CN217929268U - Novel solar energy rail guard - Google Patents

Abstract

The utility model discloses a novel solar protective fence, which belongs to the technical field of protective fences. Adjacent piles are connected together by upper beams and lower beams, several railings are arranged at equal intervals between the upper beams and lower beams, and solar panels are wrapped on the side walls of the railings, and the piles, lower beams and railings Both are tubular bodies, and the wires of the solar panels are led into the railing and connected in parallel with the main cable in the lower beam. The main cable is respectively connected to the battery, the power grid and the electrical equipment through the solar controller, and the electrical equipment is connected in parallel with the mains at the same time. , there is feed monitoring equipment on the solar controller, an interlock switch A is set between the solar controller and the electrical equipment, an interlock switch B is installed between the mains and the electrical equipment, and the feed monitoring equipment is set There is a feed converter with remote control. The feed converter controls interlock switch A and interlock switch B. Interlock switch A is on and B is off, and B is on and A is off.

Description

A new type of solar fence

technical field

The utility model relates to a novel solar protective fence, which belongs to the technical field of protective fences.

Background technique

The existing guardrail has a single function and takes up most of the space, but can only realize the functions of blocking and protecting. With the development of science and technology and the promotion of energy saving and environmental protection, the cost of solar power generation has been greatly reduced, and the technology has also been popularized. Many products that use solar power to generate electricity and store electricity have appeared on the market. However, there are very few implementations for solar fences. Most of them simply add a few solar panels, which take up a lot of space, have poor integrity, are not beautiful and are not practical, and have low power and poor utilization. Fences can be used in a wide range of scenarios, such as highway fences, scenic fences, community fences or household fences, etc. If they can be combined with solar energy, they will not only be practical but also more environmentally friendly.

Utility model content

In order to solve the deficiencies in the above-mentioned prior art, the utility model provides a new type of solar protective fence, which wraps the solar panel group outside the railing of the protective fence, and then uses the collected solar energy for electrical equipment or stores it in batteries or into the power grid.

The technical scheme adopted by the utility model to solve the technical problems is: a new type of solar protective fence, including upright piles, upper beams, lower beams and railings, and solar panel groups, upright piles, and lower beams are wrapped on the side walls of the railings. Both the railing and the railing are pipe bodies, and the wires of the solar panel are introduced into the railing and connected in parallel with the main cable in the lower beam.

The main cable is connected to the storage battery, the power grid and the electrical equipment through the solar controller, and the electrical equipment is connected in parallel with the mains at the same time. There is a feeding monitoring device on the solar controller, and a An interlock switch A, an interlock switch B is provided between the mains and the electric equipment, and a remote control feed converter is provided on the feed monitoring equipment, and the feed converter controls the interlock switch A and the interlock switch B. The lock switch A is on and B is off, and B is on and A is off.

The solar controller judges whether the total output power of the solar panel is greater than the required power consumption equipment through the feed monitoring equipment. When the output power is greater than the power required, the feed monitoring The electric converter controls the interlock switch A connected to the electric equipment to be connected, and the interlock switch B between the electric equipment and the mains is disconnected, and the solar panel or the storage battery is given priority to supply the electric equipment, and the remaining electric energy is provided to the storage battery. Electricity storage, when the battery is fully charged at the same time, the solar controller transmits the remaining electric energy to the power grid; when the output power is insufficient to supply the electric equipment, such as winter, rainy day or night, the solar controller supplies power for the electric equipment through the battery, if the electric energy of the battery When it is insufficient, the feeding monitoring equipment remotely controls the feeding converter, and the interlock switch A connected to the electrical equipment is controlled to be disconnected through the feeding converter, and the interlocking switch A between the electrical equipment and the mains is connected, and the mains is the Electrical equipment provides electrical energy, and the use of electrical equipment is not affected by weather conditions.

The beneficial effects of the utility model are: the utility model utilizes the solar panel group installed on the railing of the protective fence to generate electricity, the installation position of the solar panel does not occupy space, multi-faceted lighting improves the lighting efficiency, and makes it produce more electric energy. It can not only provide lighting function alone, but also supply power for street lights and signal lights, and can also be extended for other power supply projects. It is suitable for highway guardrails, scenic spot guardrails, community guardrails or household guardrails, etc.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment the utility model is further described.

Fig. 1 is the structural representation of the utility model.

Fig. 2 is a schematic diagram of the assembly structure of the present invention.

Fig. 3 is a partial structural schematic diagram of the pile of the present invention.

Fig. 4 is a partial structural schematic diagram of the lower beam of the present invention.

Fig. 5 is a schematic diagram of the installation structure of the railing of the present invention.

Fig. 6 is a structural schematic diagram of the illuminating lamp of the present invention.

Labels in the figure:

1. Standing pile, 2. Upper beam, 3. Lower beam, 4. Railing, 5. Flange sleeve, 6. Lighting lamp, 7. Solar panel, 11. Male U-shaped bending plate, 12. Female U-shaped bending board Bending plate, 13, square cone cap, 14, flange base, 15, wire hole, 21, upper beam handle hole, 31, male U groove lower beam plate, 32, bending wing plate, 33, female U groove Lower beam plate, 41, railing gasket, 51, beam gasket, 61, backboard, 62, lampshade, 63, light-transmitting plate, 64, LED lamp.

Detailed ways

Example 1

As shown in Figure 1-5, a new type of solar protection fence, including a pile 1, an upper beam 2, a lower beam 3, a railing 4 and a flange sleeve 5, the top of the pile 1 is covered with a square cone cap 13, the pile 1. The bottom is fixed on the ground or platform through the flange base 14, and the adjacent upright piles 1 are connected together by the upper beam 2 and the lower beam 3, and the two ends of the upper beam 2 and the lower beam 3 are fixed on the On the side wall of the upright pile 1, a crossbeam gasket 51 is provided between the flange sleeve 5 and the upright pile 1, so that the crossbeam is sealed and waterproof. Several railings 4 are equidistant between the upper beam 2 and the lower beam 3 .

The side wall of the railing 4 is wrapped with a solar panel group, and the solar panel 7 of the solar panel group is fixed on the railing 4 by screws; the space occupied by the solar panel 7 is effectively saved, and the problem of the lighting angle is also avoided. Throughout the year, at any time during the day, there are solar panels that can effectively collect sunlight and generate electricity, which improves the power generation capacity.

The pile 1 is composed of a male U-shaped bending plate 11 and a female U-shaped bending plate 12, and the male U-shaped bending plate 11 and the female U-shaped bending plate 12 are connected by screws to form a complete hollow The splicing method of the four corrugated cylindrical tube body not only facilitates the production and processing, but also facilitates the assembly and maintenance.

The lower beam 3 is composed of a male U-groove lower beam plate 31 and a female U-groove lower beam plate 33. The male U-groove lower beam plate 31 is a vertically bent plate body with a U-shaped cross-section, and the female U-groove lower beam plate 31 is open downward. The lower beam plate 33 is a vertically bent plate with an opening facing upwards and a U-shaped cross section. The width of the inner wall of the lower beam plate 31 of the male U groove is the same as the width of the outer wall of the lower beam plate 33 of the female U groove. Small card slots of the same length are stamped on the vertical plates on both sides, and large card slots of the same length are stamped on the vertical plates on both sides of the lower beam plate 33 of the female U-groove, and the lower beam plate 33 of the female U-groove is buckled by the large card slot On the small card slot of the lower beam plate 31 of the male U-groove, a hollow four-corrugated column body is formed, and the lower two plates 31 of the upper male U-groove wrap the lower beam plate 33 of the lower female U-groove to prevent internal water and dust from entering , At the same time, it is convenient for production and processing, and the buckle method also improves the efficiency of disassembly and assembly. On the top surface of the lower beam plate 31 of the male U-groove, there are several "I"-shaped incisions laser-cut at equal intervals. The plate body is turned up at the incisions to form a pair of bent wing plates 32 perpendicular to the top plate. The railing 4 is a square tube. body, the inner diameter of which is the same as the width of the bending wing 32, each group of bending wing 32 is inserted with a railing 4, and is combined with it by screws, effectively controlling the distance between the railings 4, improving the installation Efficiency, reduce installation difficulty, be provided with railing gasket 41 between railing 4 bottoms and public U groove lower beam 31, prevent rainwater dust from entering in the lower beam 3 from railing 4 bottoms.

The upper beam 2 is a U-groove plate body, and the upper beam 2 is buckled and covered on the top of the railing 4, and is combined with the railing 4 by screws. The structure is simple, convenient for production, and the installation is more volumetric.

The male U-shaped bending plate, the female U-shaped bending plate, the lower beam plate of the male U-groove, the lower beam plate of the female U-groove, and the upper beam are all stamped or bent from metal plates. Composed of modular splicing panels, the structure is simple, the installation is compact, the integrity is high, and the space occupied is small. It is not only convenient for installation and disassembly, but also for future maintenance and debugging. At the same time, it is convenient for wiring and installation of internal components. It has high water resistance and the circuit system is protected. ,Safe and reliable.

The solar panel group wrapped outside the railing 4 is made up of four solar panels 7 , the solar panel group is a square tube body, and its inner diameter is the same as that of the railing 4 .

The wires of the solar panel 7 are introduced into the railing 4 and connected in parallel with the main cable in the lower beam 3. The main cable is respectively connected to the storage battery, the power grid and the electrical equipment through the solar controller, and the electrical equipment is connected in parallel with the mains at the same time. The solar controller is equipped with feeding monitoring equipment, an interlock switch A is installed between the solar controller and the electrical equipment, an interlock switch B is installed between the mains and the electrical equipment, and a remote control is installed on the feeding monitoring equipment. The feed converter, the feed converter controls interlock switch A and interlock switch B, interlock switch A is on and B is off, B is on and A is off.

The solar controller judges whether the total output power of the solar panel is greater than the required power consumption equipment through the feed monitoring equipment. When the output power is greater than the power required, the feed monitoring The electric converter controls the interlock switch A connected to the electric equipment to be connected, and the interlock switch B between the electric equipment and the mains is disconnected, and the solar panel or the storage battery is given priority to supply the electric equipment, and the remaining electric energy is provided to the storage battery. Power storage, when the battery is fully charged at the same time, the solar controller will transmit the remaining electric energy to the power grid. When the output power is insufficient to supply the electric equipment, such as winter, rainy days or nights, the solar controller will supply power for the electric equipment through the battery. When it is insufficient, the feeding monitoring equipment remotely controls the feeding converter, and the interlock switch A connected to the electrical equipment is controlled to be disconnected through the feeding converter, and the interlocking switch A between the electrical equipment and the mains is connected, and the mains is the Electrical equipment provides electrical energy, and the use of electrical equipment is not affected by weather conditions.

The sidewalls of the male U-shaped bending plate 11 and the female U-shaped bending plate 12 of the vertical pile 1 are all provided with passing holes communicated with the lower crossbeam 3, and the bus in the lower crossbeam 3 is on the sidewall of the vertical pile 1. Inner series, the bus in the lower beam 3 connected in series is drawn from the bottom of one of the vertical piles 1, and is connected with the solar controller installed in the external control box; the male U-shaped bending plate 11 or female U-shaped bending plate 11 of the outermost vertical pile 1 The U-shaped bent plate 12 side walls do not offer wire holes, so that the inside of the stand pile 1 is sealed, waterproof and dustproof.

The electrical equipment can be traffic lights, street lamps, floor lamps, etc., and the guardrail can be used as a highway guardrail, scenic spot guardrail, community guardrail or household guardrail.

Example 2

The solar panel group is composed of two solar panels 7, the two solar panels 7 are respectively located on the opposite side walls of the railing 4, the width of which is the same as that of the railing 4, and the solar panels 7 are parallel to the bending wings 32.

Others are the same as in Example 1.

Example 3

The side walls of the upper beam 2 are provided with several equally spaced lighting lamps 6, and the lighting lamps 6 are composed of a backboard 61, a lampshade 62, a light-transmitting board 63 and an LED lamp 64. Close together on the upper beam 2, the front end of the back plate 61 is covered with a lampshade 62, the lampshade 62 is a non-transparent body, its bottom surface is a slope, a light-transmitting plate 63 is arranged on the slope, and an LED lamp 64 is arranged inside the lampshade 62. The LED lamp 64 only illuminates the bottom surface through the light-transmitting plate 63; the wire of the LED lamp 64 is introduced into the railing 4, and the lighting lamp 6 is an electrical device controlled by the interlock switch A. The time control switch is used to control the automatic turning off of the lights during the day and the automatic turning on of the lights at night.

Others are the same as in Example 1.

Claims (6)

1. A new type of solar protection fence, including upright piles (1), upper beams (2), lower beams (3) and railings (4), characterized in that solar panels are wrapped on the side walls of the railings (4) group; the upright pile (1), the lower beam (3) and the railing (4) are pipe bodies, and the wires of the solar panel (7) are introduced into the railing (4) and connected in parallel with the total cable in the lower beam (3) . 2. A new type of solar protective fence according to claim 1, characterized in that: the main cable is connected to the storage battery, the power grid and the electrical equipment through the solar controller, and the electrical equipment is connected in parallel with the mains at the same time. There is a feeding monitoring device on the solar controller, an interlock switch A is set between the solar controller and the electrical equipment, an interlock switch B is installed between the mains and the electrical equipment, and a remote control feeder is installed on the feeding monitoring equipment. The power converter and the feed converter control the interlock switch A and the interlock switch B, the interlock switch A is on and B is off, and B is on and A is off. 3. A new type of solar protection fence according to claim 1, characterized in that: said upright pile (1) is composed of a male U-shaped bending plate (11) and a female U-shaped bending plate (12), The male U-shaped bending plate (11) and the female U-shaped bending plate (12) are joined together by screws to form a complete hollow four-corrugated column tube body; the lower beam (3) is formed by the male U-groove lower beam The plate (31) and the female U-groove lower beam plate (33) are composed of the male U-groove lower beam plate (31) with the opening facing downward, the female U-groove lower beam plate (33) with the opening facing upward, and the male U-groove lower beam plate (33). (31) The width of the inner wall is the same as the width of the outer wall of the lower beam plate (33) of the female U-groove. There are small card slots of the same length on the vertical plates on both sides of the lower beam plate (31) of the male U-groove, and the lower beam of the female U-groove The vertical plates on both sides of the plate (33) are provided with large slots of the same length, and the lower beam plate (33) of the female U slot is buckled on the small slot of the lower beam plate (31) of the male U slot through the large slot. Thereby forming a hollow four-corrugated column tube body; laser cutting at equal intervals on the top surface of the lower beam plate (31) of the public U groove has several "I"-shaped incisions, and the plate body is turned up at the incisions to form a pair of perpendicular to the top plate. Bending wing plate (32); railing (4) is a square pipe body, and its inner diameter is the same as the width of bending wing plate (32), and railing (4) is all inserted on each group of bending wing plate (32), and The upper beam (2) is a U-groove plate body, and the upper beam (2) is buckled and covered on the top of the railing (4), and is combined with the railing (4) by screws. 4. A new type of solar protection fence according to claim 1, characterized in that: the side wall of the upright pile (1) is provided with a wire hole communicating with the lower beam (3), and the lower beam (3) ) are connected in series in the piles (1), and the buses in the lower beams (3) connected in series are led out from the bottom of one of the piles (1) and connected to the solar controller installed in the external control box. 5. A new type of solar protective fence according to claim 1, characterized in that: there are lighting lamps (6) on the side wall of the upper beam (2), and the lighting lamps (6) are all located at the top of the railing (4) At , the lighting lamp (6) is connected in parallel with the electrical equipment and is controlled by the interlock switch A. 6. A new type of solar energy protection fence according to claim 3, characterized in that: the male U-shaped bending plate (11), the female U-shaped bending plate (12), the male U-groove lower beam plate ( 31), the lower beam plate (33) of the female U groove, and the upper beam (2) are all stamped or bent by metal plates.

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