JP6412359B2 - Installation method of solar panel mount and solar panel mount - Google Patents

Description

  The present invention relates to, for example, a solar panel frame and a solar panel frame installation method installed on the roof of an apartment house, and more specifically, a solar panel frame and a solar panel frame that exhibit convenience when the waterproof layer on the roof is updated. It relates to the installation method.

  Conventionally, for example, a solar panel has been placed on the roof of an apartment house. The roof of a general apartment house has a flat shape called a so-called flat roof, and a solar panel is placed at a predetermined angle on an assembly-type mount installed on the flat roof. In this case, it was necessary to reduce the inclination angle of the panel or reduce the height of the gantry in view of the law, administrative guidance, and existing apartments nearby.

  However, when a solar panel mount is installed on the roof, there is a problem that it is difficult to update the waterproof layer on the roof. In other words, when the waterproof layer under the solar panel mount is updated, the mount itself can be lifted and moved temporarily, but the restoration work of the mount occurs after the update work is completed, so it only takes time to restore the original state. Not only was the cost high. Therefore, in order to update the waterproof layer under the frame without moving the solar panel frame itself, it has been desired to adopt a structure in which the solar panel can be lifted around one side of the frame.

  Therefore, as a solar panel frame having such a structure, the idea is to lift the support body on which the solar panel is placed, and to temporarily hold the lifted support body with a temporary holding member (see, for example, Patent Document 1). Has been proposed. In other words, the short column material of different lengths installed on the connecting material constituting this solar panel mount and the support of the solar panel are spanned between the upper ends of the long column materials, and can rotate freely with respect to this short column material The working space is ensured by temporarily holding the lifted support with the temporary holding member.

JP 2014-34760 A

  However, in the configuration of the conventional solar panel mount described above, the work space is not sufficiently secured. That is, not only the short column member and the long column member are connected to the front and rear in the longitudinal direction of the connecting member, but also the base substrate is provided at the front and back perpendicular to the connecting member. Since it rotates with respect to this short column material, it cannot go under the solar panel unless it straddles or dive over the connecting member and the base substrate, and it also has a waterproof layer unless the support is lifted sufficiently Is difficult to update.

  Furthermore, a temporary holding member that is not directly related to the solar panel mount must be prepared at the time of work. Therefore, if the preparation fails, the solar panel cannot be lifted, and the waterproof layer may not be updated. Further, if the temporary holding member is lost, it must be purchased separately, which increases the cost.

  Therefore, an object of the present invention is to provide a solar panel mount and a solar panel mount installation method capable of efficiently performing a renewal work of the waterproof layer on the roof by lifting the solar panel without labor and cost. It is in.

  In order to solve the above problems, the solar panel gantry and the solar panel gantry installation method according to the present invention are characterized in that the panel base of the solar panel is centered on the longer connecting member erected on the base substrate. The base substrate connected to the material is rotated and lifted, and the anti-vibration member for the anti-vibration of the longer connecting member is removed and used for supporting the panel substrate.

  That is, the solar panel gantry according to the present invention is provided on the first base substrate and the rod-shaped first and second base substrates that are installed to face each other on the bases arranged at intervals. At least a pair of first connecting members, and at least a pair of second connecting members that are erected on the second base substrate so as to face the first connecting members and are vertically longer than the first connecting members. A member, at least a pair of rod-shaped panel base members coupled to the upper portions of the first coupling member and the second coupling member facing each other, and a rod-shaped vibration detachably mounted on the second coupling member. A stopper member, and the anti-vibration member includes a first fixing portion for fixing the first base substrate to one end and a base for the first base substrate to the other end. It has a second fixing part and is pivotally connected to the second connecting member. And between the first base substrate and the base that is rotated upward together with the panel substrate, the first and second fixed the vibration preventing member in a fixed portion is provided.

  Further, the anti-vibration member is a member having at least an L-shaped plate portion, and the first fixing portion has an opening for a detachable fixing tool at one end of one plate portion of the anti-vibration member. The second fixing portion is a protruding plate provided with an opening for a detachable fixing tool that is refracted outward from the other end of the one plate portion of the anti-vibration member. It is desirable.

  The anti-vibration member includes a main body portion, and the first fixing portion and the second fixing portion are provided at both ends of the main body portion, and the first fixing portion and the second fixing portion are It is desirable that the protrusion plate bends and protrudes from the main body and is provided with an opening for a detachable fixture.

  In addition, it is desirable that the protruding plate bends at an angle that makes the bracing member tilt at an acute angle toward the second connecting member when the protruding plate is fixed to the base on the first base substrate side.

In the solar panel frame installation method according to the present invention, rod-shaped first and second base substrates are respectively installed on the bases arranged at intervals, and the first base substrate is mounted on the first base substrate. At least a pair of first connecting members are erected, and at least a pair of second connecting members that are vertically longer than the first connecting members are opposed to the first connecting members on the second base substrate. At least a pair of bar-shaped panel base members are connected to the upper portions of the first connecting member and the second connecting member facing each other, and a bar-shaped anti-vibration member is detachably attached to the second connecting member. The panel base member that is installed and pivotally connected to the second connecting member and the first base base member that is connected to the panel base member are rotated upward, and the second connecting member A first fixing portion provided at one end of the anti-vibration member removed; Serial fixed to the first base substrate, a second fixed portion provided to the other end of the vibration preventing member is fixed to the base of the first base substrate side.

  In the solar panel mount according to the present invention, the first and second base base materials are installed on the bases arranged at intervals, and the second connecting member is provided upright on the second base base material. An anti-vibration member is installed for anti-vibration, and a panel base is connected to the second connecting member that is longer than the first connecting member so as to be rotatable. The first connecting member is The first base member that is erected is turned upward, and the anti-vibration member is a first fixing portion in the space between the first base member and the base for supporting the panel substrate. And by being fixed by the 2nd fixing | fixed part, the working efficiency at the time of the update of the waterproof layer of a rooftop improves.

  That is, the first and second base bases are installed on a base having a space between them, and when the waterproof layer is updated, the first base base is rotated together with the second base so that the base has a second base. Only the base material is installed. Furthermore, since the panel base material rotates with respect to the second connection member that is longer than the first connection member, the panel base material on which the solar panel is placed is held at a higher position when the waterproof layer is updated. Is done. Therefore, even if the solar panel mount is not moved, a work space for smoothly updating the waterproof layer can be secured.

  And normally, the anti-vibration member installed for anti-vibration of the second connecting member is provided in the space between the first base substrate and the base for supporting the rotated panel substrate when the waterproof layer is updated. Therefore, existing members can be diverted. Therefore, it is not necessary to procure another member for supporting the panel base material, and the renewal cost of the waterproof layer can be suppressed. Furthermore, since the anti-vibration member can be reused, it is possible to avoid discarding separately procured members, which is environmentally friendly.

  The anti-vibration member that can be used for anti-vibration and support is a member that includes at least an L-shaped plate portion, and the first fixing portion is provided with an opening. Since the fixed portion is a projecting plate provided with an opening, a single member can be used for both the anti-vibration and the support without using another member.

  Further, the first fixing portion and the second fixing portion are provided at both ends of the main body portion provided in the anti-rest member, and the first fixing portion and the second fixing portion are refracted from the main body portion. Thus, since the protruding plate is provided with an opening for the detachable fixing tool, it can be used as a single member for both the vibration prevention and the support without using another member.

  Further, when the protruding plate is fixed to the base on the first base substrate side, the anti-vibration member is refracted at an acute angle toward the second connecting member side, thereby increasing the panel substrate. It is possible to stably support the position.

It is a left view of the solar panel mount frame in this invention. It is a partially expanded view of the solar panel mount in the present invention. It is the upper side figure and rear view of the solar panel mount frame in this invention. It is a figure which shows one member of the solar panel mount frame in this invention. It is the front view and right view of the solar panel stand at the normal time in this invention. It is the front view and right view of a solar panel stand at the time of the waterproof layer update in this invention. It is a figure which shows one member of another solar panel mount frame in this invention. It is a left view of another solar panel mount frame in this invention.

  Hereinafter, the basic structure of the solar panel mount according to the present invention will be described with reference to FIGS. FIG. 1 shows a solar panel mount (two-dot chain line) in a normal state and a solar panel mount (solid line) at the time of updating a waterproof layer on the roof. FIG. 2 shows an enlarged portion (X portion and Y portion in FIG. 1) of the solar panel mount when the waterproof layer on the rooftop is updated.

  The solar panel mount according to the present invention is installed on the floor F of the roof, and the solar panel P is placed thereon. This solar panel has a structure in which rod-shaped first base base material 2 and second base base material 3 that are installed to be opposed to each other on a base 1 that is arranged at an interval, and a first base base. At least a pair of first connecting members 4 erected on the material 2 and at least a first base member 3 standing on the second base substrate 3 so as to face the first connecting member 4 and at least vertically longer than the first connecting member A pair of second connecting members 5, at least a pair of bar-shaped panel base members 6 connected to the upper portions of the first connecting member 4 and the second connecting member 5 that face each other, and the second connecting member 5 are attached to and detached from each other. And a bar-shaped anti-vibration member 7 which is freely installed. The anti-vibration member 7 has a first fixing portion 71 for fixing to the first base substrate 2 at one end and a second fixing portion 72 for fixing to the base 1 on the first base substrate side at the other end. The first fixing portion 71 and the second fixing member 71 are located between the first base material 2 and the base 1 that are rotated upward together with the panel base material 6 that is rotatably connected to the second connecting member 5. The anti-vibration member 7 fixed by the fixing portion 72 is provided.

  The anti-vibration member 7 is a member provided with at least an L-shaped plate portion, and may be an angle-type member or a channel-type member. The first fixing portion 71 is provided with an opening 71 a for a detachable fixing tool at one end of one plate portion (not numbered) of the anti-vibration member 7. The second fixing portion 72 is a protruding plate 72b provided with an opening 72a for a detachable fixing tool that refracts outward from the other end of one plate portion of the anti-vibration member 7 and protrudes.

  The protruding plate 72b is refracted at an angle 72c at which the anti-vibration member 7 is inclined at an acute angle toward the second connecting member 5 when fixed to the base 1 on the first base substrate 2 side. The angle 72c at this time is 75 to 85 degrees, more preferably 78 to 83 degrees, and still more preferably 82 degrees.

  Next, each member which comprises the solar panel mount frame in this invention is demonstrated, referring FIGS. FIG. 3A is a top view of the solar panel mount in a normal state, and FIG. 3B is a rear view of the solar panel mount. 4A is a front view of the bracing member, FIG. 4B is a right side view of the bracing member, and FIG. 4C is a bottom view of the bracing member.

  The base 1 includes a flat plate portion (not numbered) installed on the floor F of the roof, a leg portion (not numbered) standing from the flat plate portion, and a foundation provided at the upper end of the leg portion. It consists of a plate part (not numbered). The flat plate part is fixed to the floor F on the roof with a fixture. The base plate portion is provided with an opening (not shown) into which a fixing tool for fixing the first base substrate 2, the second base substrate 3, or the anti-vibration member 7 is inserted.

  The first base substrate 2 and the second base substrate 3 are channel-types comprising a bottom plate portion (not numbered) and left and right side plate portions (not numbered) standing from both ends of the bottom plate portion. It is a member. An opening (not shown) into which a fixing tool for fixing the first fixing portion 71 of the anti-vibration member 7 is inserted into one end side of the bottom plate portion of the first base substrate 2 when the waterproof layer on the roof is updated. Is provided. An opening (not shown) through which a fixing tool for standing the second connecting member 5 is inserted is provided at a predetermined position of the bottom plate portion of the second base substrate 3. Openings (not shown) for inserting fixtures for fixing to the base 1 are provided on both end sides of one side plate portion of the first base substrate 2 and the second base substrate 3.

  The first connecting member 4 is a plate-shaped member and is fixed to the upper surface of the first base substrate 2. On the side surface of the first connecting member 4, an opening (not shown) into which a fixing tool for connecting to the panel base 6 is inserted is provided.

  The second connecting member 5 is an angle-type member in which both plate portions (not numbered) are connected substantially at a right angle. An opening (not shown) for inserting a fixture for standing on the second base substrate 3 is provided on one end side of one of the plate portions. Further, an opening (not shown) for inserting a fixing tool for fixing the anti-vibration member 7 is provided near the center from both ends of the one plate portion. Furthermore, an opening (not shown) through which a fixture for connecting to the panel base 6 is inserted is provided on the other end side of the other plate portion. The vertical dimension of the second connecting member 5 is not only longer than the vertical dimension of the first connecting member 4, but also the vertical dimension when the first connecting member and the first base substrate 2 are combined in the vertical direction. Longer than dimensions.

  The panel base 6 is a channel-type member that includes a bottom plate portion (not numbered) and left and right side plate portions (not numbered) standing from both ends of the bottom plate portion. Openings (not shown) for inserting a fixture for connecting to the first connecting member 4 or the second connecting member 5 are provided on both ends of the bottom plate portion of the panel base material.

  The anti-vibration member 7 is an angle-type member in which both plate portions (not numbered) are connected substantially at a right angle. A first fixing portion 71 is provided at one end of one of the plate portions, and the first fixing portion is a fixing for fixing the bottom plate portion of the first base substrate 2 when the waterproof layer on the roof is updated. An opening 71a for mounting the tool is provided. Further, a second fixing portion 72 is provided on the other end side of the one plate portion, and the second fixing portion is a protruding plate 72b that is refracted and protrudes outward from the other end side when the waterproof layer on the roof is updated. An opening 72a is provided in which a fixing tool is inserted. The protruding plate 72b is formed by extending the other end of the one plate portion by a predetermined length and bending it at an acute angle from the horizontal plane in the opposite direction to the other plate portion. Furthermore, the opening 73 which inserts the fixing tool for fixing to the 2nd connection member 5 at the time of normal is provided in the both ends side of the other board part. The length dimension of the bracing member 7 is at least larger than that of the second connecting member 5.

  Next, a solar panel gantry constructed by assembling each member will be described with reference to FIGS.

  Four bases 1 are installed in a square shape with respect to the floor surface F of the roof, and are fixed by fixtures. The first base base material 2 and the second base base material 3 are provided parallel to each other on the bases 1 having a wide installation interval, and the bottom plate portions (not numbered) face each other. It is fixed to the foundation with a fixture.

  The first connecting portions 4 are in pairs (a pair), and are fixedly erected at a predetermined total of four locations on the upper surface of the first base substrate 2. The second connecting portions 5 are in pairs (a pair), and are fixed and erected with a fixing tool at a position facing the first connecting portion 4 with respect to the second base substrate 3. The upper end of the second connecting portion 5 erected on the second base substrate 3 is higher than the upper end of the first connecting portion 4 erected on the upper surface of the first base substrate 2.

  The panel base material 6 is fixed to the upper ends of the first connecting part 4 and the second connecting part 5 facing each other with a fixing tool facing the bottom plate part of the panel base material. The solar panels P (broken lines) are respectively placed across the pair of panel base materials 6.

  The anti-vibration member 7 is detachably spanned between the pair of second connecting members 5 in a normal state. Specifically, it is fixed obliquely with respect to the pair of second connecting members 5 through the opening 73 of one plate portion of the anti-vibration member 7. As a result, it is possible to prevent the second connecting member 5 from swinging and to stably install the solar panel against bad weather such as strong winds and heavy rains and earthquakes.

  Next, a situation when the waterproof layer on the rooftop is updated in a state where the solar panel is placed on the assembled solar panel mount will be described with reference to FIGS. FIG. 5 shows a state of the solar panel base before the waterproof layer is updated, and FIG. 6 shows a state of the solar panel base when the waterproof layer is updated. 5 (A) and 6 (A) are front views of the solar panel mount, and FIGS. 5 (B) and 6 (B) are right side views of the solar panel mount.

  Before the update of the waterproof layer (normal time), as shown in FIGS. 5 (A) and 5 (B), the solar panel P is elevated at the second connecting member 5 side and tilted by a predetermined angle, so that the panel base 6 It is placed on top. At this time, the 1st base material 2 is constructed on the bases 1 with a wide installation space | interval, and is being fixed with the detachable fixing tool. Further, the anti-vibration member 7 is detachably fixed to the pair of second connecting members 5 by a fixing tool.

  When the waterproof layer is updated, as shown in FIGS. 6A and 6B, the fixture is removed from the first base substrate 2 fixed to the base 1, and the first base substrate is moved upward. When the panel base material 6 is rotated toward the center, the panel base 6 is also rotated about the fixing member connected to the second connecting member 5 as the central axis. At this time, the anti-vibration member 7 installed on the second connecting member 5 is removed. And via the opening 71a of the 1st fixing | fixed part 71 which the bracing part 7 has, this bracing member and the 1st base base material 2 rotated upward are fixed with a fixing tool. On the other hand, the bracing member and the base portion 1 are fixed by a fixture through the opening 72a of the protruding plate 72b of the second fixing portion 72 of the bracing member 7. By doing so, the inclination angle of the rotated panel base 6 is increased in proportion to the length of the anti-vibration member 7, and the distance from the roof surface is increased.

  Therefore, in the solar panel mount according to the present invention, the first base base 2 and the second base base 3 are installed on the base 1 arranged at an interval, and stands on the second base base. An anti-vibration member 7 is installed for anti-vibration of the provided second connecting member 5, and the solar panel P is rotatable with respect to the second connecting member 5 that is longer than the first connecting member 4. The placed panel base 6 is connected, and the first base base 2 on which the first connecting member 4 is erected is rotated upward to support the panel base 6. Since the anti-vibration member 7 is fixed in the space between the base substrate and the base 1 with the first fixing portion 71 and the second fixing portion 72, the work efficiency at the time of renewing the waterproof layer on the roof is improved. improves.

  That is, the first base base material 2 and the second base base material 3 are erected on the base 1 with a space therebetween, and when the waterproof layer is updated, the first base base material 2 and the second base base material 3 are rotated together with the first base base material 2. Only the second base substrate 3 is installed on the base. Furthermore, since the panel base material 6 rotates with respect to the 2nd connection member 5 longer than the 1st connection member 4, this panel base material in which the solar panel P was mounted at the time of a waterproof layer update is more Held in a high position. Therefore, even if the solar panel mount is not moved, a work space for smoothly updating the waterproof layer can be secured.

  Further, the anti-vibration member 7 which is normally installed as an anti-vibration member for the second connecting member 5 is used to support the panel base member 6 which is rotated when the waterproof layer is updated. Therefore, existing members can be diverted. Therefore, it is not necessary to procure another member for supporting the panel base material, and the renewal cost of the waterproof layer can be suppressed. Since the anti-vibration member 7 can be reused, it is possible to avoid discarding separately procured members, which is environmentally friendly.

  The anti-vibration member 7 that can be used for anti-vibration and support is an angle-type member. The first fixing portion 71 has an opening 71a on the surface, and the second fixing portion 72 has an opening. By using the protruding plate 72b provided with 72a, it is possible to use a single member for both anti-vibration and support without using another member.

  Further, when the protruding plate 72b is fixed to the base 1 on the first base substrate side, the anti-vibration member 7 is refracted at an acute angle toward the second connecting member 5 side. It can be stably supported at a high position.

  Here, another member constituting the solar panel mount in the present invention will be described. The parts or parts equivalent to those shown in FIGS. 1 to 6 are numbered by adding 100 uniformly in FIGS. 7 to 8 for easy reference. Here, FIG. 7A is a front view of another bracing member, FIG. 7B is a right side view of this bracing member, FIG. 7C is a bottom view of this bracing member, and FIG. D) shows a top view of the anti-rest member. FIG. 8 shows the state of the solar panel mount when the waterproof layer is updated using another anti-vibration member.

  As shown in FIG. 7, the anti-vibration member 107 is an angle-type member in which a plate-like main body 174 and the other plate (not numbered) are connected substantially at right angles. Among these, a first fixing portion 171 and a second fixing portion 172 are provided at both ends of the main body portion 174. The first fixing portion 171 and the second fixing portion 172 are protruding plates 171b and 172b that protrude from the main body portion 174 by being bent at a predetermined angle and provided with detachable fixing openings 171a and 172a. The protruding plate 171b is inclined outward from the protruding plate 172b. Further, at both ends of the other plate portion, there are provided openings 173 into which fixing members are inserted when the anti-vibration member 107 is installed on a second connecting member (not shown). Note that the opening 173 is provided at both ends of the main body 174 when the anti-vibration member 107 is a single plate.

  Then, as shown in FIG. 8, when the fixture is removed from the first base base material 102 fixed to the base 101, and the first base base material is rotated upward, the panel base material 106 is also changed to the first base base material 102. The fixing tool connected to the second connecting member 105 is rotated about the central axis. At this time, the anti-vibration member 107 installed on the second connecting member 105 is removed. Then, through the opening 171a of the first fixing portion 171 included in the anti-vibration member 107, the anti-vibration member and the first base substrate 102 rotated upward are fixed by a fixture. Specifically, the fixture is inserted into the opening into which the fixture is inserted and the opening 171 a of the first fixing portion 171 when the first base substrate 102 is fixed to the base 101. At this time, the side plate portion (not numbered) of the first base substrate 102 faces the protruding plate (not numbered) of the first fixed portion. On the other hand, the bracing member and the base portion 101 are fixed by a fixture through the opening 172a of the protruding plate 172b of the second fixing portion 172 of the bracing member 107. By doing so, the inclination angle of the rotated panel base material 106 is increased in proportion to the length of the anti-vibration member 107, and the distance from the floor surface of the roof is increased.

  The base preferably has a predetermined height from the floor of the roof and has a small installation area, and there is no limitation on the material, shape, and dimensions. The installation interval of the base is preferably an interval that does not hinder the work when the waterproof layer is updated. The first and second base substrates may be H-shaped, I-shaped, or L-shaped members. The first connecting member may be an L-shaped member. In this case, the first connecting member is fixed to the upper surface of the first base substrate with a fixing tool. The protruding plate of the second fixing portion may be a retrofitted member, and there is no limitation on the shape and size as long as the anti-vibration member is inclined at an acute angle when the waterproof layer is updated. The pair of the first connecting member, the second connecting member, and the panel substrate assembled with respect to the first and second base substrates may be one set or two sets, and there is no limitation. The fixing tool is not limited to a bolt and a nut, and for example, a pin, a pressurizing instrument, or a binding instrument may be selected as appropriate.

  The idea of the solar panel mount and the method of installing the solar panel mount in the present invention can be widely used not only in collective housing but also in industries related to individual houses, corporate buildings, medical facilities, nursing care facilities, and the like. Moreover, it can be used not only for the work of renewing the waterproof layer on the roof but also for the wiring work and maintenance work of the electric cable on the back of the solar panel.

DESCRIPTION OF SYMBOLS 1,101 Base 2,102 1st base base material 3,103 2nd base base material 4,104 1st connection member 5,105 2nd connection member 6,106 Panel base material 7,107 Anti-vibration member 71, 171 First fixing portion 71a, 171a Opening 171b Protruding plate 72, 172 Second fixing portion 72a, 172a Opening 72b, 172b Protruding plate 174 Body portion 72c Angle

Claims (5)

Rod-like first and second base bases that are installed opposite to each other on a base that is spaced apart; and
At least a pair of first connecting members erected on the first base substrate;
At least a pair of second connecting members that are vertically provided on the second base substrate and are vertically longer than the first connecting members, facing the first connecting members;
At least a pair of bar-shaped panel base members connected to the upper portions of the first connecting member and the second connecting member facing each other;
A rod-shaped anti-vibration member detachably mounted on the second connecting member;
The anti-vibration member has a first fixing portion that fixes the first base substrate to one end, and a second fixing portion that fixes the first base substrate side base to the other end,
Fixed by the first and second fixing portions between the first base base material and the base, which are rotated upward together with the panel base material rotatably connected to the second connecting member. The solar panel gantry characterized in that the above-mentioned anti-vibration member is provided. The anti-vibration member is a member provided with a plate portion constituting at least an L-shape,
The first fixing portion is provided with an opening for a detachable fixing tool at one end of one plate portion of the anti-vibration member,
The second fixing portion is a protruding plate provided with an opening for a detachable fixing tool that is refracted and protrudes outward from the other end of the one plate portion of the anti-vibration member. Item 2. A solar panel mount according to item 1. The anti-vibration member has a main body portion, and the first fixing portion and the second fixing portion are provided at both ends of the main body portion,
The said 1st fixing | fixed part and said 2nd fixing | fixed part are the protrusion plates which refracted and protruded from the said main-body part, and were provided with the opening for detachable fixtures. Solar panel mount. The protrusion plate is refracted at an angle at which the anti-rest member is inclined at an acute angle toward the second connecting member when fixed to the base on the first base substrate side. Or the solar panel mount of 3. The rod-shaped first and second base base materials are installed oppositely on the bases arranged at intervals, respectively.
Erecting at least a pair of first connecting members on the first base substrate;
At least a pair of second connection members that are vertically longer than the first connection members, and are erected on the second base substrate so as to face the first connection members;
Connecting at least a pair of bar-shaped panel bases to the upper portions of the first connecting member and the second connecting member facing each other;
A rod-shaped bracing member is detachably mounted on the second connecting member,
Rotating the panel base material rotatably connected to the second connecting member and the first base base material connected to the panel base material upward;
A first fixing portion provided at one end of the anti-vibration member removed from the second connecting member is fixed to the first base substrate, and a second fixing portion provided at the other end of the anti-vibration member. installation method of solar panels stand, characterized in that for fixing the fixing portion to the base of the first base substrate side.

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