TWM556321U - Floating type platform array structure for solar power generation equipment - Google Patents

Abstract

The present invention relates to a floating solar power generation equipment stage array structure, comprising a plurality of stage units capable of supporting solar power generation equipment, at least one connection frame, each stage unit comprising a carrier, a plurality of floating rings, the carrier The hard outer frame portion has a horizontal direction, and the outer frame portion is vertically disposed with a plurality of straight strip-shaped joint columns, and the plurality of floating rings are buoyant hollow annular bodies, and the center has a sleeve hole through which the joint pillars can be inserted, and The floating ring can be arranged on the upper and lower sleeves and placed on the joint column so that the stage unit can float on the water body with vertical buoyancy; and the joint frame is horizontally arranged between the two stage units and provides two stages of the stage unit connection. This creation can have better stability, applicability and economic benefits.

Description

Floating solar power plant stage array architecture

The present invention relates to a floating solar power plant stage array structure, which mainly refers to a structure that can be floated on a water body array combination, and has better stability, applicability and economic benefits.

Solar energy is a green energy industry that reduces pollution. Generally, solar power is mainly received by solar panels to receive sunlight and converted into electricity. Therefore, solar power generation will occupy a light-receiving area. However, limited land area and high land cost will increase solar power generation. The cost is missing.

In order to increase the light-receiving area, there is currently a solar power generation device installed on a fish bowl, a pool or a lake surface, the solar power generation device having a stage above the water body, and the solar panels can be set up above the stage to receive light to generate electricity. The conventional design generally has a cylindrical straight tubular buoy under the stage, and a bracket and a solar power generating device with a solar panel are arranged on the buoy, and the solar panel can be located above the water body to receive light and generate electricity.

However, the long strip pontoon must have an increased area to have sufficient buoyancy, but the large area pontoon has a large contact surface with the water surface, and the utilization rate is low, causing the pontoon itself to form a large area of sunlight on the water surface, shielding the gas, and reducing the dissolved oxygen of the water body. The rate and harm to the natural ecology, and the monomer composed of the pontoons is affected by the external typhoon or the fluctuation of the water body is large, which will affect the lack of stability of solar panel assembly.

The purpose of this creation is to provide a structure that can float on a water body and respond to the array of requirements, and has better stability, applicability and economic benefits.

The present invention comprises a plurality of carrier units capable of supporting solar power generation equipment, at least one connecting frame, each of the loading unit units comprising a carrier and a plurality of floating rings, the carrier having a horizontal outer rigid frame portion, the outer frame The central part is provided with a coupling rod and an outer frame portion, and a plurality of straight strip-shaped joint columns are vertically arranged downward, and the plurality of floating rings are a buoyant hollow annular body, and the center has a sleeve hole through which the joint column can be inserted, and the number of floating rings can be The lower arrangement sleeve is placed on the joint column and the stage unit can float on the water body with the vertical buoyancy; and the link frame is horizontally disposed between the two stage units and provides two stages of the stage unit connection.

Further, the connecting frame has at least two parallel connecting rods, and the connecting rod has two joint ends respectively connected to the outer frame portions of the two stage units, and the connecting rods can be coupled with the connecting rods.

Further, the creation further comprises a net body, the net body can be laterally disposed on the carrier or the connecting frame of the stage unit, and the net body can form a biological function of preventing bird invading water body, and can prevent the bird from spreading the pathogen to harm the water body organism. Moreover, the net body can form a safety net, and can provide a function of preventing falling water when people stand on a carrier or a link frame to maintain solar power generation equipment to improve safety.

According to the power generation requirements and the water area, the number of stage units can be combined with the frame to form an array structure. The array structure composed of several stage units and several link frames can be floated on the water surface, which can greatly improve the stability of each stage unit. Sexual and anti-water wave shaking effect.

The stage unit of the present invention forms a larger vertical buoyancy force than the conventional lateral pontoon by a plurality of floating rings, so that the buoyancy can be provided according to the power generation requirement and the floating ring arrangement, and the solar power generation device with the solar panel can be provided above the connecting frame. And make this creation more suitable for application and power generation efficiency.

Please refer to Figures 1 to 4. This creation includes a plurality of stage units 1 and a plurality of connection frames 2 for supporting solar power generation equipment. FIG. 2 has three stage units 1 and two links 2, and FIG. 3 is a four-stage unit. 1 is combined with a five-connecting frame 2, the stage unit 1 includes a carrier 11, a plurality of floating rings 12, and an adjusting portion 13, the carrier 11 has a horizontal outer frame portion 111, and the frame portion of the embodiment 111 is a square shape, has two parallel lateral sides 112 and two parallel straight sides 113, and the outer frame portion 111 is provided with a coupling rod 114 at the center, and the outer frame portion 111 is vertically disposed with a plurality of straight strip-shaped joint columns 115, and the plurality The floating ring 12 is a buoyant hollow annular body. The floating ring 12 can be a waste tire with a better environmental protection effect. The center has a sleeve hole 121 through which the column 115 can be inserted, and the number of floating rings 12 can be arranged up and down. The sleeve is placed on the joint column 115 so that the stage unit 1 can float on the water body with the vertical buoyancy; the adjustment portion 13 is disposed in the center of the carrier 11 and has a hollow body extending downward from the joint rod 114, and the central chamber has a chamber 131, and has a filling port 132, which can infuse a fluid or various objects into the chamber 131 Changing the buoyancy of a stage unit.

The connecting frame 2 is connected between the two stage units 1 and provided with two spaced-apart stage units 1 in the horizontal direction. The connecting frame 2 has two parallel connecting rods 21, and the connecting rods 21 have joint portions 211 at their ends. The straight side 113 or the lateral side 112 of the outer frame portion 111 of the second stage unit 1 is coupled, and the length of the connecting rod 21 can correspond to the length of the straight side 113 or the lateral side 112 of the outer frame portion 111, and a coupling rod is disposed between the two connecting rods 21 22 has a reinforcing effect, and the solar power generating device can also be provided above the connecting frame 2.

According to the power generation requirement and the water body area, the number of stage units 1 are combined by the connecting frame 2 to form an array structure, and the straight side 113 of the outer frame portion 111 of the carrier frame 11 of the two adjacent stage units 1 can be respectively connected with the connecting frame 2 The two ends of the connecting rods 21 are joined, and the lateral sides 112 of the outer frame portions 111 of the adjacent rack units 1 can be respectively engaged with the connecting ends 21 of the connecting rods 21 of the connecting frame 2, and can be composed of The grid array structure composed of the number of stage units 1 and the number of link frames 2 floats on the water surface, which can greatly improve the stability of each stage unit 1 and the water wave sloshing effect. For example, the four stage units 1 of the present embodiment combine five The connecting frame 2 can form about 9 times the area of the stage unit 1 floating on the water surface, which can be far more stable than the single stage unit 1, and each of the stage units 1 can be provided with a solar power generating device with a solar panel 3. .

Referring to FIG. 5 , the stage unit 1 of the present invention forms a larger vertical buoyancy force than the conventional lateral pontoon by the plurality of floating rings 12 , so that the buoyancy can be provided according to the power generation requirement and the floating ring 12 can be provided above the connecting frame 2 . Solar power generation equipment with solar panels 3 can also be provided, and this creation can have better applicability and power generation efficiency.

In addition, each of the stage units 1 of the present invention can inject water, gas or other objects (not shown) into the chamber 131 in the filling port 132 of the adjusting portion 13, and can change the buoyancy of the stage unit 1, thereby Creation makes it easier to adjust the buoyancy of the stage unit 1 to match the array requirements to improve applicability.

Referring to Figures 6 and 7, the present invention further includes a net body 4 which can be laterally disposed on the carrier 11 or the connecting frame 2 of the stage unit 1 and allows the net body 4 to form an anti-bird invading body organism. The function can prevent the birds from spreading the bacteria to harm the aquatic organisms, and the net body 4 can form a safety net, and can provide people to stand on the carrier or the connecting frame to maintain the function of preventing the falling of water of the solar power generating equipment to improve safety.

In addition, the net body 4 can also be connected to the carrier 11 or the connecting frame 2 at one end, and the other end is connected to the shore of the water body (not shown), and the water can be better protected by the artificial array structure. efficacy.

Therefore, according to the above, the present invention can improve the floating stability and applicability of the floating platform of the floating or solar power generation equipment, and the number and size of the combined stage unit and the connecting frame assembly array of the present invention are not limited, the foregoing embodiment Only the state of the present embodiment is shown, and it is not the limitation of this creation. Any equivalent change according to the spirit of the present invention should also belong to the scope of the creation.

1‧‧‧ stage unit
11‧‧‧ Carrier
111‧‧‧Outer frame
112‧‧‧ transverse side
113‧‧‧ Straight edge
114‧‧‧Link rod
115‧‧‧joint column
12‧‧‧ Floating ring
121‧‧‧ hole sets
13‧‧‧Adjustment Department
131‧‧ ‧ room
132‧‧‧Infusion port
2‧‧‧ Linkage
21‧‧‧ Connecting rod
211‧‧‧ joints
22‧‧‧Link rod
3‧‧‧ solar panels
4‧‧‧ net body

Figure 1 is an exploded view of the stage unit and the link frame of the present creation.

Figure 2 is a combination of the three stage units and the two link frames of the creation.

Figure 3 is a combination of the four-stage unit and the five-link frame of the creation.

Figure 4 is a cross-sectional view of the creation corresponding to Figure 3 and a schematic diagram of the solar panel set by the stage unit.

Figure 5 is a schematic diagram of the creation of the solar panel corresponding to Figure 3 and the stage unit and the connecting frame.

Figure 6 is a schematic diagram of the top view of the creation of the network.

Figure 7 is a schematic diagram showing a side view and a partial cross-section of the net body.

Claims (7)

A floating solar power generation equipment stage array structure comprises: a plurality of stage units capable of supporting solar power generation equipment, each stage unit comprising a carrier frame and a plurality of floating rings, the carrier frame having a horizontal outer frame portion The center of the outer frame portion is provided with a coupling rod, and the outer frame portion is vertically disposed with a plurality of straight strip-shaped joint columns, and the plurality of floating rings are a buoyant hollow ring body, and the center has a sleeve hole through which the joint column can be inserted, and the number of floats The ring can be placed on the joint column in the upper and lower directions, and the stage unit can float on the water body with the vertical buoyancy; at least one link frame is arranged horizontally between the two stage units and provides two stages of the stage unit connection. . The floating solar power plant stage array structure according to claim 1, wherein the connecting frame has at least two parallel connecting rods, and the connecting rod has two joint ends connected to the outer frame portions of the two stage units. The floating solar power plant stage array structure of claim 2, wherein the two connecting rods are provided with a coupling rod. The floating solar power plant stage array structure according to claim 3, wherein the solar power generating device is provided above the connecting frame. The floating solar power plant stage array structure according to claim 2, wherein the outer frame portion of the stage unit is square, has two parallel lateral sides and two parallel straight sides, and the joint portion of the two ends of the connecting rod Do not connect to the straight or lateral sides of the outer frame of the two stage units. The floating solar power plant stage array structure according to claim 5, wherein the carrier unit of the stage unit further comprises an adjustment portion for adjusting the buoyancy of the stage unit, wherein the adjustment portion is extended downward by the carrier coupling rod. The hollow body has a central chamber and an infusion port. The floating solar power plant stage array structure according to claim 1, further comprising a net body, the net body being laterally disposed on the carrier or the connecting frame of the stage unit.