KR20130065044A - Water surface structure with solar power generator addressed to wind power generator - Google Patents

Abstract

PURPOSE: A water surface structure with a wind power generator equipped with a solar energy generator is provided to have a solar energy generator on the outer side surface of support pillar, thereby generating wind power as well as solar power in the deep sea and the like. CONSTITUTION: A water surface structure with a wind power generator equipped with a solar energy generator includes a first generating block(100) including a wind power generator(70) and a solar power generating plate(50). A rainwater guide pipe(58) is provided in the lower side portion of solar power generating plate. A foundation structure(42) consists of the deck(47) of floating ship. The foundation structure is connected with a connection ring(35) at the edge of frame block(52') for at least two first generation blocks which are in the section of deck.

Description

Water surface structure where solar power generator is addressed to wind power generator

  The present invention relates to a water surface structure in which a photovoltaic device is addressed to a wind power generator, and more particularly, a support column provided in a wind power and a photovoltaic device provided to protrude while being supported on the surface of a coastal zone or a reservoir. It is an invention for solar power generation and wind power generation on the surface of the deep sea, such as by having a water surface structure on the lower surface of the water to facilitate the rotational movement of the movement direction of the sun or the blowing direction of the wind.

  In general, the wind farm is built on the sea level fixed in the base structure to be fixed to the sea surface in a predetermined section to secure a high support pillar to reinforce the rotational force against the wind, but rotates in the upper section of the support pillar This is provided by installing the wings.

In addition, it is used as a farm by installing a net in a section between the cylindrical boogies that provide buoyancy in a predetermined section at sea level and fixing them in a grid shape. It is.

   It is a realistic perception that the construction of a wind farm that is installed in the sea level where the wind is blowing and the sea level has a clear view ensures the optimal economy.

  Therefore, the installation of offshore wind farms is to ensure the robustness against currents or storms by using fixed pillars protruding from the sea floor.

  This is because the wind farm constructed at sea level is buried in the bottom surface from the water surface, and the upper side of the support pillar to fix the projection to the upper end of the foundation structure for installation to a predetermined length so as to be fixed by exposure at sea level. At the end, by providing the rotary blades by the wind as a combination, it is provided to convert the wind power of the wide space into the rotational force, but this is a structure that is installed in the high position of the support pillar and the rotary blade is uneconomical to install buoyancy on the sea surface However, strong winds caused by typhoons, etc. will be called an unsafe structure.

  Therefore, in order to economically install the foundation structure protruding in the sea surface while being buried in the bottom surface, it is a trend to provide by installing in the sea level with a low depth in the coastal area of the rearing area.

However, to provide the present invention, the strong winds and ocean currents, such as mobility for the safety of the reinforcement in reducing the damage and at the same time, electricity generation by the solar and wind friction.

   In addition, since rainwater is often very important at sea level or in a dry area, rainwater falling on a solar panel is provided for storage in rainy weather.

  In addition, in order to increase the economic efficiency of the production of energy by wind power, the solar power plate is fixed to a transparent guide plate so that a predetermined wind path is formed, thereby reinforcing the rotational force against the wind power and preventing dust and dust scattered in the air. Ensure cleanliness is maintained.

   In addition, to minimize the damage caused by typhoons and strong winds to move to the appropriate section, and to reduce the damage of resistance to the solar panel to a minimum.

In addition, buoyancy reinforcement at sea level as well as a reservoir for rainwater to provide a sub-cylinder to each other in the form of intersecting blocks in a lattice form, while the structure of the power block is installed on the water surface to form buoyancy in the left and right directions This is to provide a buoyancy cylinder that is connected continuously and repeatedly.

   This is because the distance between the support pillars for the wind turbine installed in the sea surface is rotated by rotating the rotor blades, the distance required to collect the distributed wind power to provide the wind power, the distance of about 60 ~ 70m, The problem is that the area efficiency for the wind farm is low.

  Therefore, the present invention provides a wind power induction photovoltaic panel for shortening the distance (recovery distance) for recovering wind power dispersed in the process generated by the rotation of the rotary blade in the distance section between the wind power generator described above By providing, it is an invention for reinforcing the economics of the area for the offshore wind farm by reducing the recovery distance described above.

  In addition, by installing the power block in the sea with buoyancy, to provide a stable installation and management easy to move by the deep sea region or waves.

  Therefore, the demand for the production of electric power for wind power blowing from the sea level of deep sea areas that form deep sea areas with deep topography as well as the solar power reflected on the solar panels is required to reinforce economics. to be.

       In general, the configuration for the wind power generator, the power generation facility is provided in the upper portion of the support pillar to be installed at a predetermined height to maintain a predetermined distance for recovering the rotational force for the wind blowing in the air By installing the rotor blades, it occurs only at the moment of passing wind, and because it is installed in the air, the amount of sunlight shining in clear weather is infinite.

   Therefore, in the present invention, to provide for the development of sunlight exposed to the air, in 2008 0096866, 0116558, which was previously filed in the present invention for this, in particular, the bearing 56 protruding as a bond in the support column 63 And a plurality of pillars protrude at equal intervals from the edge of the frame 52 and the support beam 52 thereof, and the pillars are provided with a photovoltaic plate coupled with a rotating means. In addition to photovoltaic power generation was provided to induce wind power.

   In addition, the cross section of the frame block 52 is preferably a rectangular structure in which a quadrilateral corner is formed, and is connected to each other by a ring 35 to the corner portion of the frame block 52 provided in the power generation block 100. As a result, a plurality of power generating blocks 100 connected to each other are provided to stably fix the combined power generation of wind and solar power.

  Here, re-establishment of wind power that blows the wind induced by the inclination of the photovoltaic panel 50 installed in the frame block 52 of the power generation block 100 to the rotor blades of the wind power generator 70 installed in connection with each other. By providing a shorter distance to the wind turbine, the economics of the area in the wind farm are enhanced.

  In addition, the structure of the sea level 45 is installed above the marine wind power generator described above will have a high intensity of the wind blowing into the structure of the sea surface more wider than land, and also a lot of sunlight.

Therefore, as an invention for providing a more economical density of the reinforcement by narrowing the distance of the restoration to the propulsion force of the wind blown from the rotary wing for the economical reinforcement of the installation in the wind farm at sea level,

   The structure of the floatation vessel 46 provided with the reservoir 57 described above is a ship type, and the reality is that there is a lot of lack of diversity for economic efficiency in a large area for use in the sea level 45.

   Therefore, the characteristics of the wind and photovoltaic device having the above structure is provided at a low height without using the support column 63 of a high length, so that the stable buoyancy in the state of being supported by the typhoon or buoyancy in the sea relatively Will be maintained.

  In addition, in the sea when the wind is blowing, and the sunlight is evenly reflected in the clear weather, the sun is provided in the air is provided with a rotary blade connected to the rotary shaft formed by a rotary blade formed to the predetermined length and a power generator coupled thereto. It is to be provided with a uniform density, to provide a case of installation in the sea or deep sea area by forming a base structure fixed to the surface of the water so that the power generation device not shown in the drawing is provided.

  Accordingly, by providing the power generated by the changed wind as well as the sun by the floating in the deep sea region or the sea at a long distance, it is to reinforce the economics of the shelter for the damage of the typhoon and the generated power.

The present invention has been made to solve the same problem as the prior art, for the power block for the solar and wind power generators installed in the sea surface, to provide a stable buoyancy of the sea surface to be installed even in deep sea areas In addition, to reduce the damage caused by the occurrence of the typhoon, and to provide the wind turbines to store the rainwater and the wind blowing to the solar power as effectively as possible.

  In addition, it is to provide a space to reinforce economics such as aquaculture farm by forming a space in the interval between the intersection of the buoyancy band to be installed.

  In addition, the passage section for the maintenance and repair of the solar panel is provided with a connecting rod having a bending response to solve the bending stress caused by strong winds or waves, so as to avoid the hurricane or stable in the sea surface in the long term The purpose is to provide buoyancy blocks as durable as possible by providing operation.

Wind power provided with a rotary blade 60 on the support rod 66 at the upper end of the support pillar 63 is fixed to the upper side of the foundation structure 42 is exposed to the sea surface 45 is buried in the seabed 47 The first portion provided with a protruding photovoltaic plate 50 in an outer section that is assembled by a frame block 52 ′ provided as a support beam 52 at an intermediate portion of the power generator 70 and the support pillar 63. In the power generation block that connects the power generation block 100 with a plurality of two or more,

The rainwater induction pipe 58 is provided in the lower section of the photovoltaic plate 50,

   The base structure 42 is provided as a deck 47 of the support ship 46,

  In the section of the deck 47, the invention is characterized in that it is provided by connecting by providing the connection ring 35 at the corner of the frame block 52 'for two or more first power block (100).

       In addition, the photovoltaic plate 50 is connected to each other to form a photovoltaic plate 50 ',

    Support beams 52 connecting the rotation means 80 'provided in the pillar 61 of one side section of the frame block 52' protruding by coupling from the support pillar 63 of the first power block 100. By providing a rotating device (59 '), the invention is provided to change the induction of wind power in accordance with the inclination of the solar panel 50'.

In addition, the flotation line 46 is provided with a buoyancy band 30 reinforced with a frame 33 in the upper and lower sections, and the buoyancy band 30 is continuously connected to the connector 36,

The buoyancy table 30 is provided with a cross section 55 to each other to provide a lattice buoyancy block 152,

In the intersecting section 55 of the buoyancy block 152, while fixing the fixing base 56 of the support pillar 63 by insertion,

    The edge of the frame block 52 'is composed of a power generation complex consisting of providing the moving path 65 is formed by the coupling of the connection ring 35,

The reservoir (57) is formed in the buoyancy table 30 of the buoyancy block 152, the storage tank 157 is an invention provided characterized in that the rain water flowing from the rainwater induction pipe 58 is provided to hold. .

The present invention provides a semi-submersible stably for installation in solar power and wind power generators installed at sea level, even in deep sea areas, while reducing the damage caused by typhoons. The purpose is to provide wind power to the reservoirs and solar panels that store the rainwater as effectively as possible.

Therefore, the present invention uses the buoyancy irrespective of the depth of the sea surface and at the same time more closely install the structure of the power generation device to form the power block by the induction of wind power by the solar panel, the economical and constructability The invention provides an effect.

1 is a partial perspective view of a power generation block provided in the prior art
2 is a cross-sectional view taken along the line AA in FIG.
Figure 3 is a partial perspective view of one embodiment of the use state for the main portion in Figure 1
4 is a perspective view of another embodiment of the state of use in FIG.
Figure 5 is a perspective view of one embodiment of the use state in Figure 4
6 is a cross-sectional view taken along line BB in FIG.
Figure 7 is a perspective view of an embodiment of the main part of the present invention.
8 is a cross-sectional view taken along line CC in FIG.
Fig. 9 is a driving state diagram of the use state in Fig. 8
Figure 10 is a partial perspective view of the embodiment in Figure 7
FIG. 11 is a cross-sectional view of the embodiment taken along line DD in FIG. 10. FIG.
Figure 12 is a partial perspective view of another embodiment of the main part of the present invention.
FIG. 13 is a sectional view taken along the line EE of FIG.
FIG. 14 is a sectional view taken along line FF in FIG.

Hereinafter, described in detail with reference to the accompanying drawings, the configuration according to the most preferred embodiment for the field construction of the present invention.

1 is a partial perspective view of a power generation block provided in the prior art, FIG. 2 is a cross-sectional view taken along line AA in FIG. 1, FIG. 3 is a partial perspective view of an embodiment of a use state for the main part in FIG. 1, and FIG. 4 is FIG. Is a perspective view of another embodiment of the use state, Figure 5 is a perspective view of one embodiment for the use state in Figure 4, Figure 6 is a cross-sectional view taken along line BB in Figure 5.

7 is a perspective view of an embodiment of the main part of the present invention, FIG. 8 is a cross-sectional view taken along line CC in FIG. 7, FIG. 9 is a driving state diagram of the use state in FIG. 8, and FIG. 10 is a partial perspective view of the embodiment in FIG. 11 is a cross-sectional view of the embodiment taken along line DD in FIG.

12 is a partial perspective view of another embodiment of the main part of the present invention, FIG. 13 is a sectional view taken along the line E-E in FIG. 12, and FIG. 14 is a sectional view taken along the line F-F in FIG.

  Therefore, the present invention forms the generator 70 is rotated by the support rod 66 is installed in a high position to the support column 63 in order to use the wind blowing in the air wind power blowing in the sea space Rotating blades 60 fixed to the rotary shaft by the wind blowing by the wind is to be configured to rotate by the wind.

However, the wind power generator 70 is to generate power only when the wind is blowing, but the strength of the wind blowing in the surrounding space changes in strength in accordance with the change in the weather, in the present invention is induced according to the strength of the wind The invention is to provide to adjust the amount of wind power.

  Therefore, the frame block 52 'is coupled to the rotating means 80' so as to have a predetermined width provided to protrude from the lower side of the support pillar 63, and protrudes fixedly from the edge of the frame block 52 '. While forming a predetermined area provided on the pillar 61 is a solar power generation by the solar panel 50 coupled to the inclined slope, if the wind is blowing wind power is continuously installed in each other The invention provides a first power block 100 which is formed to blow in the direction of the rotor blade 60 of the device 70.

  The structure of the rotating means (80 ') for assembling the frame block 52' while being coupled to the support pillar (63) described above is provided with a bearing and a housing (not shown) and is composed of a timer (not shown). The controller is preferably configured to rotate so as to match the direction of movement of the sun or the blowing of the wind.

Here, the configuration of the frame block 52 ′ described above may be formed as a rectangular block having a plurality of corners while forming a predetermined area, and the pillars 61 protruding while being fixed to the corners 72. It is to be provided to install the solar panel 50 is described.

  In addition, the first power block 100 is connected to the edge 72 of the frame block 52 'formed on the first power block 100 in succession to each other, the connection ring (between the edge 72) 35), it is provided to the movement path 65 of the frame block 52 'section connected to each other in the section connected to the connecting ring (35) (Figs. 1 to 3).

  In addition, the photovoltaic panel 50 provided as a pillar 61 in the upper section of the frame block 52 'is installed in the air, while reducing the damage to the strong wind blowing blowing the sun as much as possible It is desirable to provide such that it is installed in a slightly oblique state in the inclined direction to ensure.

   This is because the installation of the photovoltaic panel 50 formed in a large area is installed in a substantially horizontal state, and is used for a long time by minimizing the resistance caused by strong winds blowing from the air. In order to provide the reinforcement of the power generation by an effective task for, it is preferable to provide a solar panel 50 with two or more sequential gradients to reduce the resistance to wind power (Figs. 1 to 3).

   In addition, the wind turbine 70 generates power only when the wind is blowing, and the photovoltaic device 77 that generates power by shining sunlight is a pillar (to induce the wind when the wind is blowing). 61) to be inclined in one section from the upper side.

  Therefore, the frame block 52 'is provided as a protrusion so as to protrude from the middle portion of the support pillar 63 to the outer section, and at least two pillars 61 protrude at equal intervals at the edge of the frame block 52'. It is preferably provided as, provided with a photovoltaic device (77) capable of rotationally driven by a rotary device (59 ') is assembled to the pillar (61).

  Here, the configured range of the frame block 52 'to protrude from the support column 63 to the outer section is preferably installed in accordance with the range of the rotation section of the rotary blade 60, the frame block 52' When explaining an embodiment for, the cross section is provided with a square, the upper portion of the pillar 61 protruding from each corner, and provided with a rotating device consisting of a motor, a worm gear, a steamer, etc. not shown It is preferable to provide each of the photovoltaic devices 77 to be rotated to the rotation device 59 'installed to rotate in accordance with the movement of the sun to shorten the recovery section for the wind. )

In addition, the photovoltaic plate 50 provided in the pillars 61 of the frame block 52 'protruding from the support pillar 63 in the power generation complex in which the first power block 100 described above is sequentially and repeatedly installed. ) And the inclination of the photovoltaic plate 50 for induction of wind in the direction of the rotary blade 60 of the wind turbine 70 provided sequentially, when the strong wind blows from the sea, the In order to reduce the amount of induced wind power and, in the case of a breeze, in order to increase the amount of induced wind power, the inclination of the inclined photovoltaic panel 50 is further provided to be inclined. By providing the rotating means 80 provided in the column 61 to be described as the horizontal rotating means 59 ', the solar panel 50 has a horizontal rotation so that the slope is steep incline when the wind is a breeze The wind power In the case of the invention to provide an inclination of the photovoltaic panel 50 to be inclined to a substantially horizontal state, the strength of the wind power described above is based on the detection of the wind turbine not shown, and also the horizontal rotation means 59 ' The structure for) is preferably provided by a gear and a motor, not shown, and accordingly, to provide adjustment of the amount of induction with respect to the wind as a rotational drive for adjusting the inclination.

Therefore, it is possible to reinforce the economics of power generation as well as the operation of the surrounding facilities by the generation of sunlight by generating power using the wind at the same time in the coastal or mountainous region where electricity supply is difficult.

[Example 1]

Providing a protruding downward from the lower end of the support pillar 63 used in the wind turbine 70 described above provided a prosecution 47 on the seabed 41, the prosecution 47 is subsea 41 ) Will be installed as a foundation structure (42) that is fixed to the buried.

However, in the present invention, when explaining an embodiment of the frame block 52 'protruding into the lower section of the support pillar 63, the cross section of the frame block 52' is provided as a square, The first power generation block 100 configured by connecting the foundation structures 42 to maintain a predetermined distance to a plurality of two or more, and connecting and providing the corners of the frame block 52 'with the connecting ring 35. It is preferable to provide a power generation complex formed of).

Here, a semicircular rainwater induction pipe 58 having a cross section is installed so as to be integrally fixed to each other between sections of the lower end of the photovoltaic plate 50 described above. The collected rainwater is preferably provided to be collected by the reservoir 57 provided in the flotation line 46 so as to be supplied to the hose 59 connected to the rainwater induction pipe 58. (FIG. 4)

  Here, a part of the reservoir 57 section of the flotation vessel 46 described above is an invention provided even when used as a warehouse or a residential facility for the management of the first power block 100 at sea level.

In addition, for the sake of safety and effective installation of the first power block 100, as shown in the accompanying Figures 5 to 6, the flotation line 46 is a plurality of two or more adjacent to each other, the adjacent The deck 51 of the section is connected to the connector 36 and at the same time the flotation line 46 to provide flexibility for the bending stress generated by rocking by the waves of the sea surface 45 connector 36 ) Is preferably connected to the connection bearing, not shown.

Here, the balance between the width section of the support line 46 and the section of the corner portion of the frame block 52 'is fixed to the deck 51 of the support line 46 by a predetermined section continuously, By providing a connection to each of the corners 72 of the frame block 52 'of the first power block 100, which is provided to be connected to each other by a connecting ring 35, a moving path 65 is provided so that waves or long-term It is desirable to provide to enhance the stability for management.

Therefore, by floating the first power block 100 described above to the sea level in a semi-submersible buoyancy, in order to install on the sea surface irrelevant to the deep sea area, etc., the foundation structure 42 to the flotation 46 It is installed, but the area for the deck 51 of the flotation vessel 46 is provided by installing on the flotation vessel 46 having a deck 51 of the appropriate size in accordance with the support column 63 section of two or more. desirable. (FIGS. 5-6)

[Example 2]

In addition, the solar panel 50 is installed for the purpose of inducing photovoltaic power generation and wind power while being coupled to the pillars 61 provided as protrusions on the edge 72 of the frame block 52 'described above. 7 to 11 with reference to the attached to the embodiment, the structure is installed in the wind farm originally installed on the sea or water surface is a process of moving the wind passing while rotating the rotary blade 60 Since it is distributed, a predetermined space is required for restoring the structure of the flow thereof, and accordingly, a large area of seawater space is required, thereby having low economic efficiency.

Therefore, in the present invention, to reduce the regeneration distance to restore the wind to its original state by the effective induction of wind power, and to provide a storage of rainwater during rainy weather as well as an increase in the amount of solar power generation.

Therefore, in the present invention, the support pillar is coupled to the photovoltaic panels 50 respectively installed at the corners 72 of the frame block 52 'by the rotating means 80' passing through the center portion of the frame block 52 '. While the wind is blown around the 63, or installed so as to be inclined in the direction of the sun, it is provided with a photovoltaic panel 50 'so as to be integrally connected to each other between the pillars 61 on both sides. In this case, by providing a solar panel 50 'in the front and rear directions of the support column 63, the photovoltaic power generation in the photovoltaic panel 50' and the control effect on the wind induction. The invention is to give to provide a reinforcement.

In addition, by providing a rainwater induction pipe 58 in the lower end section of the inclined photovoltaic panel 50 ', it provides to provide rainwater storage (Fig. 7, 8.9).

 The installation at sea level 45 for the first power generation block 100 embeds the prosecution 47 in the seabed section so as to maintain the regeneration distance for the movement of a predetermined wind power, and is exposed to the sea at the prosecution. Installation of the offshore structure 42 which is fixed to the support column 63 requires high-level technology, and there is a limit of construction depending on the degree of the deep sea, so that the construction in the offshore area at the coastal basin is performed. There is a limit to that.

Therefore, in the present invention, by providing the marine structure 42 as a flotation vessel 46 provided for buoyancy on the sea surface 54, the invention to provide for installation in a deep sea area, the foundation structure 42 as It is installed as a flotation 46, the area of the deck 51 of the flotation 46 is a flotation 46 having a deck 51 of the appropriate size in accordance with two or more support pillars 63 section. It is preferable to install it at). (Fig. 10)

  In addition, for the safety and effective installation of the first power plant 100, as shown in the accompanying FIG. 11, the flotation line 46 is adjacent to each other in a plurality of two or more, the deck of the adjacent section The deck 51 is connected to each other so as to provide flexibility to the bending stress generated by the flotation line 46 swinging by the waves of the sea level 45 while simultaneously connecting the connection port 36. It is preferable to connect to the connector 36 provided to connect both side end sections in contact with, such as a connection bearing not shown.

Here, the balance between the width section of the flotation line 46 and the section of the corner portion of the frame block 52 'is mutually balanced so that the photovoltaic power generation plate ( 50 ') is continuously fixed to each other by providing a connection to each of the corners 72 of the edge 72 of the frame block 52' of the first power block 100, which is provided to be connected to each other by waves or long-term It is desirable to provide to enhance the stability for the management (Fig. 11).

 [Example 3]

In addition, the description of the embodiment of the flotation line 46 described above, as shown in Figures 12 to 14, in accordance with the interval that is installed while being continuously connected to the size of the first power block 100 The buoyancy table 30 is provided with a blocking wall 30 'at its end so that the sub-unit 32 is provided in the inner space so that the cross section is formed in a quadrilateral shape or a circumferential shape while the predetermined size and buoyancy are formed. To be provided, but formed on both sides of the buoyancy band 30 to be connected to the connector 36 is composed of a connection bearing, etc., the separate buoyancy band 30 to the buoyancy band 30 cross section each other ( 55 to provide a lattice buoyancy block 152.

 In addition, by inserting the lower section of the support pillar 63 in the section between the frame 33 provided on the upper side and the lower side of the buoyancy table 30 forming the cross section 55, and fixedly installed, In order to form the first power generating block 100 as a continuous complex, the support pillar 63 is inserted and fixed at the cross section 55 and the first power generating block 100 is fixed.

Here, a portion of the buoyancy zone 30 described above is provided with a reservoir 57 so that rainwater collected in the rain in the photovoltaic plate 50 described above is stored.

Here, the section of the buoyancy block 152 is provided by further assembling a plurality of buoyancy table 30 in a lattice form so as to be more relaxed in both sections to be safer according to the installation section of the first power block 100 complex. desirable.

  Here, a part of the buoyancy unit 32 section of the buoyancy table 30 described above is an invention provided even when used as a warehouse or a residential facility for the management of the first power block 100 at sea level, and the buoyancy block In 152, the section between the buoyancy band 30 coupled in a lattice form is an invention that provides a net or the like to be used as a farm.

In addition, in the buoyancy device 32 section of the buoyancy table 30 is an invention that is provided to be used as an indoor space for the management or residence of the buoyancy block 152. (Figures 12-14)

In addition, the configuration and operation of the present invention as described above by way of one embodiment, the present invention is not limited to this, it will be within the scope of the present invention to change, modify within the scope of the present invention.

30: buoyant table 32: buoyant device 33: frame 35: connecting ring 36: connector
42: foundation 45: sea level 46: flotation 47: prosecution 48 ': support bar
50: solar power plate 52: support beam 52 ': frame block 53: fixed pillar
54: piston 55: cross section 56: fixed base 57: reservoir
59 ': horizontal rotating device 63: support pillar 65: moving path 70: wind power generator
77: photovoltaic device 80 ': rotation means 100: first power block

Claims (3)

Wind power provided with a rotary blade 60 on the support rod 66 at the upper end of the support pillar 63 is fixed to the upper side of the foundation structure 42 is exposed to the sea surface 45 is buried in the seabed 47 The first portion provided with a protruding photovoltaic plate 50 in an outer section that is assembled by a frame block 52 ′ provided as a support beam 52 at an intermediate portion of the power generator 70 and the support pillar 63. In the power generation block that connects the power generation block 100 with a plurality of two or more,
The rainwater induction pipe 58 is provided in the lower section of the photovoltaic plate 50,
The base structure 42 is provided as a deck 47 of the support ship 46,
Photovoltaic power generation device to the wind power generator, characterized in that configured to provide by connecting to the connection ring 35 at the corner of the frame block 52 'for two or more first power block 100 in the section of the deck 47. Sleep structure to be addressed. The method of claim 1,
The photovoltaic plate 50 is connected to each other to form a photovoltaic plate 50 ',
Support beam 52 which connects the rotating means 80 'provided in the pillar 61 of one side section of the frame block 52' protruding by coupling from the support pillar 63 of the first power block 100 to each other And a rotating device (59 '), wherein the solar power generating device is addressed to the wind turbine provided to change the induction of the wind according to the inclination of the solar panel (50'). The method of claim 1,
The flotation line 46 is provided as a buoyancy band 30 reinforced with a frame 33 in the upper and lower sections, and the buoyancy band 30 is continuously connected to the connector 36,
The buoyancy table 30 is provided with a cross section 55 to each other to provide a lattice buoyancy block 152,
In the intersecting section 55 of the buoyancy block 152, while fixing the fixing base 56 of the support pillar 63 by insertion,
The edge of the frame block 52 'is composed of a power generation complex consisting of providing the moving path 65 is formed by the coupling of the connection ring 35,
Wind reservoir provided to form the reservoir 57 in the buoyancy band 30 of the buoyancy block 152, the storage tank 57 is provided to store the rainwater flowing from the rainwater induction pipe 58. The sleeping structure on which the photovoltaic device is addressed.

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