Vertical power grid equipment information collection method

Abstract

The invention relates to the technical field of power grid equipment information collection, in particular to a vertical power grid equipment information collection method. Comprising an equipment classification module, a data acquisition module, an exception analysis module, a data matching and sorting module, a file establishment module, an inspection notification module, a timing module, a sensor installation module, a data exception oversize processing module, a storage module and an inspection report recording module. The sensor installation module comprises vertical power grid equipment, an equipment identification module, an identification reading module, a sensor distribution planning module, a guide installation module and a distribution detection module, the vertical power grid equipment is equipment used in a power grid, and the equipment is used for supporting operation of the power grid. The device has the function of formulating a sensor mounting scheme, so that a worker only needs to mount the sensor according to the formulated scheme, the operation is relatively simple, and meanwhile, the sensor can be mounted and detected, so that the mounted sensor is ensured to be correct.

Description

Technical Field

[0001] The present invention relates to the technical field of power grid equipment information collection, and in particular to a vertical power grid equipment information collection method. Background Art

[0002] There are many types of power grid equipment, some of which may be installed vertically. This type of power grid equipment is called vertical power grid equipment. During operation, vertical power grid equipment needs to collect working information of the equipment to ensure the normal operation of the power grid equipment. Therefore, an information collection method for vertical power grid equipment is needed, and the operation of vertical power grid equipment can be detected and monitored according to this method.

[0003] In the existing vertical power grid equipment information collection method, during the installation of sensors, most of the time, the type of sensors to be installed is determined by the staff's experience. In addition, if too many types and quantities of sensors are installed, it is easy to overlook something, resulting in some sensors not being installed, thus affecting the operation of the system. Summary of the Invention

[0004] The purpose of the present invention is to provide a method for collecting information of vertical power grid equipment to solve the problems raised in the above background technology.

[0005] To achieve the above objectives, the present invention provides the following technical solutions: including an equipment classification module, a data acquisition module, an anomaly analysis module, a data matching and sorting module, a file creation module, an inspection notification module, a timing module, a sensor installation module, an abnormal data excessive processing module, a storage module, and an inspection report recording module. The sensor installation module includes vertical power grid equipment, an equipment identification module, an identification reading module, a sensor distribution planning module, an installation guidance module, and a distribution detection module. The vertical power grid equipment is equipment used in the power grid, and this part of the equipment supports the operation of the power grid. The device identification module is capable of assigning a unique identifier to each vertical power grid device; The identification reading module is capable of reading the identifier assigned by the device identification module to determine information such as the type, function and location of each vertical power grid device; The sensor distribution planning module can formulate the installation conditions of the sensors according to the identification reading structure of the identification reading module; The installation guidance module can guide the staff according to the installation situation formulated by the sensor distribution planning module, and directly mark the sensors that need to be installed on each vertical power grid device and the installation location of each sensor for the staff; The distribution detection module can detect the distribution of sensors inside the vertical power grid equipment and compare it with the distribution plan generated by the sensor distribution planning module to ensure that all planned locations are installed with designated sensors.

[0006] Preferably, the device classification module can classify the vertical power grid devices according to the identification on the device identification module, and classify the vertical power grid devices according to their type, function, and location.

[0007] Preferably, the data acquisition module is capable of collecting sensor detection data inside the vertical power grid equipment.

[0008] Preferably, the abnormality analysis module can analyze the data collected by the data collection module to determine whether the vertical power grid equipment has abnormalities.

[0009] Preferably, the data matching and sorting module can sort the data analyzed by the abnormality analysis module to make the data clear and understandable.

[0010] Preferably, the file creation module can classify and organize the data organized by the data matching and organizing module into files, and organize them into corresponding files according to the device, and can also organize them into corresponding files according to time.

[0011] Preferably, the storage module is used to store the archive generated by the archive creation module, so as to facilitate retrieval the next time it is used.

[0012] Preferably, the inspection report recording module can register the inspection records of the staff, and transmit the registered inspection reports to the file creation module, and cooperate with the file creation module to create the file.

[0013] Preferably, the data abnormality processing module includes a data transmission module, a power grid control system and an alarm module. The data transmission module can transmit the abnormal data to the power grid control system for processing when the abnormality analysis module finds that the data has a major abnormality. The grid control system can reallocate resources in the grid based on abnormal data, thereby avoiding grid collapse caused by problems with vertical grid equipment; The alarm module issues an alarm in time after receiving the signal from the data transmission module, so that the power grid staff can respond quickly.

[0014] Preferably, the inspection notification module can notify the staff when the abnormality analysis module finds a minor abnormality, so that the staff can conduct an inspection on the problem point; The timing module has a timing function, and after a period of time, the inspection notification module will notify the staff to conduct a scheduled inspection.

[0015] Compared with the prior art, the present invention has the following beneficial effects: 1. The sensor distribution planning module of the present invention determines which sensors need to be installed in the equipment classification module and the positions of these sensors in the equipment classification module based on the identification conditions read by the identification reading module. These sensor installation conditions are used to form a planning scheme through the sensor distribution planning module, and the scheme formulated by the sensor distribution planning module is transmitted to the installation guidance module for display, thereby guiding the sensor installers so that the installers can clearly know what sensors to install at what positions, making the installation of sensors more accurate and facilitating the accurate installation of these sensors in the vertical power grid equipment, thereby ensuring that the sensors will not be missed. 2. If the anomaly analysis module of the present invention detects a minor anomaly in the data of the vertical power grid equipment, the inspection notification module will notify the staff, thereby reminding them to inspect the vertical power grid equipment, thereby finding and resolving the problem of the vertical power grid equipment, so that the staff can respond to the minor problem in a timely manner and prevent the problem from escalating.

[0016] 3. When the anomaly analysis module of the present invention detects a significant anomaly in the data of the vertical power grid equipment, the data transmission module transmits the abnormal data to the power grid control system. The system in the power grid controls the allocation of resources in the power grid to prevent the problem of the vertical power grid equipment from affecting the operation of the entire power grid, thereby ensuring that the entire power grid will not be significantly affected by this problem. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is the overall flow chart of the present invention; Figure 2 This is a flow chart of the sensor installation module of the present invention; Figure 3 This is a flow chart of the abnormally large data processing module of the present invention.

[0018] In the figure: 1. Equipment classification module; 2. Data acquisition module; 3. Abnormal analysis module; 4. Data matching and sorting module; 5. File creation module; 6. Inspection notification module; 7. Timing module; 8. Sensor installation module; 801. Vertical power grid equipment; 802. Equipment identification module; 803. Identification reading module; 804. Sensor distribution planning module; 805. Installation guidance module; 806. Distribution detection module; 9. Data abnormality processing module; 901. Data transmission module; 902. Power grid control system; 903. Alarm module; 10. Storage module; 11. Inspection report recording module. DETAILED DESCRIPTION

[0019] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0020] See also Figure 2 The present invention provides a technical solution: including a device classification module 1, a data acquisition module 2, an abnormality analysis module 3, a data matching and sorting module 4, a file creation module 5, an inspection notification module 6, a timing module 7, a sensor installation module 8, an abnormal data excessive processing module 9, a storage module 10 and an inspection report recording module 11. The sensor installation module 8 includes a vertical power grid device 801, a device identification module 802, an identification reading module 803, a sensor distribution planning module 804, an installation guidance module 805 and a distribution detection module 806. The vertical power grid device 801 is a device used in the power grid, and this part of the equipment supports the operation of the power grid. The output end of the vertical power grid device 801 is connected to a device identification module 802 , which can assign a unique identifier to each vertical power grid device 801 ; The output end of the device identification module 802 is connected to the identification reading module 803, which can read the identifier assigned by the device identification module 802 to determine the type, function and location of each vertical power grid device 801; The output end of the identification reading module 803 is connected to the sensor distribution planning module 804. The sensor distribution planning module 804 can formulate the installation conditions of the sensors according to the identification reading structure of the identification reading module 803. The output end of the sensor distribution planning module 804 is connected to the installation guidance module 805. The installation guidance module 805 can guide the staff according to the installation situation formulated by the sensor distribution planning module 804, and directly mark the sensors that need to be installed on each vertical power grid device 801 and the installation location of each sensor for the staff; The output end of the sensor distribution planning module 804 is connected to the distribution detection module 806. The installation guidance module 805 and the distribution detection module 806 are connected in parallel. The distribution detection module 806 can detect the distribution of sensors inside the vertical power grid device 801 and compare it with the distribution plan generated by the sensor distribution planning module 804 to ensure that all planned locations are installed with the designated sensors. The sensor distribution planning module 804 determines which sensors need to be installed in the device classification module 1 and the positions of these sensors in the device classification module 1 based on the identification information read by the identification reading module 803. The sensor distribution planning module 804 forms a planning scheme for these sensor installation conditions, and transmits the scheme formulated by the sensor distribution planning module 804 to the installation guidance module 805 for display, thereby guiding the sensor installers so that they can clearly know what sensors to install at what positions, making the installation of sensors more accurate and facilitating the accurate installation of these sensors in the vertical power grid equipment 801, thereby ensuring that sensors are not missed.

[0021] like Figure 1 As shown, the output end of the sensor installation module 8 is connected to the device classification module 1, which can classify the vertical power grid device 801 according to the identification on the device identification module 802, and classify the vertical power grid device 801 according to its type, function and location.

[0022] like Figure 1 As shown, the output end of the sensor installation module 8 is connected to the data acquisition module 2 , and the data acquisition module 2 can collect sensor detection data inside the vertical power grid device 801 .

[0023] like Figure 1 As shown, the output end of the data acquisition module 2 is connected to the abnormality analysis module 3, and the abnormality analysis module 3 can analyze the data collected by the data acquisition module 2 to determine whether the vertical power grid device 801 has any abnormality.

[0024] like Figure 1 As shown, the output end of the abnormality analysis module 3 is connected to the data matching and sorting module 4, which can sort the data analyzed by the abnormality analysis module 3 to make the data clear and understandable.

[0025] like Figure 1 As shown, the output end of the data matching and sorting module 4 is connected to the file creation module 5, which can classify and sort the data sorted by the data matching and sorting module 4 into files, and sort them into corresponding files according to the device or time.

[0026] like Figure 1 As shown, the output end of the archive creation module 5 is connected to a storage module 10 , which is used to store the archive generated by the archive creation module 5 so as to facilitate retrieval for next use.

[0027] like Figure 1As shown, the output end of the archive creation module 5 is connected to the inspection report recording module 11, and the inspection report recording module 11 and the storage module 10 are connected in parallel. The inspection report recording module 11 can register the inspection records of the staff and transmit the registered inspection reports to the archive creation module 5, and cooperate with the archive creation module 5 to create archives.

[0028] like Figure 3 As shown, the output end of the abnormality analysis module 3 is connected to the data abnormality processing module 9, and the data abnormality processing module 9 is connected in parallel with the data matching and sorting module 4. The data abnormality processing module 9 includes a data transmission module 901, a power grid control system 902 and an alarm module 903. The data transmission module 901 can transmit the abnormal data to the power grid control system 902 for processing when the abnormality analysis module 3 finds that the data has a major abnormality; The grid control system 902 can reallocate resources in the grid based on abnormal data, thereby avoiding grid collapse caused by problems with the vertical grid equipment 801; The output end of the data transmission module 901 is connected to the alarm module 903, which is connected in parallel with the power grid control system 902. The alarm module 903 will promptly alarm after receiving the signal from the data transmission module 901, so that the power grid staff can respond quickly. Abnormality analysis module 3 analyzes that there is a major abnormality in the data of vertical power grid device 801. Data transmission module 901 transmits the abnormal data to power grid control system 902. Through the power grid system, the allocation of resources in the power grid is controlled to prevent the problem of vertical power grid device 801 from affecting the operation of the entire power grid, thereby ensuring that the entire power grid is not significantly affected by this problem.

[0029] like Figure 1 As shown, the output end of the abnormality analysis module 3 is connected to the inspection notification module 6. The inspection notification module 6, the data matching and sorting module 4 and the data abnormality excessive processing module 9 are connected in parallel. The inspection notification module 6 can notify the staff when the abnormality analysis module 3 finds a minor abnormality, so that the staff can conduct inspections on the problem points; The input end of the inspection notification module 6 is connected to the timing module 7, which is connected in parallel with the abnormality analysis module 3. The timing module 7 has a timing function, which will enable the inspection notification module 6 to notify the staff of the scheduled inspection after a period of time. When the abnormality analysis module 3 detects a minor abnormality in the data of the vertical power grid device 801, the inspection notification module 6 notifies the staff, thereby reminding the staff to inspect the vertical power grid device 801, thereby finding and resolving the problem of the vertical power grid device 801, so that the staff can respond to the minor problem in a timely manner to prevent the problem from escalating.

[0030] Working principle: First, the vertical power grid device 801 is identified by the device identification module 802, and a unique identifier is assigned to each device classification module 1. Then, the identifier of the device identification module 802 is read by the identification reading module 803 to determine the identification of this device classification module 1. Then, the sensor distribution planning module 804 determines which sensors need to be installed in this device classification module 1 according to the identification read by the identification reading module 803, and where these sensors are installed in the device classification module 1. These sensor installation conditions are formed into a planning plan through the sensor distribution planning module 804, and the plan formulated by the sensor distribution planning module 804 is transmitted to the installation guidance module 805 for display, so as to guide the sensor installers so that the installers can clearly know what sensors to install at what location, so that these sensors can be accurately installed in the vertical power grid device 801.

[0031] After all required sensors on the vertical power grid device 801 are installed, the sensor distribution planning module 804 transmits the installation plan to the distribution detection module 806. At the same time, the sensors inside the vertical power grid device 801 start working and transmit the sensor working signals to the distribution detection module 806. By comparing the working sensors with the plan formulated by the sensor distribution planning module 804, the distribution detection module 806 can detect and confirm whether all sensors are installed and whether all sensors are working properly.

[0032] If all sensors are functioning normally, the device classification module 1 then classifies the vertical power grid device 801 according to the identification of the device identification module 802, and classifies the vertical power grid device 801 according to its type, function, location, etc. At the same time, the data acquisition module 2 collects sensor detection data inside the vertical power grid device 801, and then combines it with the classification data of the device classification module 1, so that the abnormality analysis module 3 can analyze the working status of the vertical power grid device 801, thereby ensuring that the vertical power grid device 801 is functioning normally.

[0033] If the abnormality analysis module 3 analyzes that the data of the vertical power grid device 801 has a slight abnormality, the inspection notification module 6 will notify the staff, thereby reminding the staff to inspect the vertical power grid device 801, so as to find out the problem of the vertical power grid device 801 and solve it. At the same time, the timing module 7 will also set a timer and inspect the staff through the inspection notification module 6 every time a period of time passes.

[0034] If the abnormality analysis module 3 analyzes that the data of the vertical power grid device 801 has a major abnormality, the abnormality analysis module 3 will send a signal to the data transmission module 901, so that the data transmission module 901 transmits the abnormal data to the power grid control system 902. The system in the power grid controls the resource allocation in the power grid to prevent the problem of the vertical power grid device 801 from affecting the operation of the entire power grid. At the same time, the data transmission module 901 will also transmit an electrical signal to the alarm module 903 to issue an alarm, thereby facilitating the staff in the power grid to respond quickly and detect and maintain the abnormality.

[0035] If the abnormality analysis module 3 determines that there is no abnormality in the data of the vertical power grid device 801, the data will be sent to the data matching and sorting module 4 for sorting. The sorted data will then be sent to the file creation module 5 for file creation. The data of the same time or the same device will be classified and sorted to form a file, which will then be sent to the storage module 10 for storage.

[0036] At the same time, the data matching and sorting module 4 will also sort out the abnormal data, but the file creation module 5 will first require the staff to input the abnormal part of the inspection report into the inspection report recording module 11, and then the file creation module 5 will sort out the abnormal data and the inspection report together and send them to the storage module 10 for storage.

[0037] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A method for collecting information of vertical power grid equipment, comprising an equipment classification module (1), a data acquisition module (2), an abnormality analysis module (3), a data matching and sorting module (4), a file creation module (5), an inspection notification module (6), a timing module (7), a sensor installation module (8), a data abnormality processing module (9), a storage module (10) and an inspection report recording module (11), characterized in that: The sensor installation module (8) comprises a vertical power grid device (801), a device identification module (802), an identification reading module (803), a sensor distribution planning module (804), an installation guidance module (805) and a distribution detection module (806); the vertical power grid device (801) is a device used in a power grid, and this part of the device supports the operation of the power grid; The device identification module (802) is capable of assigning a unique identifier to each vertical power grid device (801); The identification reading module (803) is capable of reading the identifier assigned by the device identification module (802), thereby determining information such as the type, function and location of each vertical power grid device (801); The sensor distribution planning module (804) can formulate the installation conditions of the sensors according to the identification reading structure of the identification reading module (803); The installation guidance module (805) can guide the staff according to the installation situation formulated by the sensor distribution planning module (804), and directly mark the sensors that need to be installed on each vertical power grid device (801) and the installation position of each sensor for the staff; The distribution detection module (806) can detect the distribution of sensors inside the vertical power grid device (801), and compare it with the distribution plan generated by the sensor distribution planning module (804), so as to ensure that all planned positions are installed with the designated sensors.

2. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The device classification module (1) can classify the vertical power grid devices (801) according to the identification on the device identification module (802), and classify the vertical power grid devices (801) according to their type, function and location.

3. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The data acquisition module (2) is capable of collecting sensor detection data inside the vertical power grid device (801).

4. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The abnormality analysis module (3) can analyze the data collected by the data collection module (2), thereby determining whether the vertical power grid device (801) has an abnormality.

5. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The data matching and sorting module (4) can sort the data analyzed by the abnormality analysis module (3), thereby making the data clear and understandable.

6. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The file creation module (5) can classify and organize the data organized by the data matching and organizing module (4) into files, and organize them into corresponding files according to the equipment, and can also organize them into corresponding files according to time.

7. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The storage module (10) is used to store the archive generated by the archive creation module (5), so as to facilitate retrieval the next time it is used.

8. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The inspection report recording module (11) is capable of registering the inspection records of the staff, and transmitting the registered inspection reports to the file creation module (5), and cooperating with the file creation module (5) to create files.

9. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The data abnormality excessive processing module (9) comprises a data transmission module (901), a power grid control system (902) and an alarm module (903); the data transmission module (901) is capable of transmitting abnormal data to the power grid control system (902) for processing when the abnormality analysis module (3) finds that the data has a major abnormality; The power grid control system (902) can reallocate resources in the power grid according to abnormal data, thereby avoiding the collapse of the power grid due to problems with the vertical power grid equipment (801); The alarm module (903) issues an alarm in time after receiving the signal from the data transmission module (901), so that the power grid staff can respond quickly.

10. A method for collecting information of vertical power grid equipment according to claim 1, characterized in that: The inspection notification module (6) can notify the staff when the abnormality analysis module (3) finds a minor abnormality, so that the staff can conduct an inspection on the problem point; The timing module (7) has a timing function, and after a period of time, the inspection notification module (6) will notify the staff to conduct a scheduled inspection.

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