TWI748601B - A new type of waterproof structure solar scaffold and its assembly method - Google Patents

Abstract

The present invention relates to a new type of waterproof structure solar scaffold and assembling method, including solar modules, the solar modules are glued into solar modules through waterproof glue, and the solar modules are not equipped with power transmission devices; the scaffold body, It has a main column, a main beam, a secondary beam, a connecting piece, a first fastener and a second fastener, which are connected with perforations; the waterproof component has a waterproof bead, the third fastener and the second fastener to combine and clamp the solar module Group, make the solar module achieve waterproof effect, and use the fastener, the first fastener, the second fastener and the auxiliary beam to do the combination and fix, according to this, complete the assembly of a new type of waterproof structure solar scaffold.

Description

A new type of waterproof structure solar scaffold and its assembling method

The present invention relates to a new type of waterproof structure solar scaffold and its assembly method, in particular to a solar module combined with a waterproof component, the solar module is fixed to the lightweight scaffold body through fasteners, and the solar energy The module, the waterproof component and the scaffold body are assembled to complete the new waterproof structure solar scaffold and its assembly method.

In order to support the solar panels and solar power modules on the top of the column, the solar scaffold needs to carry a large weight. Therefore, the structure of steel will be used for assembly. When the scaffold is assembled, the material of the scaffold is heavier. It takes a lot of manpower or machinery to erect, which is not only time-consuming and labor-intensive, but also because solar scaffolding needs to be erected outdoors, there is a chance of encountering strong storms, so more locking parts are needed to make the solar shed The frame is securely and firmly erected.

In order to meet the above-mentioned requirements, the conventional solar scaffolding is very cumbersome to assemble, and due to its complex structure, if any part is omitted, it may cause the scaffold to fall and damage, let alone waterproofing. The components are installed on the scaffold body and extra accessories and installation steps. In addition, the weight of the overall solar scaffold is also heavier. Due to the need to carry heavier solar modules, the weight on the structure will cause the assembly Another trouble.

Accordingly, how to adapt the solar scaffolding to the above-mentioned large load-bearing capacity, strong frame structure and waterproof function, and to further simplify the assembly process and steps is a problem that the industry is eager to solve.

In view of this, the present invention is to provide a new type of waterproof structure solar shelf, which includes: solar modules, a plurality of solar panels are glued into the solar module through waterproof glue, and the bottom of the solar module is equipped with power transmission Device; the scaffolding body includes a main column and a main beam. The main column and the main beam are connected to each other through connectors, and the main column, the main beam and the connectors are further provided with multiple perforations. When the perforations are aligned and matched, the first fastener is used The perforation is connected with the second fastener, and the vertical frame is erected by the combination of the main column and the main beam. Among them, the tops of the two vertical frames span at least the auxiliary beams, and each auxiliary beam has a cover plate, and the auxiliary beam and the cover There are also some perforations on the board. When the perforations on the auxiliary beam and the cover plate are aligned and matched, the cover plate is now covered on the auxiliary beam and defines the accommodating space, and then the perforation and accommodating space are penetrated through the first fastener Connected with the second fastener, the plurality of auxiliary beams are arranged parallel to each other, and the auxiliary beams are aligned with the perforations on the main beam, and then the first fastener penetrates the perforations to join with the second fastener, thereby connecting the auxiliary beams to the two The frame is combined to complete the erection of the scaffold body; the waterproof component, the waterproof component is composed of a waterproof bead, the top of the waterproof bead is designed with outwardly extending wings on both sides, and the bottom of the middle is provided with a limit slot and a third fastener; A plurality of solar modules are arranged in parallel and erected on the auxiliary beam. The arrangement has a gap. The waterproof bead is placed on the gap between the solar modules, and the limiting groove at the bottom of the waterproof bead is provided with at least a third fastener, and the third fastener is placed on the limit. In the slot, the other end passes through the gap and passes through the perforation on the auxiliary beam to join with the second fastener, so that the solar module is used for waterproofing. The third fastener on the bead is combined and fixed with the auxiliary beam to achieve a waterproof effect, thereby completing a new type of waterproof structure solar scaffold.

In the new type of waterproof solar scaffold, the scaffold has a windproof structure to reduce wind resistance.

In the new type of solar scaffold with waterproof structure, the scaffold body is further provided with a fence structure, and the fence structure is used to make the scaffold body more stable and improve the safety in use.

In the new type waterproof structure solar scaffold, the main column and main beam are H-shaped steel to reduce the weight of the beams and columns.

In the new type waterproof structure solar shelf, the two ends of the auxiliary beam are further provided with fasteners for fixing the solar modules erected on the auxiliary beam.

In the new waterproof structure solar scaffold, the position where the auxiliary beam is erected must avoid the connection of the solar panel through the waterproof glue.

In the new type of waterproof structure solar scaffold, the auxiliary beam is a hollow structure and the material is aluminum alloy.

In the new type of waterproof structure solar scaffold, the inner edge of the wing part is further provided with waterproof strips, so as to make the waterproof strips have a better waterproof effect.

The said new type waterproof structure solar rack, which has a horizontal sliding door cleaning hole, which is composed of a base plate and a sliding door, for the user to pass through the horizontal sliding door cleaning hole to clean the top of the solar panel .

In this way, the use of the new waterproof structure solar scaffold of the present invention can achieve the beautification, lightweight and waterproof effect of the scaffold. More importantly, the auxiliary beam of the present invention is more accommodating The space is used to place the circuit structure required by the solar module to prevent it from being damaged by wind and rain.

A new type of waterproof structure solar rack assembly method includes: Step 1: Provide solar modules in which the solar panels are glued into solar modules through waterproof glue, and the bottom of the solar modules is equipped with a power transmission device: Step 2: Provide The scaffold body and the setting frame; the scaffold body includes a main column and a main beam. The main column and the main beam are connected to each other through connecting pieces, and the main column, the main beam and the connecting piece are provided with plural perforations, and the perforations are aligned and matched When the first fastener penetrates through the perforation to join the second fastener, the main column and the main beam are combined to erect the stand; wherein, the tops of the two stands span at least the auxiliary beams, and each auxiliary beam has The cover plate, the auxiliary beam and the cover plate also have some perforations. When the perforations on the auxiliary beam and the cover plate are aligned and matched, the cover plate is now covered on the auxiliary beam and defines the accommodating space, and then passes through the first The fastener penetrates through the perforation and the accommodating space is joined with the second fastener, and the plurality of auxiliary beams are arranged in parallel with each other, and the auxiliary beams are aligned and matched with the perforations on the main beam, and then the first fastener penetrates the perforation to join the second fastener According to this, the auxiliary beam and the two vertical frames are combined to complete the erection of the scaffold body; Step 3: Provide a plurality of solar modules on the scaffold body; Step 4: Provide waterproof components to fix the solar modules on the scaffold The waterproof components on the frame are composed of waterproof beading strips. Both sides of the top of the waterproof beading strips are designed with outwardly extending wings, and the bottom of the middle is provided with a limit slot and a third fastener. Among them, a plurality of solar modules are arranged in parallel and erected on the auxiliary beam. Place the waterproof bead on the gap of the solar module. The limit groove at the bottom of the waterproof bead is provided with at least a third fastener. The third fastener is placed in the limit groove, and the other end passes through the gap and passes through The perforation on the secondary beam is joined with the second fastener. According to this, the solar module is fixed with the third fastener on the waterproof bead and the secondary beam to achieve a waterproof effect, thereby completing the erection of a new type of waterproof structure solar scaffold.

In this way, by using the lightweight solar scaffold assembly method of the present invention, the assembly method of the new waterproof solar scaffold structure can be clearly understood from the steps. When assembling the solar module, the scaffold body and the waterproof structure, Go smoothly.

1: A new type of waterproof structure solar scaffolding

10: Solar module

101: Solar Panel

103: Waterproof glue

105: Power transmission device

20: Horizontal sliding door cleaning hole

201: Substrate

203: Sliding Door

30: scaffold body

300: stand

3001: Windproof structure

3003: fence structure

301: Main Column

303: main beam

305: Connector

307: Perforation

309: The first fastener

311: second fastener

313: Associate Beam

3131: cover

3133: accommodating space

50: Waterproof components

501: Waterproof bead

5011: Wing

5013: limit slot

5015: Waterproof strip

503: third fastener

Fig. 1 is a schematic diagram of a new type of waterproof structure solar scaffold created by the present invention; Fig. 2 is a schematic diagram of a new type of waterproof structure solar scaffold fence created by the present invention.

Please refer to Fig. 1, the present invention proposes a new type of waterproof structure solar shelf 1, including: a solar module 10 composed of a plurality of solar panels 101 through a waterproof glue 103 to form the solar module 10, and the bottom of the solar module 10 A power transmission device 105 is installed. The solar module 10 is the two corresponding sides of the solar panel 10, which are bonded to each other through the waterproof glue 103. The bonding method is the long side bonding corresponding to the long side, or the short side bonding corresponding to the short On the side, a long strip-shaped solar module 10.

Please continue to refer to FIG. 1, the scaffold body 30 includes a main column 301 and a main beam 303. The main column 301 is vertically erected on the ground, one end is fixed on a plane, and the other end is connected to the main beam 303 through a connecting piece 305, and The main column 301, the main beam 303 and the connecting member 305 are further provided with a plurality of perforations 307. When the main column 301 is connected to the main beam 303, it must be placed on the surface of the main column 301 and the main beam 303 through the connecting member 305. At this time, the main beam The perforation 307 on the column 301 is aligned with the perforation 307 at one end of the connecting piece 305, and the perforation 307 at the other end is aligned with the perforation on the main beam 303, and a first fastener 309 is used to pass through the perforation 307, and is aligned with the second The fastener 311 is joined and fastened to complete the connection between the main column 301 and the main beam 303, and through the combination of the main column 301 and the main beam 303, a stand 300 is erected. This stand 300 is the entire scaffold body 30 Single-sided skeleton structure.

Among them, the top of the two vertical frames 300 spans at least the auxiliary beam 313. The auxiliary beam 313 is erected on the top of the main beam 303 and perpendicular to the main beam 303. The structure of the auxiliary beam 313 is a hollow C-shaped steel structure with a cover. In the structure of the plate 3131, the auxiliary beam 313 and the cover plate 3131 are both provided with a plurality of perforations 307. When the cover plate 3131 is covered on the auxiliary beam 313, an accommodating space 3133 is defined. The accommodating space 3133 is used to hide the solar module 10, to prevent it from being damaged by external pulling or rainwater. The power transmission device 105 as mentioned above can also be stored in this accommodating space 3133. When the positions of the perforation 307 on the secondary beam 313 and the cover plate 3131 match and align with each other, the perforation 307 and the accommodating space 3133 are inserted through the first fastener 309 to join the second fastener 311, thereby completing the secondary beam 313 Assemble, according to this, if you need to repair related lines or power transmission device 105 in the future, just open the cover 3131 to repair it. It should be noted here that the cover 3131 can be covered by inserting the auxiliary beam 313. 1 is that the cover plate 3131 is not completely closed, it can present the state of the accommodating space 3133, but in practice, the cover plate 3131 can completely close the accommodating space 3133 to achieve Waterproof effect. A plurality of sub-beams 313 are erected on the top of the frame 300 in a parallel arrangement, and the perforations 307 on the sub-beams 313 are aligned with the perforations 307 of the main beam 303 on the stand 300, and the perforations are penetrated through the first fastener 309 307 is joined with the second fastener 311, and the sub-beam 313 is combined with the stand 300 according to this, and the erection of the scaffold body 30 has been completed.

Furthermore, please refer to Figure 1. The waterproof component 50 is composed of a waterproof bead 501 and a third fastener 503. Both sides of the top of the waterproof bead 501 are designed with outwardly extending wings 5011. The thickness of the wings 5011 is more waterproof The thickness of the center point of the bead 501 is thin, and the bottom of the waterproof bead 501 is provided with a downwardly extending limit groove 5013, wherein a plurality of solar modules 10 are arranged in parallel on the auxiliary beam 313, and two adjacent solar modules 10 are arranged between , There is a gap, at least one third fastener 503 is placed in the limiting groove 5013 at the bottom of the waterproof bead 501, one end of the third fastener 503 is placed in the limiting groove 5013, and the other end passes through the gap and passes through the auxiliary beam 313 The upper perforation 307 is joined with the second fastener 503 to make the waterproof bead 501 and the auxiliary beam 313 can be connected and fixed. According to this, the solar module 10 can be fixed on the scaffold body 30 by the third fastener 503 on the waterproof bead 501 and the auxiliary beam 313, and the water can be transferred through the wings 5011 of the waterproof bead 501. Diversion is performed to prevent water droplets from penetrating into the circuit of the solar module 10, thereby completing the erection of the solar scaffold 1 with a new waterproof structure.

In particular, a windproof structure 3001 is provided on the scaffold body 30 between adjacent main columns 301. The windproof structure 3001 is to erect the deflector on the side of the scaffold body 30 to allow the airflow to blow toward When scaffolding, the airflow can be eliminated immediately, and the dense arrangement of the erection deflectors can be adjusted according to different needs, so as to effectively control the air flow into the scaffolding. If the scaffolding needs to be erected in a place with strong wind speed, The deflector can effectively prevent the scaffold from being damaged by the excessive wind speed; and the windproof structure 3001 can also be equipped with hooks to hook up flower pots, hanging ornaments and other installations to beautify the solar energy. Waterproof scaffolding.

Please refer to Figure 2. In addition, there is a fence structure 3003 on the adjacent main column 301 of the scaffold body 30, whose function is mainly to assist in strengthening the stability of the main column 301 as the bottom support of the scaffold body 30. Allow the scaffold body 30 to withstand higher-strength shaking; in this embodiment, a new type of waterproof solar scaffold 1 of the present invention can be erected on the roof of a general sky, a building, a factory, or a farmhouse. The roof of the building did not have the protective structure of the parapet wall in the early space planning, so it does not have the protective structure of the parapet. Therefore, when the scaffolding body 30 is erected on the roof, the scope of the scaffolding body 30 is matched The upper fence structure 3003 can effectively frame a safe area, increase the utilization rate of the house space, and allow users to move here. Due to the installation of the fence structure 3003, it is safer and prevents slipping. risks of.

Please continue to refer to FIG. 2. On the top of the new waterproof structure solar shelf 1 and between the tops composed of solar modules 10, there is a horizontal sliding door cleaning hole 20, which is composed of a substrate 201. And a sliding door 203. The washing hole 20 of the horizontal sliding door is opened by pulling the sliding door 203 horizontally. Most of the conventional solar scaffolds are not designed with this device, so a large amount of dust or dirt will be deposited on the top from time to time. In addition, in particular, the horizontal sliding door cleaning hole 20 is designed as a horizontal sliding operation mode. , Because the new waterproof structure solar scaffold 1 of the present invention can be designed on the roof of a house. If it is designed as a flip-up cover, the lift-up cover will easily hurt the user due to strong winds. Therefore, the present invention is designed as a horizontal sliding door 203, which prevents the cover from being blown down by the wind, which can effectively avoid this situation and protect the safety of users.

It is worth mentioning that the main column 301 and main beam 303 of the scaffold body 30 are made of H-shaped steel. The mechanical properties of the H-shaped steel section are good. When rolling, the extension of each point on the section is relatively uniform and the internal stress is small. Compared with steel, it has the advantages of large section modulus, light weight, and metal saving, which can reduce the building structure by 30-40%; because its legs are parallel inside and outside, and the leg ends are right-angled, they can be assembled into components, which can save welding and riveting. The workload is up to 25%. It is often used in large buildings that require large cut-off capacity and good cross-sectional stability. Due to the above characteristics, the base of the scaffold body 20 is lightweight, firm and quick to assemble, whether it is in the process of installation or use All of the above are lighter and more stable than the steel materials used in the past.

In this embodiment, please refer to the partial enlarged view of the connecting member 305 in FIG. The connecting structure of the structure, so in this hair, the main column 301 and the main beam 303 are not only connected in the vertical direction, but also have a curved structure at both ends, so the connecting piece 305 used in the connection is more suitable for bending The angled connecting piece 305 is used to make the structure more perfect to be combined.

In addition, please refer to the partial enlarged view of the fastener 3135 in Figure 1. Since the solar module 10 must be erected on the auxiliary beam 313, in addition to the combination of the waterproof bead 501 and the auxiliary beam 313, the two parts of the auxiliary beam 313 At the boundary between the end and the solar module 10, there is a fastener 3135. The fastener 3135 has an L-shaped structure. The fastener 3135 also has a perforation 307 on one end to match the perforation 307 on the auxiliary beam 313, and then through the first tightening The fastener 309 penetrates through the through hole 307 and engages with the second fastener 311, so that the fastener 3135 is fixed to the auxiliary beam 313, and the other end abuts against the edge of the solar module 10 so that the edge of the solar module 10 is clamped by the fastener 3135.合fixed.

More importantly, the position where the auxiliary beam 313 is erected on the main beam 303 must avoid the connection between the solar panels 101 and each other through the waterproof glue 103. Since the solar module 10 has an electrical circuit, this circuit is installed The position is at the junction where the two solar panels 101 are glued through the waterproof glue 103. One is to make it easier for erectors to erect and connect the lines, and the other is that the waterproof glue 103 has been consumed for a long time. If it needs to be filled, The reinforcement can be directly carried out through this space without disassembling the auxiliary beam 313, which facilitates the maintenance and repair of the scaffold body 30 by the operator.

In addition, the secondary beam 313 is a hollow structure, and its material is aluminum alloy. The most criticized thing about the conventional scaffolding structure is its heavy components, which not only cause great burden to the construction personnel during handling, assembly and even maintenance. It is troublesome, and the solar module 10 needs to be placed on the scaffold body 30. If the weight of the beam is too heavy, it will cause a heavy burden on the column and increase the risk of damage; the aluminum alloy material has light weight and formability Good, high strength, corrosion resistance, recyclable and other characteristics, it is most suitable for use on structures erected outdoors. It is not only strong and not afraid of rust caused by wind and rain, no matter in economic benefit or use benefit. Win the traditional steel structure.

In particular, the appearance of the auxiliary beam 313 can be designed in different colors according to the needs of users. Compared with the conventional silver gray C-shaped steel, it is more beautiful. In this embodiment, the color of the auxiliary beam 313 is more beautiful. It can be either a basic pattern or a full black color to meet the needs of different users with various decoration styles in appearance.

It is also worth noting that, as shown in the partial enlarged view of the waterproof assembly 50 in FIG. 1, the inner edges of the wings 5011 extending outward on both sides of the top of the waterproof bead 501 in the waterproof assembly 50 are provided with waterproof strips 5015. This waterproof strip 5015 When assembled, it exists between the waterproof bead 501 and the solar panel 101, and the waterproof bead 5015 is clamped downward through the waterproof bead 501, so that the waterproof bar 5015 is deformed, and the original strip-shaped waterproof bar 5015 is squeezed tightly. In its required accommodating range, through this feature, the problem of the inability to adhere between the waterproof strip 501 and the solar panel 101 can be effectively compensated, so that it can reach a higher waterproof level. Among them, the material of the waterproof strip 5015 Can be vulcanized rubber sealing tape, silicone rubber sealing tape, neoprene sealing tape, nitrile rubber sealing tape, thermoplastic elastomer sealing tape, thermoplastic vulcanizate (TPV) sealing tape, plasticized polyvinyl chloride (PPVC) glue-like materials such as sealant strips.

In particular, the length of the third fastener 503 must be longer than the thickness of the solar panel 101. One end of the third fastener 503 needs to be set in the limiting groove 5013 at the bottom of the waterproof bead 501, and the length of the other end is due to For assembly requirements, it is necessary to pass through the gap between the two corresponding solar panels 101 and then pass through the through holes 307 to be combined with the second fastener 26. Therefore, the length of the third fastener 503 must be at least longer than the thickness of the solar panel 101.

In addition, the width of the gap reserved for the arrangement of the solar modules 10 is greater than the width of the third fastener 503. As described above, the gap is reserved to allow the third fastener 503 to pass through. According to this, The waterproof component 50 and the solar module 10 are combined, and the plural solar modules 10 arranged at equal intervals are sandwiched into the solar waterproof module on the top of the scaffold body 30.

The present invention proposes a new type of waterproof structure solar rack assembly method based on the aforementioned new type of waterproof structure solar rack 1, which includes the following steps:

Step 1: Provide the solar module 10, wherein the solar panel 101 is glued into the solar module 10 through the waterproof glue 103, and the bottom of the solar module 10 is equipped with a power transmission device 105.

Step 2: Provide the scaffold body 30 and the setting frame scaffold body 30, which includes the main column 301 and the main beam 303. The main column 301 and the main beam 303 are connected to each other through the connecting piece 305, and the main column 301, the main beam 303 and the connection The member 305 is further provided with a plurality of perforations 307. When these perforations 307 are aligned and matched, the first fastener 309 penetrates the perforation 307 to join the second fastener 311, and the main column 301 and the main beam 303 are combined to erect the vertical Frame 300; Among them, the top of the two vertical frames 300 spans at least the auxiliary beam 313, each auxiliary beam 313 has a cover plate 3131, the auxiliary beam 313 and the cover plate 3131 also have these perforations 307, when the auxiliary beam 313 and the cover plate The perforations 307 on the 3131 are aligned and matched. At this time, the cover plate 3131 is covered on the auxiliary beam 313 and defines the accommodating space 3133. Then the perforation 307 and the accommodating space 3133 are penetrated by the first fastener 309 and the second The fasteners 311 are joined, and the plurality of auxiliary beams 313 are arranged parallel to each other, and the auxiliary beams 313 are aligned with the perforations 307 on the main beam 303, and then the perforations 307 are inserted through the first fastener 309 to engage with the second fastener 311. The auxiliary beam 313 is combined with the two vertical frames 300 to complete the erection of the scaffold body 30.

Step 3: Provide a plurality of solar modules 10 on the scaffold body 30.

Step 4: Provide a waterproof component 50 to fix the solar module 10 on the scaffold body 30. The waterproof component 50 is composed of a waterproof bead 501. The top and both sides of the waterproof bead 501 are designed with outwardly extending wings 5011, and the middle bottom is provided The limit groove 5013 and the third fastener 503 are formed; wherein a plurality of solar modules 10 are arranged in parallel and erected on the auxiliary beam 313, and the arrangement has a gap. Place the waterproof bead 501 on the gap of the solar module 10, and the bottom of the waterproof bead The limiting groove 5013 is provided with at least a third fastener 503, the third fastener 503 is placed in the limiting groove 5013, and the other end passes through the gap through the through hole 307 on the auxiliary beam 313 to engage with the second fastener 311, according to this The solar module 10 is fixed by using the third fastener 503 on the waterproof bead 501 and the auxiliary beam 313 to achieve the waterproof effect, thereby completing the solar shelf 1 of the new waterproof structure.

Accordingly, the technical features of the above assembling steps are the same as the features of the aforementioned new type of waterproof structure solar shelf 1, so detailed descriptions are omitted.

1: A new type of waterproof structure solar scaffolding

10: Solar module

101: Solar Panel

103: Waterproof glue

105: Power transmission device

30: scaffold body

300: stand

301: Main Column

303: main beam

305: Connector

307: Perforation

309: The first fastener

311: second fastener

313: Associate Beam

3131: cover

3133: accommodating space

50: Waterproof components

501: Waterproof bead

5011: Wing

5013: limit slot

5015: Waterproof strip

503: third fastener

Claims (10)

A new type of waterproof structure solar scaffold includes: a solar module composed of a plurality of solar panels through a waterproof glue, and the bottom of the solar module is equipped with a power transmission device; a scaffold body, The system includes a main column and a main beam. The main column and the main beam are connected to each other through a connecting piece, and the main column, the main beam and the connecting piece are further provided with a plurality of perforations. When the perforations are aligned and matched, through A first fastener penetrates the perforation and engages with a second fastener, and a stand is erected by the combination of the main column and the main beam; wherein the tops of the two stands span at least one sub-beam, each The sub-beam further has a cover plate, and the sub-beam and the cover plate also have the perforations. When the sub-beam and the cover plate are aligned and matched, the cover plate covers the sub-beam And define an accommodating space, and then through the first fastener to penetrate the perforation and the accommodating space to join with the second fastener, a plurality of sub-beams are arranged parallel to each other, and the sub-beam and the main beam The perforation is aligned and matched, and the perforation is penetrated through the first fastener to engage with the second fastener, thereby combining the sub-beam with two vertical frames to complete the erection of the scaffold body; a waterproof component, The waterproof component is composed of a waterproof bead. Both sides of the top of the waterproof bead are designed with wings extending outward, and the bottom of the middle is provided with a limiting slot and a third fastener. A plurality of the solar modules are arranged in parallel and erected On the auxiliary beam, the arrangement has a gap, the waterproof bead is placed on the gap of the solar module, the limiting groove at the bottom of the waterproof bead is provided with at least one third fastener, and one end of the third fastener is placed In the limiting groove, the other end passes through the gap, passes through the perforation on the sub-beam, and engages with the second fastener, so that the solar module utilizes the third fastener and the second fastener on the waterproof bead The auxiliary beams are combined and fixed to achieve a waterproof effect, thereby completing the new waterproof structure solar scaffolding. For example, the waterproof structure solar scaffold of claim 1, wherein the scaffold body is further provided with a windproof structure to reduce wind resistance. For example, the waterproof structure solar scaffold of claim 1, wherein the scaffold body further has a fence structure, and the fence structure is used to make the scaffold body more stable and improve the safety in use. For example, the waterproof structure solar scaffold of claim 1, wherein the main column and the main beam are made of H-shaped steel to reduce the weight of the beams and columns. For example, the waterproof structure solar shelf of claim 1, wherein the two ends of the auxiliary beam further have a fastener for fixing the solar module erected on the auxiliary beam. Such as the waterproof structure solar scaffold of claim 1, wherein the position where the auxiliary beam is erected must avoid the connection of the solar panel through the waterproof glue. For example, the waterproof structure solar scaffold of claim 1, wherein the auxiliary beam is a hollow structure and the material is aluminum alloy. For example, the waterproof structure solar scaffold of claim 1, wherein the inner edge of the wing part is further provided with a waterproof strip to make the waterproof bead have a better waterproof effect. For example, the waterproof structure solar shelf of claim 1, wherein there is a horizontal sliding door cleaning hole, which is composed of a base plate and a sliding door, for users to pass through the horizontal sliding door cleaning hole to the solar panel Clean the top. A new type of waterproof structure solar rack assembly method includes: Step 1: Provide a solar module in which a plurality of solar panels are glued into the solar module through a waterproof glue, and a power transmission device is installed at the bottom of the solar module : Step 2: Provide a scaffolding body and setting frame; The scaffolding body includes a main column and a main beam. The main column and the main beam are connected to each other through a connecting piece, and the main column, the main beam and the connecting piece are further provided with a plurality of perforations, the perforations When aligning and matching, a first fastener penetrates the perforation and engages with a second fastener, and a stand is erected by the combination of the main column and the main beam; wherein the tops of the two stands span at least A sub-beam, each sub-beam has a cover plate, the sub-beam and the cover plate also have the perforations, when the sub-beam and the cover plate are aligned and matched, the cover plate cover Fit on the secondary beam and define an accommodating space, and then through the first fastener to penetrate the perforation and the accommodating space to join with the second fastener, the plurality of secondary beams are arranged parallel to each other, and the secondary beam Align and match with the perforation on the main beam, and then pass the perforation through the first fastener to engage with the second fastener, thereby combining the secondary beam with two vertical frames to complete the erection of the scaffold body Step 3: Provide a plurality of solar modules on the scaffold body; Step 4: Provide a waterproof component to fix the solar modules on the scaffold body. The waterproof component is composed of a waterproof bead, the waterproof bead A wing part extending outward is designed on both sides of the top, and a limiting groove and a third fastener are arranged on the bottom of the middle; wherein a plurality of the solar modules are arranged in parallel and erected on the auxiliary beam, and the arrangement has a gap, The waterproof bead is placed on the gap of the solar module, the limiting groove at the bottom of the waterproof bead is provided with at least one third fastener, the third fastener is placed in the limiting groove, and the other end passes through the gap, Pass through the perforation on the secondary beam to join with the second fastener, according to which the solar module is fixed with the third fastener on the waterproof bead and the secondary beam to achieve a waterproof effect, thereby completing the new type The waterproof structure solar scaffolding.

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