KR20150051748A - Photovoltaic module with solar induction bar - Google Patents

Abstract

The present invention relates to a photovoltaic power generation module including a sunlight inducing stand and, more particularly, to a photovoltaic power generation module including a sunlight inducing stand capable of shining a shadow area hidden by a building since a separate sunlight inducing device is disposed on a photovoltaic power generation panel formed on the rooftop of the building. A rotating unit (150) is combined with the upper side of a pillar (195). A flexible duct pipe (197) is connected to the lower end of a sunlight induction recess part (188) by penetration. The sunlight induction recess part (188) is composed of a curved recess part (238) and a moving recess part (228). A moving section for air circulation is provided on the moving recess part (228). A substrate (185) for a photovoltaic module (170) is made of a transparent element which is an organic material.

Description

Photovoltaic module with solar induction block {omitted}

The present invention relates to a photovoltaic power generation module having a solar photovoltaic module, and more particularly, to a photovoltaic module having a solar photovoltaic module provided on a roof of a building or the like, Is an invention that is constructed to illuminate the light.

Generally, buildings and naturally formed shadows have low practical living conditions due to the sunlight blockage, especially due to low temperature in winter.

Therefore, although the reflector or the optical cable is used to effectively shade the shadows formed in the building, the problem of low economical efficiency is a problem.

Although sunlight uses refraction as a convex lens to form the induction of sunlight, the use of refraction glass as the convex lens is practically difficult to put into practical use due to economical problems.

In addition, the module formed on the solar photovoltaic panel is being developed in a direction to enhance the transparency effect as much as possible, and it is a tendency to generate electricity in conjunction with indoor lighting by developing it to be used for attaching to a window frame of a building .

In addition, the photovoltaic panel, which is constructed as large as possible on the roof or the wall of the building, is a structure that provides solar power generation in addition to solar power generation in the sunlight. And a rotation drive device is provided according to the movement of the sun.

  Buildings constructed on the ground are provided with a solar power generator that slopes obliquely at an angle from the roof so as to be directed to a sunny sunny place to provide solar absorption or solar power generation. (10-2011-0081696)

Here, the column for the photovoltaic panel is provided with a rotation allowance so as to track the movement of sunlight so as to effectively perform the solar power generation. (10-2008-86530, 10-2011-0043713)

However, in order to perform wind power and solar power generation on the rooftop of most of the buildings so as to provide not only solar power but also wind power, the upper end of the solar power generation plate is provided with a horizontal rotation Thereby providing a device. (10-2011-0043713)

In addition, the induction tube for guiding the sunlight uses the optical cable so that the inside diameter of the optical cable is reflected by the sunlight so as to pass through the bent optical cable.

Also, the duct pipe for conveying the air is made of a sus material, so that the workability for bending and the reflection power of sunlight are well formed.

  In addition, in a generally-formed building or area where the irradiation of sunlight is blocked (hereinafter referred to as a "shade area"), due to the lack of sunlight, drying and germicidal power, Which is a cause of various diseases.

In addition, the construction of wind power and photovoltaic power generation devices to achieve effective development of sunlight or wind power in the air on the ground or the rooftop of a building is disclosed in the application filed on the date of filing 2008/08, 0116558 discloses a rotary blade provided at an upper portion of a support column so as to be installed at a predetermined height so as to maintain a predetermined distance for restoring the rotational force against the wind power blown from the air, It occurs only in the moment, and since it is installed in the air, the amount of sunlight shining in clear weather is said to be infinite.

   Therefore, in the present invention, in order to provide the sunlight to be exposed to the air, in the present invention, in particular, the installation of the bearing and the support beam and the frame block protruding from the support column and the support beam, And a columnar rail for driving the wheels is provided, so that the solar power generating block is rotationally driven according to the movement of the sunlight. And a support beam having a rotating means coupled to the support column and a solar photovoltaic panel in the frame are provided to induce wind power as well as solar power generation.

 In addition, the structure of the surrounding space in which the building or the work site solar power generating apparatus described above is installed is a clear view, and it is said that the strength of the wind power is high and the amount of sunlight shines is large.

  Therefore, the characteristics of the wind power and the photovoltaic power generation device having the above structure are provided at a low height without using a high-length support column, so that the sunlight is rotated by the relative movement of the sunlight, To reinforce the economic efficiency of environmental reinforcement effect.

  In addition, in the present invention, 10-2011-0039797 is provided to lower the surface temperature of a heated solar cell plate by installing an air flow port on the solar cell plate.

The present invention has been devised in order to solve the problems as in the prior art, and it is an object of the present invention to provide a power module of a photovoltaic power generator installed on a roof or a wall of a building, To provide scarce sunlight to the shaded areas or underground areas of the city.

  In addition, the above-mentioned module for the solar power generating plate provided with transparency organic material or nanostructure module, which is the third generation, provides reinforcement of transparency to the EVA sheet as a substrate, thereby enhancing the sunlight permeability of the solar power generating plate It is for a cycle.

  In addition, in order to economically reinforce the optical fiber for inducing the sunlight transmitted through the solar light discharge plate, a reflection tool is formed, and a duct pipe made of stainless material is used at the lower end of the reflection tool to reinforce the reflection force It is to reinforce economic efficiency by inducing sunlight to shade area.

A rotation means 150 coupled to a roof 168 of the building 166 in which the interior 165 and the shade 160 are formed or an upper side of the column 195 protruding fixedly from the props 155, And a frame 130 interlocked with the frame 150 is coupled with the shroud 135 so that the photovoltaic power generation plate 145 is rotationally driven. A flexible duct pipe 197 connected to the sunlight mineral oil groove 188 and the fixing base 181 so as to penetrate through the lower end of the sunlight oil notched groove 188 and a flexible duct pipe 197 at the end of the flexible duct pipe 197, 160, which is connected to the duct 140,

A transparent synthetic resin substrate 177 formed of the photovoltaic power generation plate 145 and a photovoltaic module 170 separated from the transparent substrate 177 by a spacing interval 178. [

The continuous sunlight oil guide groove portion 188 is formed by the bending recessed groove portion 238 and the movable recessed groove portion 228. The movable recessed groove portion 228 is formed by assembling the solar power generation plate 145 An air circulation moving section 245 is provided.

Also, the substrate 185 for the solar module 170 may be provided with a transparent body,

A cap 165 of a housing 163 fixed downward at the edge of the fixing plate 140 and a lower end of a wheel 195 projecting from the cap 165 of the housing 163, (180) and a circumferential rail (190) to which the wheel (180) is interlocked.

The present invention relates to a solar cell module provided in a solar photovoltaic module installed on a roof of a building, through which sunlight shining through the solar module is penetrated, The present invention provides an apparatus for irradiating sunlight with sunlight, which is provided with a conventional photovoltaic panel in a transmissive manner, wherein the sunlight is irradiated to the shade, wherein the disinfection, drying, warming The present invention provides an economical efficiency and practicality of a place where construction is performed by reinforcing the efficiency of a conventional solar power generation plate.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a partially cutaway perspective view of a recess of the present invention.
2 is a sectional view taken along line AA in Fig. 1
Figure 3 is an assembled state diagram for the recess in Figure 2
Fig. 4 is a partially cutaway perspective view of the recess in Fig.
Fig. 5 is a view showing the state of use
6 is a cross-sectional view of the condition of use of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a sectional view taken along the line AA in Fig. 1, Fig. 3 is a state in which the recess is assembled to the recess in Fig. 2, Fig. 4 is a cross- FIG. 5 is a state view of the recess in FIG. 4, and FIG. 6 is a sectional view of the recess in the present invention.

Accordingly, the present invention provides a solar power generator plate 145 which is constructed on the ground and generates electricity by sunlight shining on a roof 168 of a building 166 formed by a sound field 160 and an interior 165, The solar power generating plate 145 coupled to the rotating unit 150 that rotates according to the movement of the sun and the fixed plate 140 that is linked to the rotating unit 150, It is being used to develop.

However, in order to accelerate the drying of the sunlight shining on the solar power generation plate 145, particularly in the winter when it is heated in winter or during the rainy season, it is necessary to use the shade 160 described above or the invention The substrate 180 for the photovoltaic power generation plate 145 is used as a transparent synthetic resin material in order to guide the sunlight to the shade formed by covering the roof of the building. And a photovoltaic module (170) having a spaced apart interval (178) spaced apart from the substrate (180) so as to be continuously and repeatedly provided in left and right directions, It is a principle that the substrate 180 is provided to transmit sunlight.

In addition, the present invention is directed to providing a solar panel (145), which is described above, with a fixing plate (140) fixedly coupled to the solar panel (145) and guiding the transmitted sunlight to the shaded area (160) Which is formed by being fixed at the roof 168 of the building 166 in which the indoor 165 and the sound field 160 are formed so as to maximize the collection of the sunlight while being fixedly installed in most of the ground, And a frame 130 interlocked with the rotating unit 150 is mounted on a fixing plate (not shown) coupled to the shroud 135 140 of the photovoltaic power generation plate 145 is used.

A sunlight oil guide groove 188 (hereinafter referred to as " sunlight oil guide groove ") is formed to have a predetermined size to match the width of the fixing plate 140 fixed to the back surface of the solar power generation plate 145, And the fixing base 181 are provided in a continuous alternating manner on the entire surface of the solar oil light guide groove 188 which protrudes by the spaced folds of the sunlight oil guide groove 188, And a flexible duct pipe 197 connected to the lower end of each of the sunlight oil guide grooves 188 so as to pass through the sunk oil guide groove 228 (hereinafter, referred to as a movable groove section) And the sunlight irradiated to the duct 188 is connected to the inner space of the duct duct 197 through reflections and refractions. In this case, the plurality of duct ducts 188 connected to the sunlight oil guide groove 188 19 7) is connected to a duct pipe (hereinafter referred to as a duct duct) 199 made of a stainless steel material so as to be irradiated to the sound papers 160 of the building 166 or the room 165.

The material of the sunlight oil pouring groove 188, which is formed by bending so as to be continuously and repeatedly arranged in the width region of the fixing plate 140 described above, is preferably provided by a bending process with a thin stainless steel plate or the like The solar duct connected to the sunlight oil guide groove 188 by reflection and refraction is preferably a flexible duct pipe 197 formed of stainless steel having good curvature. The ends of the flexible duct pipe 197 are integrally weaved so as to be twisted and transferred to the wall sections of the building 166 to which the flexible duct pipe 197 connected to the respective sunlight oil guide groove 188 is to be installed, In the connection of the flexible tube 199, the refracting process is favorably provided even in the curved state in the inner space of the optical duct for transmitting the sunlight, which is formed by stain, to be formed in the entire section of the fixing plate 140 That is, the shade 160, the room 165, and the like, which are set so that the sunlight introduced from the plurality of sunlight oil guide grooves 188, which are arranged to shine together, are illuminated.

Here, the material for the sunlight oil pouring groove portion 188 formed by bending the fixing plate 140 is formed of a metal material, and a silver foil having good sunlight reflection function is formed on the inner surface of the sunlight oil pouring groove portion 188 of the metal material 144 so as to guide the solar light to the flexible duct pipe 197, which transmits the sunlight through the solar power generation plate 145.

In addition, since it is essential to ensure the transparency of sunlight in the solar light irradiation on the solar oil pouring groove 188 formed by bending the sunlight to a predetermined size to match the width of the fixing plate 140, And the transparent substrate 185 is provided with a solar cell module 170 which is spaced apart from the transparent substrate 185 by a spacing interval 178. The transparent substrate 185 is formed of a transparent glass substrate, It is preferable to use it as a material having good permeability.

In addition, the solar power generation plate 145 provided in the sunlight oil pouring groove portion 188 described above is inevitably heated when the sunlight is irradiated for a long period of time. In the present invention, The present invention provides an air purifying apparatus for air purifying air in a room such as a shade 160 or a basement by guiding the air in the room. 188 are formed by a fixing stand 181. [0064] As shown in FIG.

The movable recessed groove portion 228 is formed in a section between the convex portions 238 formed by bending to connect the section between the fixing legs 181, The pressurizing pump 171 fixed to one side edge of the fixing plate 140 and the air supplied to the inlet port 173 are provided to the fixing plate 140 And is circulated while being heated while being moved to the movement section 245 formed in the entire section.

It is preferable that the substrate 185 for the solar module 170 is provided with a transparent body made of organic material.

In order to provide rotation of the solar power generation plate 145 provided on the fixing plate 140 so that the direction of sunlight coincides with the movement of the sun, A cap 165 of a housing 163 fixed downward at the edge of a fixed plate 140 rotatably driven by a coupling and a lower end of a column 195 protruding from the cap 165 of the housing 163 And a circumferential rail 190 in which the wheel 180 is interlocked with the wheel 180 is provided.

Here, the photovoltaic panel 145 equipped with the frame 130 as the fixing plate 140 in the upper section of the shoehood 135 is installed in the air so as to reduce the damage to blowing wind, And a circumferential rail 190 interlocked with the guide rail 180 is provided so as to be installed in a slightly oblique direction in an inclined direction so as to maximize the sunshine.

Although the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but variations and modifications may be made without departing from the scope of the present invention.

In addition, the photovoltaic panel provided as a column in the upper section of the frame is installed in the air so as to reduce the damage to wind blowing, and is installed in a slightly oblique state in an inclined direction so as to maximize the sunshine .

In the coastal area or the mountainous area where it is difficult to supply the blast furnace, it is possible to improve the environment of the surrounding facilities by using the solar power generation plate and to enhance the economical efficiency of the energy generation. do.

Although the present invention has been described with reference to the exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but variations and modifications may be made without departing from the scope of the present invention.

Description of the Related Art [0002]
145: solar power generator plate 150: rotating means 160: shaded
163: housing 170: solar module 180: wheel 185: substrate
188: sunlight oil groove portion 197: musical duct pipe 199: susse duct pipe
228: moving and recessed portion 238: bending recessed portion 245: moving section

Claims (3)

A rotation means 150 coupled to a roof 168 of the building 166 in which the interior 165 and the shade 160 are formed or an upper side of the column 195 protruding fixedly from the props 155, In a solar photovoltaic plate 145 provided on a fixing plate 140 rotatably driven by engaging a frame 130 interlocked with the shroud 135,
A flexible duct pipe 197 connected to the lower end of the sunlight oil pouring groove portion 188 so as to pass through the sunlight oil pouring groove groove portion 188 and the fixing pole 181 provided on the fixed plate 140 in a continuous alternating manner, A duct duct 199 connected to the sound duct 160 at an end of the flexible duct 197,
A transparent conductive substrate 177 made of a synthetic resin and formed of the solar power generation plate 145 and a solar induction unit provided in the solar cell module 170 separated from the transparent substrate 177 by a spacing interval 178 PV modules. The method according to claim 1,
A silver foil 144 adhered to the inner surface of the sunlight oil shaving groove 188,
The continuously moving sunlight oil groove portion 188 is formed by a bending recessed groove portion 238 and a moving recessed groove portion 228. The movable recessed groove portion 228 is formed by assembling the solar power generation plate 145, And a solar induction band to which a circulating movement section (245) is provided. The method according to claim 1,
The substrate 185 for the solar module 170 may be formed of a transparent material,
A cap 165 of a housing 163 fixed downward at the edge of the fixing plate 140 and a lower end of a wheel 195 projecting from the cap 165 of the housing 163, (180) and a columnar rail (190) to which the wheel (180) is interlocked.

Images