Hanging wind turbine or hanging wind turbine, vertical wind turbine, photovoltaic module combined installation structure and construction method

Abstract

The current breeze power generation structure is mainly composed of a breeze generator and independent support columns supporting the breeze generator, the structure is single, the support column utilization efficiency is low, the support column lacks branch component to support more wind power generators, the simple wind power structure leads to low power generation efficiency, and valuable site resources and breeze resources are wasted. The present application sets a plurality of supporting components, a plurality of inclined supporting components, a plurality of connecting components, or a plurality of cable components and a base or pile foundation (21) in the structure to form a structure, a plurality of hanging wind power generators, or a plurality of vertical wind power generators, or a plurality of photovoltaic components are respectively combined and installed in the structure, branch cables in each level of sheath pipe are installed at suitable positions of the structure, total cables of wind power and total cables of photovoltaic components are respectively connected with a storage power station or a municipal power grid or directly connected with a user circuit.

Description

Technical Field

[0001] This invention relates to the fields of wind power generation and photovoltaic power generation. It relates to suspended wind turbines, or suspended wind turbines, vertical wind turbines, and photovoltaic module assembly structures. Background Technology

[0002] Currently, micro-wind power generation structures mainly consist of micro-wind generators and independent support columns that support the micro-wind generators. Their structure is simple, and the utilization efficiency of the support columns is not high. The support columns lack branch components to support more wind turbines. Their simple wind power structure leads to low power generation efficiency and wastes valuable site resources. Summary of the Invention

[0003] The purpose of this invention is to propose a new structure that effectively addresses the problem of improving the efficiency of micro-wind power generation. A suspended wind turbine, or a suspended wind turbine, a vertical wind turbine, and a photovoltaic module combined installation structure and construction method, characterized in that the suspended wind turbine is installed with the blades below and the base above, and the vertical wind turbine is installed with the blades above and the base below. The structure includes several supporting components, several supporting members, several inclined support members, several connecting members, or several cable members and a base or pile foundation (21) that can support the suspended wind turbine, the vertical wind turbine, and the photovoltaic module group. The base of several wind turbines is connected to several supporting components, and several blades are suspended below several supporting components. Or the structure is characterized in that several suspended wind turbines, or several vertical wind turbines, or several photovoltaic modules are respectively combined and installed in the structure. Several electrical cabinets (16) are installed in suitable positions in the structure. Branch cables in each level of sheathing pipe are installed in suitable positions in the structure. The main cable of the wind power and the main cable of the photovoltaic module are respectively connected to the storage power station or the municipal power grid, or directly connected to the user circuit. Install suspended or vertical wind turbines at suitable locations on the existing photovoltaic power station structure.

[0004] Several suspended wind turbines or several vertical wind turbines are installed in the structure, and a street lighting system is installed in the structure.

[0005] A plurality of suspended wind turbines and a plurality of photovoltaic modules are combined and installed in the structure, characterized in that a plurality of vertical wind turbines and a plurality of photovoltaic modules are combined and installed in the structure, and a street lighting system is installed in the structure.

[0006] The aforementioned suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure is characterized in that a plurality of suspended wind turbines, a plurality of vertical wind turbines, and a plurality of photovoltaic modules are combined and installed in the structure, and a street lighting system is installed in the structure.

[0007] Several suspended wind turbines (4) and several vertical wind turbines (4) are installed under several support components (15). Several support components (15) are supported by support components (28), support components (39) and support components (40) respectively. Several inclined supports (67) and several inclined supports (73) are connected at their two fulcrums between several support components (15), support components (28), support components (39) and support components (40), forming a triangular stable structure. Support components (28), support components (39) and support components (40) are fixed on base (21) respectively.

[0008] The support component (15) can be arranged in a linear shape. The support component (15) is connected by several connecting components (22) to form a geometric arrangement. The support component (1) independently supports several support components. The several support components are installed in combination with suspended wind turbines, vertical wind turbines, and photovoltaic modules.

[0009] The first inclined support member (3) and the second inclined support member (6) support the photovoltaic module and its bracket at the top. Several suspended wind turbines (4) are arranged under the bracket. The first support member (2) connects the first inclined support member (3) and the second inclined support member (6). The first support member (2) is fixed on the base (1), or at least one or more support members (12) are added to the first support member (2), or several inclined support members (5) are installed on the support members (12), and several suspended wind turbines (5) and several vertical wind turbines (5) are installed. Several wind turbines (5) are connected to the second suspended member (8), or vertical wind turbines and suspended wind turbines are installed on the horizontal support member (9).

[0010] The bracket rod 1 (27) supports the photovoltaic module 1 (26), and the inclined bracket 1 (30) is fixed on the base 2 (21) by the support component 2 (18), the support component 3 (19) and the support component 4 (20) respectively. The photovoltaic module 1 (26) is arranged in multiple rows and is connected by the connector 1 (37), the connector 2 (38) and the connector 3 (39). The characteristic is that the bracket rod 1 (27) supports the photovoltaic module 1 (26), and the inclined bracket 1 (30) is fixed on the base 2 (21) by the support component 2 (18), the support component 3 (19) and the support component 4 (20) respectively. The photovoltaic module 1 (26) is arranged in multiple rows and is connected by the connector 1 (37), the connector 2 (38) and the connector 3 (39) respectively.

[0011] The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combination installation structure and construction method are characterized in that cable one (35) supports photovoltaic module two (32), the two ends of the cable are respectively fixed to cable bracket two (34), cable two (36) supports photovoltaic module two (32), the two ends of the cable are respectively fixed to cable bracket one (33), and suspended wind turbine (4) is connected to the cable or photovoltaic module bracket respectively. The suspended wind turbine (4) is connected by connecting column rod. Cable bracket one (33) and cable bracket two (24) are respectively supported by support frame one (18), support component three (19) and support component four (20). Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the main view of the installation of a suspended wind turbine and a photovoltaic module assembly (5); Figure 2 This is a top view of the installation of a suspended wind turbine and a photovoltaic module assembly (5); Figure 3 This is a schematic diagram of the combined installation of a suspended wind turbine and photovoltaic modules; Figure 4 This is a schematic diagram of a two-story suspended wind turbine and photovoltaic module (5); Figure 5 This is a top view of a two-story suspended wind turbine and photovoltaic module (5); Figure 6 This is a left-side schematic diagram of a two-story suspended wind turbine and photovoltaic module (5); Figure 7 This is a front view schematic diagram of a combination of two-layer suspended and vertical wind turbines and photovoltaic modules (5); Figure 8 It is a top view of a combination of two-layer suspended and vertical wind turbines and photovoltaic modules (5); Figure 9 This is a left-side schematic diagram of a combination of two-layer suspended and vertical wind turbines and photovoltaic modules (5); Figure 10 This is a front view schematic diagram of the combination of suspended and vertical wind turbines installed on the support component two (15); Figure 11 This is a top view of the combination of suspended and vertical wind turbines installed on the support component two (15); Figure 12 This is a left-side schematic diagram of the combination of suspended and vertical wind turbines installed on the support component two (15); Figure 13 This is a front view schematic diagram of a combination of suspended and vertical wind turbines installed on support component two (15) in a multi-row layout; Figure 14This is a top view of a combination of suspended and vertical wind turbines installed on support component two (15) in a multi-row layout; Figure 15 This is a left-side schematic diagram of a combination of suspended and vertical wind turbines installed on support component two (15) in a multi-row layout; Figure 16 This is a front view schematic diagram of the combination of suspended wind turbine and photovoltaic module 1 (26) mounted on support frame 1 (27); Figure 17 This is a top view of the suspended wind turbine and photovoltaic module 1 (26) mounted on the support frame 1 (27); Figure 18 This is a left-side view of a suspended wind turbine and photovoltaic module 1 (26) mounted on a support frame 1 (27); Figure 19 This is a front view of a suspended wind turbine and photovoltaic module 1 (26) mounted on a support rod 1 (27); Figure 20 This is a top view of the suspended wind turbine and photovoltaic module 1 (26) mounted on the support rod 1 (27); Figure 21 This is a left-side view of a suspended wind turbine and photovoltaic module 1 (26) mounted on a support pole 1 (27); Figure 22 This is a front view schematic diagram of a suspended wind turbine installed under the cable (33) and combined with photovoltaic module 2 (32); Figure 23 This is a top view of a suspended wind turbine installed under the cable (33) and combined with photovoltaic module 2 (32); Figure 24 This is a left-side view of a suspended wind turbine installed under cable (33) and combined with photovoltaic module 2 (32); Figure 25 This is a front view schematic diagram of the pile foundation (40) driven into the foundation (41) and the support component (42); The significance of the combined installation structure and construction method of suspended wind turbines, vertical wind turbines, and photovoltaic modules: First, accumulate small gains to build a great achievement; second, make full use of the structural space to install as many suspended generators, vertical wind turbines, or photovoltaic modules as possible; third, rationally arrange the materials required for the structure to save on structural material costs; fourth, conserve site resources for wind and photovoltaic power generation; fifth, improve overall power generation efficiency. Detailed Implementation Example

[0013] in accordance with Figure 1 , Figure 2 , Figure 3 As shown, its construction method is as follows: The first inclined support member (3) and the second inclined support member (6) support the photovoltaic modules and their brackets at the top. Several suspended wind turbines (4) are arranged under the brackets. The first support member (2) connects the first inclined support member (3) and the second inclined support member (6). The first support member (2) is fixed on the first base (1), or the vertical wind turbine and the suspended wind turbine are installed on the horizontal support member (9). The connection between the nodes of each component is by welding or by drilling holes in the components and connecting them with bolts and nuts.

[0014] in accordance with Figure 4 , Figure 5 , Figure 6 , Figure 7 , Figure 8 , Figure 9 Its construction method is as follows: Add at least one or more support components (12) to support component 1 (2), or install several diagonal support components 5 (13) on support component 1 (12), and install several suspended wind turbines (5) and several vertical wind turbines (5), with several wind turbines (5) connected to suspension component 2 (8). The connection between each component node is by welding, or by drilling holes in the components and connecting them with bolts and nuts.

[0015] Example in accordance with Figure 10 , Figure 11 , Figure 12 , Figure 13 , Figure 14 , Figure 15 Its construction method is as follows: Several suspended wind turbines (4) and several vertical wind turbines (4) are installed under several support components (15). Several support components (15) are supported by support components (28), support components (39) and support components (40) respectively. Several inclined supports (67) and several inclined supports (73) are connected at their two fulcrums between several support components (15), support components (28), support components (39) and support components (40), forming a triangular stable structure. Support components (28), support components (39) and support components (40) are fixed on base (21) respectively.

[0016] The support component (15) can be arranged linearly. The support component (15) is geometrically arranged by connecting several components (22). The support component (1) independently supports several support components. The several support components are installed in combination with suspended wind turbines, vertical wind turbines, and photovoltaic modules. Alternatively, each support component (42) can be fixedly connected to the pile foundation (40). The connection between the nodes of each component is by welding or by drilling holes in the components and connecting them with bolts and nuts.

[0017] Example in accordance with Figure 16 , Figure 17 , Figure 18 , Figure 19 , Figure 20 , Figure 21 Its construction method is as follows: A support rod (27) supports a photovoltaic module (26). An inclined support (30) is fixed on a base (21) by a support member (28), a support member (39), and a support member (40). The photovoltaic modules (26) are arranged in multiple rows and connected by a connector (37), a connector (38), and a connecting member (39). The support rod (27) supports the photovoltaic module (26). The inclined support (30) is fixed on a base (21) by a support member (28), a support member (39), and a support member (40). The photovoltaic modules (26) are arranged in multiple rows and connected by a connector (37), a connector (38), and a connecting member (39). Alternatively, each support member (42) is fixed to a pile foundation (40). The connection between each component node is by welding or by drilling holes in the components and connecting them with bolts and nuts.

[0018] Example

[0019] in accordance with Figure 22 , Figure 23 , Figure 24 , Figure 25 The component method is as follows: A support rod (27) supports a photovoltaic module (26). An inclined support (30) is fixed on a base (21) by a support member (28), a support member (39), and a support member (40). The photovoltaic modules (26) are arranged in multiple rows and connected by a connector (37), a connector (38), and a connection member (39). The support rod (27) supports the photovoltaic module (26). The inclined support (30) is fixed on a base (21) by a support member (28), a support member (39), and a support member (40). The photovoltaic modules (26) are arranged in multiple rows and connected by a connector (37), a connector (38), and a connection member (39). A pile foundation (40) is driven into the foundation (41). Alternatively, each support member (42) is fixedly connected to the pile foundation (40). The connection between each component node is achieved by welding or by drilling holes in the components and connecting them with bolts and nuts.

Claims

1. A suspended wind turbine, or a combined installation structure and construction method for a suspended wind turbine, a vertical wind turbine, and photovoltaic modules, characterized in that... The suspended wind turbine is installed with the blades below and the base above. The vertical wind turbine is installed with the blades above and the base below. The structure is characterized by including several supporting components, several supporting members, several inclined support members, several connecting members, or several cable members and a base or pile foundation (21) that can support the suspended wind turbine, the vertical wind turbine, and the photovoltaic module assembly. The base of several wind turbines is connected to several supporting components, and several blades are suspended below these supporting components. Alternatively, several suspended wind turbines, several vertical wind turbines, or several photovoltaic modules are respectively combined and installed in the structure. Several electrical cabinets (16) are installed in suitable locations on the structure. Branch cables in each level of sheathing are installed in suitable locations on the structure. The main cable of the wind turbine and the main cable of the photovoltaic module are respectively connected to the storage power station, the municipal power grid, or directly to the user circuit. Suspended wind turbines or vertical wind turbines are installed in suitable locations on the existing photovoltaic power station structure.

2. The suspended wind turbine, or the combined installation structure of suspended wind turbine, vertical wind turbine, and photovoltaic module according to claim 1, is characterized in that... Several suspended wind turbines or several vertical wind turbines are installed in the structure, and a street lighting system is installed in the structure.

3. The suspended wind turbine, or the combined installation structure of a suspended wind turbine, a vertical wind turbine, and a photovoltaic module as described in claim 1, is characterized in that... A plurality of suspended wind turbines and a plurality of photovoltaic modules are combined and installed in the structure, characterized in that a plurality of vertical wind turbines and a plurality of photovoltaic modules are combined and installed in the structure, and a street lighting system is installed in the structure.

4. The suspended wind turbine, or the combined installation structure of suspended wind turbine, vertical wind turbine, and photovoltaic module according to claim 1, is characterized in that... Several suspended wind turbines, several vertical wind turbines, and several photovoltaic modules are combined and installed in the structure, and a street lighting system is installed in the structure.

5. The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure and construction method according to claim 1, characterized in that... Several suspended wind turbines (4) and several vertical wind turbines (4) are installed under several support components (15). Several support components (15) are supported by support components (28), support components (39) and support components (40) respectively. Several inclined supports (6) and several inclined supports (7) are connected at their two points between several support components (15), support components (28), support components (39) and support components (40) respectively, forming a triangular stable structure. Support components (28), support components (39) and support components (40) are fixed on base (21) respectively, or each support component (42) is fixed to the pile foundation (40).

6. The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure and construction method according to claim 1, characterized in that... The first support component (15) can be arranged in a linear shape. The first support component (15) is connected by several connecting components (22) to form a geometric arrangement. The first support component (1) independently supports several support components. The several support components are installed in combination with suspended wind turbines, vertical wind turbines, and photovoltaic modules, or each support component (42) is fixedly connected to the pile foundation (40).

7. The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure and construction method according to claim 1, characterized in that... The first inclined support member (3) and the second inclined support member (6) support the photovoltaic module (5) and its bracket at the top. Several suspended wind turbines (4) are arranged under the bracket. The first support member (2) connects the first inclined support member (3) and the second inclined support member (6). The first support member (2) is fixed on the base (1), or at least one or more support members (12) are added to the first support member (2), or several inclined support members (5) (13) are installed on the support members (12), and several suspended wind turbines (4) and several vertical wind turbines (4) are installed. Several wind turbines (4) are connected to the second suspended member (8), or vertical wind turbines and suspended wind turbines are installed on the horizontal support member (9).

8. The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure and construction method according to claim 1, characterized in that... The bracket rod 1 (27) supports the photovoltaic module 2 (26), and the inclined bracket 1 (30) is fixed on the base 2 (21) by the support member 2 (18), the support member 3 (19) and the support member 4 (20) respectively. The photovoltaic module 2 (26) is arranged in multiple rows and is connected by the connector 1 (37), the connector 2 (38) and the connector 3 (39). The bracket rod 1 (27) supports the photovoltaic module 2 (26), and the inclined bracket 1 (30) is fixed on the base 2 (21) by the support member 2 (18), the support member 3 (19) and the support member 4 (20) respectively. The photovoltaic module 2 (26) is arranged in multiple rows and is connected by the connector 1 (37), the connector 2 (38) and the connector 3 (39) respectively, or each support member (42) is fixed to the pile foundation (40).

9. The suspended wind turbine, or suspended wind turbine, vertical wind turbine, and photovoltaic module combined installation structure and construction method according to claim 1, characterized in that... Cable 1 (35) supports photovoltaic module 3 (32). Both ends of the cable are respectively fixed to cable bracket 2 (34). Cable 2 (36) supports photovoltaic module 3 (32). Both ends of the cable are respectively fixed to cable bracket 1 (33). A suspended wind turbine (4) is connected to the cable or photovoltaic module bracket. The suspended wind turbine (4) is connected by a connecting column. Cable bracket 1 (33) and cable bracket 2 (24) are respectively supported by support frame 1 (18), support component 3 (19) and support component 4 (20), or each support component (42) is fixed to the pile foundation (40).

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