TWM377596U - Performance monitoring device of solar panel - Google Patents

Description

M^77596

V. New description: [New technical field] This creation belongs to the technical field of solar panels. Specifically, it refers to a solar panel performance monitoring device that is easy to detect and operate, so as to instantly detect faulty solar panels. Make sure the system is working properly. a [prior art]

According to the recent environmental pollution problem, the problem of global warming has been caused by the greenhouse effect of carbon dioxide emission. In addition, the development of science and technology is increasing. People’s demand for energy is increasing, but oil will The exhaustion of consumption and the development of pollution-free new energy products are a top priority. Therefore, there are various new energy sources on the market, such as self-power generation using wind or solar energy, in order to save energy and not to damage the environment, and the solar cells that utilize natural energy are the most The principle of solar cells is that when the light is irradiated to the semiconductor, the electrons or holes excited on the conductive tape or the electronic band are moved by the free carrier due to the migration between the steps, resulting in an increase in conductivity. It is called the light guide effect (ph〇t〇c〇nductive and the solar cell is used, which is to attach and fix the plurality of solar cells to the surface of the plate body in order to form a large area, and further use the wire to make some solar energy. The plates are connected in series on the solar cells using solar cells to generate the upper battery or equipment. Because of the existing solar panel method, the connection is used to increase the voltage value, but the 'J is used' as one of the solar panels. When damaged, 3 M377596

Will cause the entire system to stop working 'because it does not have proper detection design', so the staff will need to measure the output of each solar panel and the two ends one by one to check the faulty solar panels. The discovery of faulty solar panels not only takes time and expense, but also affects the overall performance. What's more, when the performance of a single solar panel is reduced, it is not damaged in practice, so the whole system can still operate normally, but the overall power generation efficiency will be seriously affected, so if it can be known in advance that its performance is reduced, If the solar panels can be repaired at night without waiting for the solar panels to operate, it will not only prolong the service life, but also avoid affecting the power generation efficiency. Therefore, it is necessary to further improve the existing solar panels lacking the monitoring design. The reason is that this creator has in-depth discussion on the problems caused by the non-monitoring design of the solar panels mentioned above, and has been successfully researched and developed through years of research and development of related industries. A solar panel performance monitoring device is used to overcome the inconvenience and trouble of not being able to detect faults and reduce performance in time. [New content] Therefore, the main purpose of this creation is to provide a solar panel performance monitoring device that detects faults, so that the faulty solar panel can be detected immediately, so that the entire system operates normally. b Another major objective of this creation is to provide a statistical operation ^ solar panel performance monitoring device that can further analyze and display ° and provide monitoring status to ensure its power generation efficiency. To this end, this creation mainly uses the following technical means to achieve the purpose and effectiveness of t creation. · It has one or ^^ solar panels, each solar panel surface is fixed with a plurality of arrays of solar The battery of the month b, and the output end of each solar panel is connected in series with the first wire and the second wire having a core body; the performance monitoring device comprises a processing module, a data collector and One or more inductive transmitters, each of which is disposed on the first and second wires of each of the (four) energy boards, wherein the processing module has functions of logic operation, processing, statistics, and collection, and processing modes Built-in computing, statistical and analytical collection of system operating software, and data collector is connected to the processing module; and the inductive transmitter has a measuring board capable of detecting the voltage value, the measuring board can be collected The data is transmitted wirelessly to the aforementioned data collector. In this way, through the display of the above-mentioned technical means, the creation can not only know the faulty solar panels in time, but also provide immediate repair, without the need of “detection-saving” for the purpose of saving time and effort. The sun, the performance of the board to ensure its normal operation, to extend its service life 'effectively improve the overall quality and added value, can enhance the economic benefits of the product. In order to enable your review board to further understand the composition, features and other purposes of this creation, the following are some of the preferred embodiments of the creation, and in conjunction with the detailed description of the drawings, the _ _ _ domain can be implemented. [Embodiment] This creative system - solar panel performance monitoring device is illustrated with the accompanying drawings

The specific embodiment and its components, the top and bottom, the upper part and the lower part of the creation of the solar panel performance monitoring equipment, all the front and rear, left and right but horizontal and vertical reference, only for convenience of description , does not limit the creation, nor restricts its components to any position or space I ^ (4) (4) (4) specified dimensions, when you can not leave the creation of the W patent | [inside] _ the design of the specific embodiment of this creation and Change with demand. J is a solar panel enabling monitoring device. The figure has one or more solar panels (the surface of the panel (1G) is attached with a plurality of arrays arranged to guide the filth 15) to transmit sunlight through the solar cell. The 4th=== board 2 voltage value of the input and output ends, and the second line (35) of the first cutting energy is connected to if = : solar panels (10) can pass the wheel to the battery or application equipment ^变11 (2G): The power can be the same as the existing one, and the work of the complement is: - processing module (5.):, two wires (8) di too) (35) (four) coffee defeat wheel (3)) (3^ ^ Processing module (5.) has the functions of logic operation, processing, statistics, and collection. The processing module (50) has a display unit, a [transport and storage unit, etc., and a processing module (5Q) has a built-in system. Operating software (55) 'The system operating software (55) is used for computing and arranging collected data; and the data collector (60) is connected to the processing module (5 〇), and the material collector (60) can be Wirelessly collecting the data transmitted by the aforementioned inductive transmitter (7〇), and the dragon collector ((8) will pass the collected data to the foregoing The module (50) is configured in the system operating software (55); and the sensing transmitter (70) is constructed as shown in the third, fourth and fifth figures, and the inductive transmitter (70) has a relative cover One of the upper body (71) and the lower case (75), wherein the upper casing (71) is provided with a measuring plate (74) capable of detecting a voltage value, the measuring plate (74) and The collected data is wirelessly transmitted to the data collector (6〇), and the opposite surfaces of the upper and lower casings (71) (75) have two spaced-apart slots (72) corresponding to the shape of the through holes (76). And the two slots (72) of the upper casing (71) have pins/73 connected to the measuring plate (74), and the two pins (73) can be inserted into the solar panel (ι) The first and second wires (30) (35), and the pins (73) are in contact with the core body (31) (36) in the first and second wires (30) (35), = and the upper case The measuring plate (74) in the body (71) forms a passage for providing electrical energy for the measuring plate (74) and for detecting; thereby, when the measuring plate (74) of the inductive conveyor (70) utilizes the pin (73) Check the first and second wires of the solar panel (1〇) (3〇 (35) The voltage can be wirelessly transmitted to the data collector (6〇) and processed by the processing module (5G) system operating software (55), and the group composition - can immediately detect whether the fault and operation Effective solar panel effect

Ml fix __fmJtj month b li test device. As for the actual use of this creation, please refer to the first, fourth and fifth figures. The solar panel performance (4) device of this creation will use the upper and lower casings of the induction conveyor (70). (75) Relatively covering the first and second wires of the solar panel (1G) (such as (milk), the pins (73) in the upper casing (71) trunking (72) can be directly inserted into the first In the two wires (30) (35), the pins (7) are connected to the core body (31) (36) of the first and second wires (3) (35), so that the measurement can be directly provided. The board (74) power supply, the inductive transmitter 1 test board (74) can wirelessly transmit the data to the data collector of the processing module (5〇) after detecting the operating voltage of the (4) solar panel (1()). (60) above, and then send the data to the processing software (55) of the processing module (5) for calculation, analysis and statistics for display and provide operational performance monitoring; through the above design and operation instructions, This creation can not only get the time, but also the early Taiyuan board (1 〇), to repair, save time and effort, and at the same time master the sun in advance. The performance of the board (1〇) ensures the normal operation of the board to prolong its service life, while avoiding, reducing the performance, affecting the power generation effect, effectively improving the overall quality and added value, and enhancing the product. Economic benefits. In this way, it can be understood that this creation is a creative and excellent new creation, which effectively solves the problems faced by the practitioners, and greatly enhances the effect i and does not see the same or similar in the same technical field. Product creation or = use, and at the same time have improved efficiency, so this creation has been in line with the new = "newness" and "progressive" elements, is to propose a new type of patent. MJ77596 [Simple description of the diagram] The system architecture of the solar panel performance monitoring device for the first__ / θ is intended. The second figure 1 is the creation of solar panel performance monitoring equipment

• Schematic diagram of the composition with solar panels. A schematic exploded view of the Q-inductive transmitter. Fifth = Schematic diagram of the stereoscopic appearance of the inductive transmitter.

r.Φ 4 is a schematic view of the side view of the conveyance state. L King wants TL symbol description] (10) (20) (31) (36) (55) (70)

Solar Panel Inverter Core Body Core System Operation Software Inductor Conveyor Groove Measuring Board Trunking (15) Solar Cell (30) First Lead (35) Second Lead (50) Processing Module (60) Data Collection (71) Upper housing (73) Pin (75) Lower housing (72) (74) (76) 9

Claims (1)

Sixth, the scope of application for patents: 1. A solar panel performance monitoring device, which has one or more solar panels, each solar panel surface is attached with a plurality of solar cells arranged in a plurality of arrays, and the input and output ends of each solar panel have a first wire and a second wire of the core body are connected in series; wherein the performance monitoring device comprises a processing module, a data collector and one or more inductive transmitters, each of the inductive transmitters It is disposed on the first and second wires of each solar panel, wherein the processing module has the functions of logic operation, processing, statistics, and collection, and the processing system has a system operation software for calculating, counting, and analyzing, and data collection. The sensor system is connected to the processing module; and the sensing transmitter has a measuring board capable of detecting a voltage value, and the measuring board can wirelessly transmit the collected data to the data collector; thereby, the group constitutes a A solar panel performance monitoring device that can immediately detect faults and operational performance. 2. The solar panel performance monitoring device of claim 1, wherein the processing module has a display unit, an input/output unit, and a storage unit. 3. The solar panel performance monitoring device of claim 1, wherein the inductive conveyor has an upper casing and a lower casing that can be oppositely closed, and the opposite surfaces of the upper and lower casings have two The first and second wires are spaced apart from each other, wherein the two wires of the upper casing are M377596: the repair has a pin for connecting the measuring board, and the two pins can be inserted into the first and second wires, and The core body contacts for forming a path with the measuring plate in the upper casing to provide electrical energy for the measuring plate and for testing. 11