TWM660377U - Water guide device for solar power plant - Google Patents

Abstract

A water guide device for a solar power plant comprises at least: a water guide element in the shape of a long strip and formed with a water guide groove, and lower bending parts are formed on both sides of the upper open surface of the water guide groove; at least one coupling element, and upper bending parts are formed on both sides of the coupling element, and the upper bending parts of the coupling element and the lower bending parts of the water guide element can be coupled to each other; at least one first fixing element can be arranged under the solar power generation panel and can cooperate with the coupling element to fix the water guide element; at least one The second fixing element can be arranged above the solar panel and can cooperate with the first fixing element to fix the solar panel; at least one fastener can be passed through the coupling element, and then through the first fixing element and the second fixing element, and then locked with the nut of the fastener, so that the water-conducting element can be installed in the gap left between the solar panels to receive rainwater or dew or sewage generated during the cleaning process, so as not to fall onto the ground or the installation site, so as to maintain the safety and hygiene of the power generation site.

Description

Water guide device for solar power plant

This invention is a water guide device for a solar power plant, and in particular refers to an innovation that can be installed in the gaps left between solar panels to collect rainwater, dew or sewage generated during the cleaning process, so that it will not fall onto the ground or the installation site, thereby maintaining the safety and hygiene of the power plant site.

According to the solar power plant installed with traditional solar panels, based on the needs of construction and installation, there will be gaps between each row of adjacent solar panels. The gaps become the drainage gaps for rainwater, dew or sewage generated by washing solar panels. The disadvantage is that the rainwater, dew or sewage will directly drip onto the ground, roof or other parts of the site of the solar power plant, causing water accumulation, mud or dirt at the site, which may cause concerns about the safety of personnel movement.

To this end, the creator of this project specifically studied the rain and sewage collection problems caused by installing solar panels with traditional glass panels in solar power plants, and created this project.

The purpose of this invention is to provide a water guide device for a solar power plant. The water guide device can be installed in the gaps between each row of solar panels to receive rainwater or dew or rain and sewage generated during the cleaning of solar panels, and prevent rain and sewage from falling directly onto the ground or other parts of the site, so as to maintain the safety and hygiene of the power plant site.

To achieve the above-mentioned purpose, the water-conducting device of the solar power plant of the present invention at least comprises: a water-conducting element, which is in the shape of a long strip and is formed with a water-conducting groove, and lower bending parts are formed on both sides of the upper open surface of the water-conducting groove; at least one coupling element, which is formed with upper bending parts on both sides of the coupling element, and can be coupled to each other through the upper bending parts of the coupling element and the lower bending parts of the water-conducting element; at least one first fixing element, which can be arranged under the solar power generation panel and can cooperate with the coupling element to fix the water-conducting element At least one second fixing element can be arranged above the solar panel and can cooperate with the first fixing element to fix the solar panel; at least one fastener can be passed through the coupling element, and then through the first fixing element and the second fixing element, and then locked with the nut of the fastener, so that the water guide device can be installed in the gap left between the solar panels to receive rainwater or dew or sewage generated during the cleaning process, so as not to fall into the ground or the installation site, so as to maintain the safety and hygiene of the power generation site.

In the present invention, the aforementioned coupling element may be pre-set with a perforation or a pre-set internal screw hole to facilitate the passing or locking of the fastener.

In this creation, the aforementioned fastener is composed of bolts and nuts.

To further understand the invention, the optimal water-conducting device for a solar power plant can be seen in FIGS. 1 to 4 . The invention at least comprises: a water-conducting element 1 , a coupling element 2 , a first fixing element 3 , a second fixing element 4 and a fastener 5 .

As shown in Fig. 1 to Fig. 4, the water-conducting element 1 is in the shape of a long strip and is formed with a water-conducting groove 10. The length of the water-conducting groove 10 is determined according to the installation method of the solar panels 6 of the solar power plant. Lower bending parts 11 are formed on both sides of the upper open surface of the water-conducting groove 10. The water-conducting element 1 can be used as a mounting crossbeam of the solar panels 6 to directly support the solar panels 6, and can also collect rainwater and sewage, which can be said to be killing two birds with one stone. Of course, the lower part of the mounting crossbeam still needs to be supported by the main structural beam, that is, the mounting crossbeam is arranged and installed above the main structural beam.

As shown in Fig. 1 to Fig. 4, the aforementioned coupling element 2 is in sheet form and can be made of metal or other weather-resistant materials. The coupling element 2 can be pre-set with a through hole (see Fig. 1) or an inner screw hole 20 (see Fig. 2) for the bolt 50 of the fastener 5 to pass through. Upper bent portions 21 are formed on both sides of the coupling element 2, and the upper bent portion 21 of the coupling element 2 can be coupled with the lower bent portion 11 of the water-conducting element 1 to produce a coupling and fastening effect.

As shown in Fig. 1 to Fig. 4, the first fixing element 3 is in the form of a sheet. The first fixing element 3 may be pre-set with a through hole 30 for the bolt 50 of the fastener 5 to pass through. The first fixing element 3 may be disposed below the solar panel 6 and cooperate with the coupling element 2 to fix the water-conducting element 1. The second fixing element 4 may also be used to lock the solar panel 6.

As shown in FIGS. 1 to 4 , the second fixing element 4 is in the form of a sheet. The second fixing element 4 may be pre-set with a through hole 40 for the bolt 50 of the fastener 5 to pass through. The second fixing element 4 may be disposed above the solar panel 6 and may be used in conjunction with the first fixing element 3 to lock the solar panel 6.

As shown in FIGS. 1 to 4 , the aforementioned fastener 5 includes a bolt 50 and a plurality of nuts 51. The bolt 50 of the fastener 5 can be passed from bottom to top, first through the through hole or internal screw hole 20 of the coupling element 2, then through the through hole 30 of the first fixing element 3, then locked with a nut 51, then through the through hole 40 of the second fixing element 4, then locked with a nut 50, so that the solar panel 6 can be fixed and the water-conducting element 1 can be installed in the gap left between the solar panels.

In summary, the invention uses the water-conducting element 1 of the water-conducting device to set up the solar panel, and uses the combining element 2 to combine with the water-conducting element 1, and then uses the first fixing element 3 to fully fix the water-conducting element 1. After the solar panel 6 is set on the first fixing element 3, the second fixing element 4 is pressed under the solar panel 6, and the water-conducting element 1 can be installed in the gap left between the solar panels 6 to receive rainwater or dew or sewage from washing the solar panels, ensuring that the aforementioned rain and sewage will not drip into the site of the solar power plant, ensuring cleanliness, hygiene and safety. It is sufficient to prove that this creation is practical, novel and progressive, and indeed meets the patent requirements of the Patent Law and should be approved for patent, which is the composition of this case.

The aforementioned embodiments or drawings do not limit the form or usage of the present invention. Any appropriate changes or modifications by a person having ordinary knowledge in the relevant technical field should be deemed to be within the patent scope of the present invention.

The naming of the components in this creation manual is only for the convenience of making the corresponding relationship between the components clearer and more explained, and there is no order or limitation.

1: Water guide element 10: Water guide groove 11: Lower bend 2: Connecting element 20: Perforation or internal screw hole 21: Upper bend 3: First fixing element 30: Perforation 4: Second fixing element 40: Perforation 5: Fastener 50: Bolt 51: Nut 6: Solar panel

Figure 1 is a cross-sectional view of the first embodiment of the present invention. Figure 2 is a cross-sectional view of the second embodiment of the present invention. Figure 3 is a partially exploded view of the present invention installed in a solar power plant. Figure 4 is a view of the present invention installed in a solar power plant.

1: Water conducting element

10: Water channel

2: Binding elements

20: Perforation or internal screw hole

21: Upper bend

3: First fixing element

30: Perforation

4: Second fixing element

40: Perforation

5: Fasteners

50: Bolts

51: Nut

6: Solar panels

Claims (6)

A water-conducting device for a solar power plant at least comprises: A water-conducting element, which is in the shape of a long strip and is formed with a water-conducting groove, and lower bends are formed on both sides of the upper open surface of the water-conducting groove; A coupling element, which is formed with upper bends on both sides of the coupling element, and can be coupled to each other through the upper bends of the coupling element and the lower bends of the water-conducting element; A first fixing element, which can be arranged below a solar power generation panel and can cooperate with the combining element to fix the water-conducting element; A second fixing element, which can be arranged above the solar power generation panel and can cooperate with the first fixing element to fix the solar power generation panel; A fastener can be passed through the coupling element, then through the first fixing element, then locked with a nut, then through the second fixing element, and then locked with a nut, so that the water-conducting element can be installed in the gap left between the solar panels to receive rain and sewage. According to the water-conducting device for a solar power plant described in Item 1 of the patent application, the water-conducting element can be used as a mounting crossbeam for solar panels to directly support the installation of solar panels. According to the water-conducting device for a solar power plant described in Item 1 of the patent application, the aforementioned coupling element can be made of metal or other weather-resistant materials, and the coupling element can be pre-set with a through hole or an internal screw hole for the bolt of the fastener to pass through. According to the water-conducting device for a solar power plant described in Item 1 of the patent application, the first fixing element may be pre-set with a through hole for the bolt of the fastener to pass through. According to the water-conducting device for a solar power plant described in Item 1 of the patent application, the second fixing element may be pre-set with a through hole for the bolt of the fastener to pass through. According to the water-conducting device for a solar power plant described in Item 1 of the patent application, the aforementioned fastener includes a bolt and a plurality of nuts. The bolt of the fastener can be passed from bottom to top, first through the through hole or internal screw hole of the coupling element, then through the through hole of the first fixing element, and then locked with a nut, and then through the through hole of the second fixing element, and then locked with a nut, so that the solar panels can be fixed and the water-conducting element can be installed in the gap left between the solar panels.