TWM556443U - Windbreak structure of solar power generation equipment - Google Patents

Abstract

The present invention relates to a wind-breaking structure of a solar power generation device, comprising a loading platform, a solar power generating device, and a wind breaking device. A frame is arranged above the loading platform, and a channel plate in the horizontal direction for the maintenance personnel to walk is arranged around the frame, and the channel is The solar power generating device has a plurality of solar panels disposed on a side of the frame of the loading platform corresponding to the channel plate; and the wind breaking device is coupled to the pillar, and the wind breaking device is a long plate body or a net body. At the side of the channel plate or solar panel of the stage, and can change the angle corresponding to the channel plate or frame; one end of the column is engaged with the bottom of the wind breaking device, and the other end abuts against the channel plate or frame of the stage, and the wind breaking device is correspondingly The channel plate or the frame has an angle that can be impacted by the wind; thereby, the creation can prevent the external strong wind from damaging the solar panel, and the wind breaking device can be opened and the abutment portion to form a railing or a corresponding frame to form a walkway to enhance the walking safety. Sex and convenience.

Description

Solar power plant wind breaking structure

The present invention relates to a wind-breaking structure of a solar power generation device, which mainly refers to a structure that can prevent external strong wind from damaging solar power generation equipment and can simultaneously use a safety structure.

Solar power is mainly received by solar panels and converted into electricity. Therefore, solar panels are generally located in roofs, water bodies or other open spaces to facilitate light-emitting power generation.

However, solar panels located at high places or in open spaces will directly withstand external wind power, causing strong winds to cause solar panels to vibrate or fall or damage the solar panels without power generation.

In practice, solar power generation equipment must be used for at least 10 years or even 20 years to be cost-effective. However, it must be subjected to multiple typhoons or other bad weather for decades, resulting in long-term use of solar power generation equipment. Loss of security damage.

The purpose of this creation is to provide a wind-breaking structure that can prevent external strong winds from damaging solar power generation equipment and can be used for safety.

The creation includes a loading platform, a solar power generating device, and a wind breaking device. A frame is arranged above the loading platform, and a channel plate in a horizontal direction for the maintenance personnel to walk is disposed around the frame; and the solar power generating device has a plurality of solar panels disposed on the solar panel. The top of the frame of the stage corresponds to the side of the channel plate; and the wind breaking device engages the pillar, the wind breaking device can be a long strip The body or the net body is disposed at the channel plate position of the stage, and can change the angle corresponding to the channel plate; the one end of the strut is engaged with the bottom of the wind breaking device, the other end abuts against the channel plate of the loading platform, and the wind breaking device corresponds to the channel plate The angle can be impacted by the wind, and the wind breaking device can be positioned to form a railing corresponding to the vertical direction of the channel plate.

Further, the outer side of the channel plate is provided with a blocking portion which can be positioned when the wind breaking device is deployed in a vertical direction, and the blocking portion can be an upright railing column with a plurality of spaced rows.

Further, when the wind breaking device is a plate body, a through hole or a through hole may be provided.

Further, the wind breaking device may be disposed at a side position of the solar panel above the stage frame, and the strut of the wind breaking device may abut against the frame to support the angle of the windshield device corresponding to the windward impact of the stage frame, and prevent the load from being placed The solar panel in the center of the station is damaged by strong wind impact, and the pillar can be folded corresponding to the wind breaking device, and the wind breaking device can be folded to form a passage for people to walk.

The stage of the creation can be provided with a channel plate for people to maintain walking in different directions on the outer edge of the stage frame according to requirements. The wind breaking device can be disposed at a suitable position of the channel plate or the solar panel side position according to the site environment, when the external When the strong wind blows toward the stage, it can hit the windbreaker first, and the wind deflector will not directly hit the solar panel. The windbreaker has a through hole to allow part of the airflow to penetrate the through hole and hit the solar panel. The board can be properly ventilated.

When the solar power generation device is to be regularly maintained or repaired, the wind breaking device can be turned outwards and abuts against the railing column, so that the wind breaking device can form a railing around the loading platform to enhance the safety of people traveling.

1‧‧‧ stage

11‧‧‧Frame

12‧‧‧Channel board

13‧‧‧ pivotal department

14‧‧‧railing column

2‧‧‧Solar power plant

21‧‧‧ solar panels

3‧‧‧Break device

31‧‧‧through hole

311‧‧‧ pivotal department

32‧‧‧ pillar

Figure 1 is a perspective view of the creation.

Figure 2 is a schematic diagram of the strong wind blowing when the windbreaking device of the present invention does not have a through hole.

Figure 3 is a schematic diagram of the strong wind blowing when the wind-breaking device of this creation has a through-hole.

Figure 4 is a schematic diagram of a strong wind blowing in another different wind direction of the creation.

Figure 5 is a schematic diagram of the railing of the creation of the windbreaker.

Figure 6 is a side view of the railing of the creation of the windbreaker.

Referring to FIG. 1, the creation includes a loading platform 1, a solar power generating device 2, and a wind breaking device 3. The loading platform 1 can be disposed on a roof of a building, an open area or a body of water, and a frame 11 is disposed above the stage 1. And a channel plate 12 for the maintenance personnel to walk in the horizontal direction is arranged around the frame 11, and a pivoting portion 13 and a plurality of vertically arranged railings 14 arranged at intervals are arranged outside the channel plate 12, and the railing column 14 forms a blocking portion.

The solar power generation device 2 has a plurality of solar panels 21 disposed above the frame 11 of the stage 1 at a position corresponding to the channel plate 12 side.

The wind breaking device 3 is joined to a pillar 32. The wind breaking device 3 of the present embodiment is a long plate body, and is disposed at a side position of the channel plate 12 of the stage 1 and the solar panel 21, and can be provided with a hole having a proper aperture and density according to requirements. 31. However, the wind breaking device 3 can also be provided with a through hole according to the requirement, and the pivoting portion 311 is disposed at one end of the long side of the wind breaking device 3 and pivotally connected to the pivoting portion 13 of the loading platform 1; The other side of the long side is joined below, and the other end abuts against the channel plate 12 or the frame 11 of the stage 1, and the strut 32 can be unfolded or folded corresponding to the wind breaking device 3, and when the strut 32 is deployed, the wind breaking device 3 can be corresponding to the channel plate. 12 or frame 11 with a suitable angle to the wind.

The loading platform 1 of the present invention can be provided with a channel plate 12 for people to maintain walking in different directions on the outer edge of the frame 11 of the stage 1 according to requirements. The wind breaking device 3 can be disposed in a proper orientation of the channel plate 12 or solar panel according to the site environment. 21 lateral position, please refer to FIG. 2, the wind breaking device 3 shown in FIG. 2 does not have a through hole, and when the external strong wind blows toward the loading platform 1, the wind breaking device 3 can be hit first, and the wind breaking device 3 can not be turned. The solar panel 21 is blown to prevent the solar panel 21 from being directly damaged by strong wind. As shown in FIG. 3, when the windbreaking device 3 has the through hole 31, part of the air volume can hit the windbreaking device 3, and part of the air volume can penetrate. The hole 31 blows the solar panel 21, and the solar panel 21 can have a proper ventilation and heat dissipation effect.

Referring to FIG. 4, the wind breaking device 3 of the present invention can set different angles of the direction, so that when the wind direction is different from that of FIG. 3, the strong wind can be blocked by the corresponding wind breaking device 3 to protect the solar panel 21.

Referring to Figures 5 and 6, when the solar power generation device 2 is to be regularly maintained or repaired, the wind breaking device 3 can be turned outwardly and positioned against the railing column 14, and the wind breaking device 3 located at the center of the loading table 1 can correspond. The frame 11 is folded and the pillars 32 can be folded, so that the wind breaking device 3 can form a railing around the loading platform 1 or a passage for the people to walk in the center of the loading platform 1 because the loading platform 1 is standing on the top of a high building or Above the water body, the creation of the railing formed by the windbreaker 3 can greatly enhance the safety of maintenance personnel.

Therefore, according to the above, the present invention can prevent the strong wind from damaging the solar power generation device, and can improve the service life of the solar power generation device. The wind breaking device can have the function of railing or channel, and can improve the safety effect of the maintenance personnel, and the foregoing embodiment is This creation example is not a limitation of this creation. Any equivalent change based on the spirit of this creation should also fall within the scope of this creation.

Claims (8)

The utility model relates to a wind breaking structure of a solar power generating device, the loading platform comprises: a loading platform, a frame is arranged above, and a channel plate for horizontally facing the maintenance personnel to walk around the frame; a solar power generating device with a plurality of solar panels arranged on the loading platform The top of the frame corresponds to the side of the channel plate; a wind breaking device that engages the pillar, the wind breaking device can be disposed at the channel plate of the stage, and can change the angle corresponding to the channel plate; and one end of the pillar is engaged with the bottom of the wind breaking device, and the other end is abutted The passage plate of the loading platform is arranged, and the channel of the wind breaking device is matched with the angle of the wind, and the wind breaking device can be positioned corresponding to the vertical direction of the channel plate to form a railing. The solar power generating device wind breaking structure according to claim 1, wherein the outer side of the channel plate is provided with a blocking portion for positioning the wind breaking device in a vertical direction. The solar power generating device wind breaking structure according to claim 1, wherein the blocking portion of the loading platform is a plurality of spaced upright railings. The wind power generating device of claim 1, wherein the wind breaking device is provided with a through hole. The wind power generating device of claim 1, wherein the wind breaking device is a plate body or a mesh body. The wind power generating device of claim 1 is characterized in that: the pivoting portion is disposed outside the channel plate of the loading platform, and the pivoting portion of the long side of the wind breaking device is pivotally connected to the pivoting portion of the loading platform. The solar power generating device wind breaking structure according to claim 1, wherein one end of the strut is pivotally connected to the wind breaking device, and the strut is expandable or collapsible corresponding to the wind breaking device. The wind power generating device of claim 1, wherein the wind breaking device is disposed at a side position of the solar panel on the stage frame, and the strut of the wind breaking device can be supported against the frame to make the wind breaking device correspond to the stage frame. With an angle that can be hit by the wind.