the ceramic printing convex bulge is formed, the ceramics described in the prior patents Nos. 3286777, 3482370 and 30429238 proposed by the applicant -It is desirable to use the solar cell module of the translucent board | substrate with which the convex bulging part was formed by the screen printing method using ink. Among them, in Japanese Patent No. 3049238, a surface coloring layer is coated on one side surface of the convex portion using colored ceramics and ink, and light transmittance is left on the exposed portion of the other side surface. A solar cell that has both colorful and fascinating features when receiving light from above and looking up from below by arranging the light-transmitting non-printing part and the printing part of the coloring layer above and below A monument structure having the panel as at least a part of the structure can be manufactured.

In addition, in the solar cell module described in (b) Japanese Patent No. 3049238, at least the convex portion in the convex bulge portion that is formed by a screen printing method using ceramics / ink and is approximately evenly and regularly formed as desired. This is a translucent substrate with a surface coloring layer on one side, which works together with the coloring effect of the surface cover glass to suppress direct reflected light. The effect of preventing the decrease in efficiency can be expected, and the suppression of direct reflection can be expected. (C) In the configuration in which the color printing is performed on the half surface of the convex bulging portion of the surface cover glass, rainwater, dust and the like can be easily removed. Thus, in the installation structure of the monument structure according to the present invention, if the surface coloring layer is layered by using colored ceramics / ink as desired on the surface cover glass, it is in harmony with light reflection prevention and environmental landscape. The solar panel is displayed in a colorful manner by decorative displays such as letters and pictures, and at least a part of the structure is attached as an integral structure by the decorative design display of the monument structure, unless there are restrictions on environmental regulations, etc. Together with the original power generation of the solar panel, it works to brighten the environment, bring a display effect, bring a unique landscape to the installation location, and exhibit a unique motif as a monument structure.

Further, (3) in the present invention, the structure using or combining the solar cell panels has a high degree of design freedom, so that it can be easily combined with a device using natural energy other than solar cells, and the wind power generation shown in FIG. By combining structures and moving structures, combining the solar panel and wind power generation structure with a motif unique to the monument structure without damaging the scenery of the installation location And a clean monument structure with no environmental pollution. (4) A curve, a straight line, a flat surface, and a curved surface are combined, and both solar power generation and wind power generation using natural energy can be manufactured in a design-free manner. (5) Monument structures of various shapes or structures can be manufactured by means of combining solar cell panels with the joint fitting 33 shown in FIGS. (6) By using an external power source and a storage battery together, a monument structure in which not only natural energy such as wind power but also artificial energy from the external power source coexists can be configured. (7) FIG. 1, FIG. 2 and FIG. 3 show an embodiment in which a monument structure is produced by combining a fountain and a columnar column, a triangular columnar column, or a quadrangular columnar column alone or in combination. The shape of the monument structure can be manufactured according to the design requirements from combinations of shapes that can be manufactured, not limited to a square pillar shape, and the stored electricity can be illuminated at night using the generated electricity. It is possible to install a monument structure with movement such as a fountain in addition to lighting at the part.

It is a perspective view of the collective monument of the cylindrical structure by a curved surface solar cell panel. It is a perspective view of the collection monument of the triangular prism structure by a solar cell panel. It is a perspective view of the collection monument of the quadratic prism structure by a solar cell panel. It is the solar cell panel by the thin film solar cell which has a curved-surface structure. It is a schematic diagram of the monument which performs wind power generation using a curved surface solar cell panel. It is the outline figure of the structure by the solar cell panel which combined the straight line and the situation It is the schematic which combined the light with the monument which has an electric power generation function. It is a schematic diagram of the building which has a column-shaped support | pillar. It is a schematic diagram of the power generator which combined the conventional wind power generation and solar power generation. It is a schematic diagram of the structure which attached the solar cell panel to the side wall and the corner | angular part. It is a schematic diagram of the double-sided light receiving solar cell panel having a ceramic printing bulge. It is a schematic diagram of the three-dimensional joining by the joining metal fitting of the solar cell panel which has a bulging part. It is a schematic diagram of a double-sided light receiving solar cell panel. It is a schematic diagram of the three-dimensional joining by the joining metal fitting of a solar cell panel. It is a block diagram which combined the battery and illumination of the solar cell panel and the control apparatus.

DESCRIPTION OF SYMBOLS 1 Fountain 2 Cylindrical monument structure 3 Triangular prism-shaped monument structure 4 Square columnar monument structure 5 Transparent plate processed into curved surface structure 6 Thin film type solar cell 7 Solar cell protective film 8 Arm 9 Support body 10 Base part 11 Wind receiving part Solar cell structure 12 of blade in 12 Monument top surface 13 Monument side surface 14 Monument curved surface 15 Light 16 Building roof 17 Building main body 18 Building side wall 19 Building window 20 Building external column 21 Solar cell to be separately provided for monument Panel 22 Solar cell panel 23 mounted on the corner of the structure with a curved surface 23 Cover glass 24 Ceramic printing convex bulge 25 Conductive electrode layer base 26 Insulating protective layer 27 Back surface covering material 28 Transparent substrate 29 Frame 30 Light source 31 Light source Electric power supply lead 32 Generated power extraction lead 33 Solar cell panel Joint device 34 generated power storage unit 35 the generated electric power, external power monitoring management unit 36 power distribution management and distribution unit 37 power unit, such as lighting and pumps

Claims (5)

In the monument structure, the structure is a columnar shape in which a thin film type and / or crystal type solar cell panel selected from a single or a combination of a plurality of design constituent materials is used. It is a monument structure composed of a polygonal three-dimensional structure, and is connected to a solar panel mounted on the structure, and is equipped with an auxiliary device such as a rechargeable battery unit and illumination unit. Monument structure installation structure. In the three-dimensional structure having a curved surface in the structure, a thin-film solar cell is subjected to semicircular or circular curved surface processing, and a glass or acrylic resin that transmits light is adhered to the inside thereof, 2. The monument structure installation structure according to claim 1, wherein a transparent back sheet for protecting a solar cell is attached. The installation structure of the monument structure according to claim 1 or 2, wherein a wind power generator is combined with a solar cell portion in which a solar cell panel is mounted on the structure. A convex bulge is formed on the substrate surface of the cover glass of the solar cell panel by a screen printing method using ceramics ink, and at least one side peripheral surface of the vertical line at the vertex center of the convex bulge 4. A monument structure installation structure according to claim 1, wherein the surface coloring layer is layered using colored ceramic ink. In a configuration in which a surface coloring layer is coated with colored ceramics / ink on one peripheral surface of the convex portion in the convex bulge portion, and light transmittance is left on the exposed portion of the other one peripheral surface. The monument structure installation structure according to any one of claims 1 to 3, wherein the non-printing part and the printing part of the surface coloring layer are arranged vertically.

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