Solar support with lightning rod and instrument box

Abstract

The utility model provides a solar support with a lightning rod and an instrument box. The device comprises a solar panel, a solar panel support, a solar panel support connecting plate, a lightning rod, an M12 internal thread connector, a solar support connecting sleeve, a solar support supporting pipe, an instrument box supporting plate reinforcing rib, an instrument box supporting plate, a cable protection sleeve, a solar support reinforcing rib, a solar support bottom plate, a storage battery, an electromagnetic instrument converter and an air switch. The utility model relates to a solar panel lightning protection device, which comprises a lightning rod, a solar panel, a solar panel support, a lightning protection module, a power source lightning protection module, a mushroom head antenna, a cable wiring and an instrument box, the lightning rod is tightly connected with an M12 internal thread joint welded on the solar panel support through threads, and the solar panel is connected with the solar panel support through a bolt and nut fastener. The problems that at present, a solar panel and an instrument box both need independent stand column supports, cable wiring arrangement is complex, and the installation position is in a lightning protection area are solved.

Description

Technical Field

[0001] The utility model relates to the field of steel structure fixing brackets and electromagnetic instruments, in particular to a solar bracket with a lightning rod and an instrument box. Background Art

[0002] Using the photothermal reaction of solar panels to generate electricity is a new energy source that is currently widely used. Since my country is located in the northern hemisphere and spans a large latitude and longitude, there are very rich light energy resources in my country. In order to use this cheap, clean and environmentally friendly energy in the operation of the instrument (battery charging), this kind of solar power supply bracket is designed. In addition to installing solar panels, the bracket also has a detachable support plate for installing the instrument box and a lightning rod device for lightning protection. This bracket device is easy to install and can be installed and fixed after metal expansion bolts are punched on the foundation. With the country's promotion of new energy, clean energy such as solar energy has received more and more attention from the country. In this context, in order to utilize solar energy and the bracket can be easily and quickly installed in the instrument box (the instrument box is equipped with electromagnetic converters, batteries, circuit breakers and other things, etc.), it is necessary to design a solar bracket that can meet the above needs at the same time. Summary of the invention

[0003] The utility model aims to produce a solar bracket which is simple in structure, convenient in installation, safe and reliable, strong and durable, and has wide applicability, and is used for installing an instrument box whose internal battery needs to be charged.

[0004] In order to achieve the above purpose, the technical solution of the utility model is as follows:

[0005] A solar bracket with a lightning rod and an instrument box, comprising a solar panel, a solar panel bracket, a solar panel bracket connecting plate, a lightning rod, an M12 internal thread joint, a solar bracket connecting sleeve, a solar support support pipe, an instrument box support plate reinforcement rib, an instrument box support plate, a cable protection sleeve, a solar support reinforcement rib, a solar support bottom plate, a battery, an electromagnetic instrument converter, an air switch, a power supply lightning protection module, a mushroom head antenna, cable wiring, and an instrument box, and is characterized by:

[0006] The solar panel and the solar panel bracket are connected with bolts and nuts;

[0007] The lightning rod is tightly connected to the M12 internal thread joint welded on the solar panel bracket through a spiral thread;

[0008] The solar panel bracket is welded to the solar panel bracket connecting plate;

[0009] A through hole is provided at the center of the solar panel support connecting plate;

[0010] The solar panel bracket is welded to the solar bracket connecting sleeve, and one end surface of the connecting sleeve is at an angle of 30° with the horizontal plane;

[0011] The solar support support tube is welded to the solar support bottom plate, and the axis of the support tube is perpendicular to the center position of the bottom plate;

[0012] The solar support reinforcement ribs are evenly distributed and welded on the bottom of the support tube;

[0013] The welded solar support support tube is welded to the instrument box support plate and the instrument box support plate reinforcement ribs;

[0014] The instrument box support plate reinforcement ribs are used to provide auxiliary support for the instrument box support bottom plate, thereby reducing the stress strength of the support bottom plate;

[0015] The cable protection sleeve is located between the two instrument box support plate reinforcement ribs, one end of which is connected to the instrument box support bottom plate with a bolt fastener, and the other end is aligned with the opening on the solar support tube;

[0016] The solar support base plate is arranged with 6 holes with a diameter of 20 mm;

[0017] The electromagnetic instrument converter, air switch, power supply lightning protection module, mushroom head antenna, and battery are installed on the lining plate and battery bracket in the instrument box;

[0018] The instrument box is installed on the instrument box supporting plate.

[0019] Beneficial effects of the utility model:

[0020] (1) The utility model provides a solar bracket with a lightning rod and an instrument box, which eliminates the need for separate lightning protection measures for the solar bracket outdoors, and solves the current problems that the solar panel and the instrument box require their own independent column brackets, the cable wiring arrangement is complicated, and the installation location must be in a lightning protection area.

[0021] (2) The utility model is a solar bracket with a lightning rod and an instrument box, which has a simple structure and is easy to install. Its appearance structure integrates the original two independent brackets and columns, saving a lot of materials and having excellent economic efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Attached Figure 1 This is a cross-sectional view of a solar bracket with a lightning rod and an instrument box according to the utility model.

[0023] Attached Figure 2 This is a partial view of an instrument box in a solar bracket with a lightning rod and an instrument box according to the utility model.

[0024] Attached Figure 3This is a partial view of a solar bracket with a lightning rod and an instrument box in the utility model. DETAILED DESCRIPTION

[0025] The technical solution of the utility model is described in detail below in conjunction with specific implementation methods and accompanying drawings.

[0026] As attached Figure 1 , Attachment Figure 2 Combined with the attached Figure 3 The present invention discloses a solar bracket with a lightning rod and an instrument box, comprising a solar panel (1), a solar panel bracket (2), a solar panel bracket connecting plate (3), a lightning rod (4), an M12 internal thread joint (5), a solar bracket connecting sleeve (6), a solar bracket support tube (7), an instrument box support plate reinforcement rib (9), an instrument box support plate (8), a cable protection sleeve (10), a solar bracket reinforcement rib (11), a solar bracket bottom plate (12), a storage battery (13), an electromagnetic instrument converter (14), an air switch (15), a power supply lightning protection module (16), a mushroom head antenna (17), cable wiring, and an instrument box (18).

[0027] The solar panel bracket is formed by welding a 40*20 square tube and welding an M12 internal thread joint to one end of the bracket square tube; after forming, the size and position of the through hole are determined according to the bolt hole position on the solar panel;

[0028] The solar panel and the solar panel bracket are connected with bolts and nuts;

[0029] The lightning rod is tightly connected to the M12 internal thread joint welded on the solar panel bracket through a spiral thread, which ensures reliable conduction between the lightning rod and the solar panel bracket;

[0030] The solar panel bracket and the solar panel bracket connecting plate are welded together, and a through hole with a diameter of 50 mm is opened at the center of the solar panel bracket connecting plate for later wiring (cable internal routing);

[0031] The welded solar panel bracket is welded to the solar bracket connecting sleeve, one of the end faces of the connecting sleeve has an inclined section at 30° to the horizontal, and the center of this elliptical section must be concentric with the central opening of the solar panel bracket connecting plate (at the upper position of one end of the circular section of the solar bracket connecting sleeve, 9mm diameter holes are evenly distributed along the outer diameter circumference of the sleeve and 4 M8 nuts are welded concentrically with the opening);

[0032] The solar support support tube is welded to the solar support bottom plate, and the axis of the support tube is perpendicular to the center position of the bottom plate; the solar support reinforcement ribs are evenly welded around the bottom of the support tube to strengthen the structural strength of this part;

[0033] The welded solar support support tube is welded together with the instrument box support plate and the instrument box support plate reinforcement ribs. The instrument box support plate reinforcement ribs are used to provide auxiliary support for the instrument box support bottom plate, thereby reducing the stress strength of the support bottom plate.

[0034] The cable protection sleeve is located between the two instrument box support plate reinforcement ribs, one end of which is connected to the instrument box support bottom plate with a bolt fastener, and the other end is aligned with the opening on the solar support tube; this structure is used to protect the wiring safety between the instrument box and the solar panel and its meter body, and prevent the cables exposed to the outside from being damaged by nature or man-made damage;

[0035] The solar support base plate is arranged with 6 holes with a diameter of 20 mm. After the solar support is installed and erected, the metal expansion bolts can be directly drilled with an impact drill to install them.

[0036] Step 1: Fix the solar panel and the welded solar panel bracket together with 4 sets of M6x35 bolt fasteners; screw the lightning rod into the M12 internal thread connector; connect the solar grounding wire to the M8 screw on the support tube, and tighten it with a nut to prevent the grounding wire from falling off.

[0037] Step 2: Pass the solar panel wiring through the connecting plate and connecting sleeve welded on the solar panel bracket; connect it with a cable and pass the cable into the support tube, and then pass it out from the 30mm diameter round hole of the support tube.

[0038] Step 3: Pass the cables (signal and power lines) from the electromagnetic meter body through the threading pipe at one end embedded in the concrete and out from the other end; then pass the cables through the 50mm diameter hole in the center of the solar support base plate and out from the 30mm diameter hole in the solar support tube; wrap them together with the cables of the solar panel.

[0039] Step 4: Insert the solar panel bracket connection sleeve installed in the first step into the solar support tube, and tighten the solar panel steering bolt on the sleeve with a wrench to prevent the solar panel from rotating or falling off when the bracket is erected in the next step. (Pay attention to the cables in this step, and do not squeeze or damage the cables during installation).

[0040] Step 5: In this step, the operator needs to erect the solar bracket and install it in the center of the pre-made concrete foundation; use an impact drill to drill holes in the bottom plate of the solar bracket and install metal expansion bolts to fix the solar bracket; this process also requires that the cables are not damaged. (The 40mm threading round tube pre-buried in the concrete must be exactly in the center of the bottom plate of the solar bracket).

[0041] Step 6: Install the instrument box on the instrument box support plate and fix it with 4 sets of M12x25 bolt fasteners; install the electromagnetic instrument converter, air switch, power lightning protection module, mushroom head antenna, and battery on the lining plate and battery bracket in the instrument box.

[0042] Step 7: Insert the cables in step 3 into the cable protection sleeve, and then insert them into the instrument box for wiring; use bolt fasteners to fix the cable protection sleeve to the lower end surface of the instrument box support plate.

[0043] Step 8: Use a ladder or a lift to adjust the front of the solar panel to face the sun, avoiding trees or buildings that would block the sun. Step 9: After correctly connecting the wiring diagram in the meter box, turn on the power to power the electromagnetic meter and charge the battery when there is sunlight.

Claims

1. A solar bracket with a lightning rod and an instrument box, comprising a solar panel, a solar panel bracket, a solar panel bracket connecting plate, a lightning rod, an M12 internal thread joint, a solar bracket connecting sleeve, a solar bracket support tube, an instrument box support plate reinforcement rib, an instrument box support plate, a cable protection sleeve, a solar bracket reinforcement rib, a solar bracket bottom plate, a battery, an electromagnetic instrument converter, an air switch, a power supply lightning protection module, a mushroom head antenna, a cable connection, and an instrument box, wherein: The solar panel and the solar panel bracket are connected with bolts and nuts; The lightning rod is tightly connected to the M12 internal thread joint welded on the solar panel bracket through a spiral thread; The solar panel bracket is welded to the solar panel bracket connecting plate; A through hole is provided at the center of the solar panel support connecting plate; The solar panel bracket is welded to the solar bracket connecting sleeve, and one end surface of the connecting sleeve is at an angle of 30° with the horizontal plane; The solar support support tube is welded to the solar support bottom plate, and the axis of the support tube is perpendicular to the center position of the bottom plate; The solar support reinforcement ribs are evenly distributed and welded on the bottom of the support tube; The welded solar support support tube is welded to the instrument box support plate and the instrument box support plate reinforcement ribs; The instrument box support plate reinforcement ribs are used to provide auxiliary support for the instrument box support bottom plate, thereby reducing the stress strength of the support bottom plate; The cable protection sleeve is located between the two instrument box support plate reinforcement ribs, one end of which is connected to the instrument box support bottom plate with a bolt fastener, and the other end is aligned with the opening on the solar support tube; The solar support base plate is arranged with 6 holes with a diameter of 20 mm; The electromagnetic instrument converter, air switch, power supply lightning protection module, mushroom head antenna, and battery are installed on the lining plate and battery bracket in the instrument box; The instrument box is installed on the instrument box supporting plate.

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