JP3204297U - New solar power gantry system - Google Patents

Abstract

The present invention provides a photovoltaic power generation gantry system that can hold a set of modules on the same plane and can be applied to various complicated terrain. A photovoltaic power generation system including a column, a horizontal rail, and a rail, the horizontal rail is fixed to the tip of the column 1 by a connecting structure 4, and the rail is attached to an upper portion of the horizontal rail. A hook structure is installed between the two. The connecting structure 4 includes a first connecting part 4.1 and a second connecting part 4.2. The first connecting part is fixed to the tip of the column. The second connecting part is connected to the first connecting part at one end thereof, and can rotate in at least two directions with respect to the first connecting part around the connecting part. The other end of the second connecting part is fixed to the horizontal rail and connected. Along with the height adjustment of the front and rear struts, it is possible to adjust the maximum irradiation angle by absorbing the mounting error. [Selection] Figure 2

Description

  The present invention relates to the field of photovoltaic power generation technology, and particularly to the mechanism of one type of new photovoltaic power generation stand system.

  The supply of energy is getting more and more tensioned day by day, and solar power generation has been increasingly applied as a new type of energy. However, the new solar power gantry is an important component of the solar power generation system as a support mechanism of the solar power generation system. The existing new solar power gantry system mainly uses a method of drilling holes in members and fixing them with bolts. The machining, member operation, bolt connection, etc. are relatively complicated, so there are various types of construction. Cause inconvenience. When mounting, it is difficult to arrange the installation surface of the horizontal rail on the same plane, and the horizontal rail and other parts tend to be stressed and damaged in many places.

  The technical problem to be solved by the present invention is to research and devise one type of new photovoltaic power generation system.

  According to the present invention, not only the installation is simple, but also the time can be shortened at the construction site, and the set of modules can be held on the same plane with the new photovoltaic power generation stand system and applied to various complicated terrain. it can.

  In order to achieve the above object, the technical plan adopted in the present invention is as follows.

  One type of new photovoltaic stand system includes struts, side rails, and rails. The corresponding horizontal rail is fixed to the end of the column by a connecting structure, and the rail is attached to the top of the horizontal rail. A hook structure is installed between the rail and the side rail. The corresponding connecting structure includes a first connecting part and a second connecting part. The first connecting part is fixed to the tip of the column. The second connecting part is connected to the first connecting part at one end thereof, and can rotate in at least two directions with respect to the first connecting part around the connecting part. The other end of the second connecting part is fixed to the horizontal rail and connected.

  After the foundation of the solar power gantry system is completed, the joint set is fitted into the column. Depending on the irradiation angle of the local light, the maximum irradiation angle can be adjusted, and the setting of the angle can be realized by the difference in height between the front and rear columns. Since the error cannot be avoided during installation, the connection structure is a wonderful expression. It can automatically rotate to an angle that fits the current situation and can guarantee the safety of the solar power stand system. Furthermore, since the second connecting part can rotate in at least two directions with respect to the first connecting part around the connecting part, the space is increased in the installation direction of the horizontal rail, either horizontally or vertically. Since it can be installed, it does not affect the position adjustment.

  Moreover, as a priority proposal of the photovoltaic power generation stand system described in the present invention, a ball joint cover is designed for the corresponding second connecting part, and a through-installation hole is designed in the joint cover. Mounting holes corresponding to the first connecting parts are also designed. The first connecting part and the second connecting part are fixed and connected with the bolt through the mounting hole of the first connecting part and the through hole provided in the joint cover.

  Further, the corresponding second connecting part includes a mounting plane and a fixed plane. It is formed in a “T” shape on both the planes. In order to limit the fixation of the ball joint cover, a through hole is designed in the fixing plane, and the ball joint cover can be rotated through the through hole to some extent.

  Moreover, as a priority plan of the photovoltaic power generation stand system described in the present invention, the corresponding hook structure is composed of a clip set, an end clip set, and a mid clip set.

  Specifically, the corresponding mid clip set includes a mid clip part and a dog. The dog has a bolt installation hole and a dog edge that become the main body. The dog has an inverted “U” shape. The dog edge is used to fix the rail to the side rail. The mid clip part is formed in a sheet shape, and a bolt installation hole is designed therein. In the case of use of the mid clip set, a bolt can be used to fix a module to be installed between the mid clip part and the dog through a bolt installation hole in the mid clip part and the dog.

  The corresponding end clip set includes an end clip part, a first end clip accessory and a second end clip accessory which are stacked. The second end clip accessory at the bottom layer secures the side rails and rails on both sides. The first end clip accessory is designed on top of the second end clip accessory. The end clip part is designed on top of the first end clip accessory. Bolts can be secured through the end clip parts, the first end clip accessory and the second end clip accessory.

  The corresponding clip set includes a clip and a dog. The dog has a bolt installation hole and a dog edge that become the main body. The dog has an inverted “U” shape. The dog edge is used to fix the rail. The clip secures the dog and has a shoulder on the base that projects outwardly on one side of the clip.

  The new type solar power generation gantry system described in the present invention can not only easily set the angle but also avoid a mounting failure due to an error during the mounting. Moreover, since it can automatically rotate to an angle suitable for the current situation, the safety of the photovoltaic power generation stand system can be guaranteed. Furthermore, the hook structure such as the clip set, end clip set, and mid clip set makes it easy to mount the new solar power generation stand.

FIG. 1 is an explanatory diagram of the mechanism of a new photovoltaic power generation stand system designed based on the present invention. FIG. 2 is an enlarged explanatory drawing of the corresponding connecting structure. FIG. 3 is an enlarged explanatory drawing of the corresponding clip set. FIG. 4 is a usage state diagram of the corresponding clip set. FIG. 5 is an explanatory diagram of a corresponding end clip set. FIG. 6 is a usage state diagram of the corresponding end clip set. FIG. 7 is an explanatory drawing of the corresponding mid clip set.

  In the following, the present invention will be described in more detail with reference to the drawings and specific implementation methods.

  As shown in FIG. 1, one type of new photovoltaic power generation stand system includes a support column 1, a horizontal rail 2, and a rail 3. The horizontal rail 2 is fixed to the front end of the support column 1 by the connecting structure 4, thereby installing the rail 3 on the horizontal rail 2. A hook structure is installed between the rail 3 and the horizontal rail 2.

  As shown in FIG. 2, the connecting structure 4 includes a first connecting part 4.1 and a second connecting part 4.2 connected to the first connecting part 4.1. The first connecting part 4.1 is fixed to the tip of the column 1, and the second connecting part 4.2 is connected to the first connecting part 4.1. The second connecting part 4.2 can rotate in at least two directions with respect to the first connecting part 4.1 around the connecting part.

  Specifically, the second connecting part 4.2 includes a mounting plane and a fixed plane. It is formed in a “T” shape on both the planes. In order to limit the fixation of the ball joint cover 4.3, a through hole is designed in the fixing plane, and the ball joint cover 4.3 can be rotated through the through hole to some extent. A through hole is designed in the ball joint cover 4.3, and a mounting hole corresponding to the first connecting part 4.1 is also designed. The first connecting part 4.1 and the second connecting part 4.2 are fixed and connected through bolts 4.4 through holes in the first connecting part 4.1 and the ball joint cover 4.3.

  As shown in FIG. 3-7, the hook structure is composed of a clip set 5, an end clip set 6, and a mid clip set 7.

  The clip set 5 includes a clip 5.1 and a dog 5.2. Dog 5.2 has a bolt mounting hole and a dog edge. Dog 5.2 is an inverted “U” type. The dog edge is used to fix the rail (lateral rail 2). The clip 5.1 fixes the dog 5.2 and has a shoulder portion of a base projecting outward on one side of the clip.

  The end clip set 6 includes an end clip component 6.1, a first end clip accessory 6.2, and a second end clip accessory 6.3 that are stacked. Secure the side rails 2 and 3 on both sides of the second end clip accessory 6.3 on the bottom layer. The first end clip accessory 6.2 is designed on top of the second end clip accessory 6.3, and the end clip part 6.1 is designed on top of the first end clip accessory 6.2. Bolts can be secured through the end clip part 6.1, the first end clip accessory 6.2 and the second end clip accessory 6.3.

  The mid clip set 7 includes a mid clip part 7.1 and a dog 7.2. Dog 7.2 has a bolt installation hole and a dog edge that become the main body. Dog 7.2 is an inverted “U” type. The dog edge is used to fix the horizontal rail 2. The mid clip part 7.1 is in the form of a sheet, in which bolt installation holes are designed. In use, the module to be installed between the mid clip part 7.1 and the dog 7.2 can be fixed through a bolt installation hole in the mid clip part 7.1 and the dog 7.2 with bolts. The mid clip part 7.1 is used to fix the regular module to the transverse rail 2.

  As mentioned above, although the implementation method of this invention was demonstrated to this description, these implementation methods are only what is shown and must not be restricted to the protection scope of this invention. Unless it departs from the spirit of the present invention, all omissions, replacements and changes are within the protection scope of the present invention.

  1, support 2, horizontal rail 3, rail 4, connecting structure 4.1, first connecting part 4.2, second connecting part 4.3, ball joint cover 4.4, bolt 5, clip set 5.1, clip 5.2, dog 6, end clip set 6.1 , End clip parts 6.2, first end clip accessories 6.3, second end clip accessories 7, mid clip set 7.1 mid clip parts 7.2, dog

Claims (7)

A type of photovoltaic power generation system including a support, a horizontal rail, and a rail,
The horizontal rail is fixed to the end of the column by a connecting structure,
The rail is mounted on top of the lateral rail;
A hook structure is installed between the rail and the lateral rail,
The connecting structure includes a first connecting part and a second connecting part,
The first connecting component is fixed to the tip of the support;
The second connecting component is connected to the first connecting component at one end thereof, and can rotate in at least two directions with respect to the first connecting component around the connecting portion.
The other end of the second connecting part is fixed and connected to the horizontal rail. A ball joint cover is designed for the second connecting part,
A through hole is designed in the joint cover, and a mounting hole corresponding to the first connecting part is designed,
The bolt according to claim 1, wherein the first connecting part and the second connecting part are fixedly connected by a bolt through the mounting hole of the first connecting part and the through-installation hole in the joint cover. Types of solar power gantry system. The second connecting part includes a mounting plane and a fixed plane, and is formed in a “T” shape on both the planes.
The one of claim 2, wherein a through hole is designed in the fixing plane in order to limit fixing of the ball joint cover, and the ball joint cover can be rotated through the through hole to some extent. Types of solar power gantry system.   The one kind of photovoltaic power generation stand system according to any one of claims 1 to 3, further comprising a hook structure having three of a clip set, an end clip set, and a mid clip set. The mid clip set includes a mid clip part and a dog.
The dog has a bolt installation hole and a dog edge that become a main body, and the dog is formed in an inverted “U” shape,
The dog edge is used to fix the rail and the rail;
The mid clip part is formed in a sheet shape, in which a bolt installation hole is designed,
In the case of using the mid clip set, a bolt can fix a module to be installed between the mid clip part and the dog through the bolt installation hole in the mid clip part and the dog. 4. One kind of solar power generation stand system described in 4. The end clip set is composed of stacked end clip parts, a first end clip accessory, and a second end clip accessory,
The second end clip accessory in the lowest layer fixes the lateral rail and the rail on both sides thereof,
The first end clip accessory is designed on top of the second end clip accessory;
The end clip part is designed on the first end clip accessory;
The one kind of photovoltaic power generation gantry system according to claim 4 or 5, which is fixed by bolts through the end clip part, the first end clip accessory, and the second end clip accessory. The clip set consists of a clip and a dog,
The dog has a bolt installation hole and a dog edge to be a main body, the dog is formed in an inverted “U” shape,
The dog edge is used to fix the transverse rail;
The said clip has fixed the said dog, and has the shoulder part of the stand which protrudes outward in the one side of the said clip, The solar power generation stand system of one kind in any one of Claim 4 thru | or 6.

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