CN107612144B - Substation equipment importance detection system and method - Google Patents
Substation equipment importance detection system and method Download PDFInfo
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Abstract
The invention relates to a transformer substation equipment importance detection system and a method, wherein a data acquisition device is used for acquiring transformer substation equipment health degree detection parameters; and acquiring the importance report data of the substation equipment according to the health degree detection parameters of the substation equipment by using the equipment importance detection server, and sending the health degree detection parameters of the substation equipment and the importance report data of the substation equipment to the mobile terminal for displaying. In the scheme, the acquired substation equipment health degree detection parameters can reflect the importance of the substation equipment, substation equipment importance report data can be acquired by using the substation equipment health degree detection parameters, the substation equipment health degree detection parameters and the substation equipment importance report data are displayed on the mobile terminal, so that the substation equipment importance report is simpler and more visual, the importance of each substation equipment can be determined by workers in a real-time mobile manner, a maintenance plan and a strategy are reasonably formulated, and the working efficiency of the workers is improved.
Description
Technical Field
The invention relates to the technical field of power detection, in particular to a transformer substation equipment importance detection system and method.
Background
The intelligent substation is a concept developed on the basis of a digital substation and is the latest requirement on the technical form of the substation in the intelligent power grid environment. The intelligent substation is formed by combining advanced, reliable, energy-saving, environment-friendly and integrated equipment, and high-speed network communication platforms are used as information transmission bases to automatically complete high-level application functions such as information acquisition, intelligent adjustment, online analysis and decision making, cooperative and mutual assistance and the like. For equipment in a transformer substation, complete monitoring and state evaluation are required, various parameters and photos of the equipment are required to be acquired, and online interaction and multi-party sharing of data are required to be supported.
Management of the equipment differentiation operation and maintenance strategy is a key content for determining the intelligent level of the operation and maintenance of the transformer substation. However, a system for evaluating the importance of the substation equipment is lacked, so that different equipment cannot be differentially supervised, the workload of the staff for supervision of the equipment is increased, and the working efficiency is reduced.
Disclosure of Invention
Therefore, it is necessary to provide a transformer substation equipment importance detection system and method for solving the problem that the work efficiency of monitoring equipment by a worker is reduced due to the fact that different equipment cannot be monitored in a differentiated mode.
A substation equipment importance detection system comprising:
the data acquisition device is used for acquiring the health degree detection parameters of the substation equipment;
and the equipment importance detection server is used for acquiring the transformer substation equipment importance report data according to the transformer substation equipment health degree detection parameters and sending the transformer substation equipment health degree detection parameters and the transformer substation equipment importance report data to the mobile terminal for displaying.
A transformer substation equipment importance detection method comprises the following steps:
the method comprises the steps that a data acquisition device acquires health degree detection parameters of substation equipment;
the equipment importance detection server acquires the importance report data of the substation equipment according to the health detection parameters of the substation equipment; and sending the substation equipment health degree detection parameters and the substation equipment importance report data to a mobile terminal for displaying.
According to the transformer substation equipment importance detection system and method, the health degree detection parameters of the transformer substation equipment are collected through the data collection device; and acquiring the importance report data of the substation equipment according to the health degree detection parameters of the substation equipment by using the equipment importance detection server, and sending the health degree detection parameters of the substation equipment and the importance report data of the substation equipment to the mobile terminal for displaying. In the scheme, the acquired substation equipment health degree detection parameters can reflect the importance of the substation equipment, substation equipment importance report data can be acquired by using the substation equipment health degree detection parameters, the substation equipment health degree detection parameters and the substation equipment importance report data are displayed on the mobile terminal, so that the substation equipment importance report is simpler and more visual, the importance of each substation equipment can be determined by workers in a real-time mobile manner, a maintenance plan and a strategy are reasonably formulated, and the working efficiency of the workers is improved.
A readable storage medium having stored thereon an executable program which, when executed by a processor, carries out the steps of the substation equipment importance detection method described above.
A computer device comprises a memory, a processor and an executable program which is stored on the memory and can run on the processor, and the steps of the substation device importance detection method are realized when the processor executes the program.
According to the transformer substation equipment importance detection method, the invention also provides a readable storage medium and computer equipment, which are used for realizing the transformer substation equipment importance detection method through a program.
Drawings
Fig. 1 is a schematic structural diagram of a substation equipment importance detection system according to an embodiment;
fig. 2 is a schematic flow chart of a substation equipment importance detection method according to an embodiment;
fig. 3 is a schematic structural diagram of a substation equipment importance detection system according to an embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the detailed description and specific examples, while indicating the scope of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1, a substation equipment importance detection system according to an embodiment of the present invention is shown. The substation equipment importance detection system in this embodiment includes:
the data acquisition device 110 is used for acquiring the health degree detection parameters of the substation equipment;
and the equipment importance detection server 120 is configured to obtain the substation equipment importance report data according to the substation equipment health degree detection parameter, and send the substation equipment health degree detection parameter and the substation equipment importance report data to the mobile terminal for display.
It should be noted that the detection parameter of the health degree of the substation equipment is used for evaluating the health degree of the substation equipment and can also reflect the importance of the substation equipment, and the higher the detection parameter of the health degree of the substation equipment is, the higher the importance of the substation equipment is; the transformer substation equipment importance report data is a main component of the transformer substation equipment importance report; the mobile terminal displays the health degree detection parameters of the substation equipment and the importance report data of the substation equipment, so that the staff of the substation equipment can directly know the importance of the substation equipment in time.
In the embodiment, the health degree detection parameters of the substation equipment are acquired through the data acquisition device; and acquiring the importance report data of the substation equipment according to the health degree detection parameters of the substation equipment by using the equipment importance detection server, and sending the health degree detection parameters of the substation equipment and the importance report data of the substation equipment to the mobile terminal for displaying. In the scheme, the acquired substation equipment health degree detection parameters can reflect the importance of the substation equipment, substation equipment importance report data can be acquired by using the substation equipment health degree detection parameters, the substation equipment health degree detection parameters and the substation equipment importance report data are displayed on the mobile terminal, so that the substation equipment importance report is simpler and more visual, the importance of each substation equipment can be determined by workers in a real-time mobile manner, a maintenance plan and a strategy are reasonably formulated, and the working efficiency of the workers is improved.
Optionally, the mobile terminal may be a smartphone or a smart tablet, or other various mobile devices.
Optionally, the mobile terminal displays the substation equipment, the equipment health degree detection parameters and the importance report data of the substation equipment in a live-action manner through the two-dimensional panoramic map information platform of the power system.
Optionally, the substation equipment importance detection system may further include a mobile terminal.
In one embodiment, the device importance detection server 120 is configured to check the substation device health detection parameter according to a preset parameter index; and after the check is passed, acquiring importance report data of the substation equipment according to the health degree detection parameters of the substation equipment.
In this embodiment, before obtaining the importance report data of the substation equipment according to the health detection parameter of the substation equipment, the equipment importance detection server 120 may check the health detection parameter of the substation equipment according to a preset parameter index, so as to ensure the accuracy of the collected health detection parameter of the substation equipment and obtain the accurate importance report data of the substation equipment.
Optionally, if the check of the health degree detection parameters of the substation equipment fails, the health degree detection parameters of the substation equipment are deleted, a plurality of generally acquired health degree detection parameters of the substation equipment exist, and even if some health degree detection parameters of the substation equipment are deleted due to the fact that the check fails, the importance report data of the substation equipment cannot be acquired with great influence.
In one embodiment, the substation equipment health degree detection parameters comprise annual operation mode data of the substation equipment, power supply data of a target user and equipment value data;
the data acquisition device 110 acquires annual operation mode data of the substation equipment from the power system operation database, user power supply data from the power operation database, and equipment value data from the substation equipment database.
In this embodiment, the most important influence on the substation equipment is substation equipment health detection parameters such as annual operation mode data of the substation equipment, user power supply data, and equipment value data, and the data acquisition device 110 may acquire the above data from the power system operation database, the power operation database, and the substation equipment database, respectively, so as to simplify the data acquisition process.
Optionally, when the power supply data of the user is obtained from the power operation database, specific power supply data of the user may be selected, such as power supply data of an important user, power consumption data of a target user, which is in a preset range in all power supply data of the user, and the like.
In one embodiment, the device importance detection server 120 is configured to allocate a corresponding rank value to the substation device health degree detection parameter according to a corresponding relationship between the parameter and the rank in a preset data rank table, and generate substation device importance report data according to the rank value corresponding to the substation device health degree detection parameter.
In this embodiment, the device importance detection server 120 may obtain a level value corresponding to the substation device health degree detection parameter by using a corresponding relationship between a parameter and a level in a preset data level table, and may obtain quantized substation device importance report data by using the level value as a basis.
In one embodiment, the device importance detection server 120 obtains the weight of the substation device health degree detection parameter in the data level table, and performs weighted summation on the level value corresponding to the substation device health degree detection parameter according to the weight to obtain substation device importance report data.
In this embodiment, there may be a plurality of substation equipment health degree detection parameters, and the rank values of all the substation equipment health degree detection parameters are weighted and summed according to the weights of different parameters, so that different substation equipment health degree detection parameters can be balanced, and the finally obtained substation equipment importance report data is more accurate.
In one embodiment, the equipment importance detection server 120 marks the importance of the substation equipment according to the size of the substation equipment importance report data, and the name of the mark includes key, important, attention or general.
In this embodiment, the importance of the substation equipment may be marked as one of critical, important, concerned or general according to the size of the substation equipment importance report data, so that a worker can easily grasp the characteristics of the importance of the substation equipment.
Optionally, the device importance detection server 120 may send the tag name to the mobile terminal for display together with the substation device importance report data.
In one embodiment, the device importance detection server 120 sets the label color of the substation device according to the size of the substation device importance report data, the label color representing the key substation device is set to red, the label color representing the important substation device is set to orange, the label color representing the substation device of interest is set to yellow, and the label color representing the general substation device is set to green.
In this embodiment, the label color of the substation equipment can be set according to the size of the importance report data of the substation equipment, different colors are set for the labels of the key, important, concerned or general substation equipment, and therefore the staff can conveniently and briefly master the importance of the substation equipment.
Optionally, the device importance detection server 120 may send the mark name and the corresponding color to the mobile terminal for display together with the substation device importance report data.
In one embodiment, the device importance detection server 120 receives a modification instruction sent by the mobile terminal, acquires modification data from the modification instruction, checks the modification data, extracts correct modification data and incorrect modification data, returns the incorrect modification data to the mobile terminal, corrects the substation device health degree detection parameter according to the correct modification data, and acquires substation device importance report data according to the corrected substation device health degree detection parameter.
In this embodiment, the health degree detection parameters of the substation equipment can be corrected, the correction data is obtained through the correction instruction of the mobile terminal and is checked, and the correct correction data is obtained to correct the health degree detection parameters of the substation equipment, so that more accurate importance report data of the substation equipment is obtained; the modification data in the modification instruction is not always correct, and the wrong modification data can be obtained by utilizing the checking process and returned to the mobile terminal so as to prompt the staff to modify the wrong information in the instruction.
Optionally, after the device importance detection server 120 obtains the corrected substation device health degree detection parameter and the corrected substation device importance report data, the corrected substation device health degree detection parameter and the corrected substation device importance report data may be sent to the mobile terminal again for display.
According to the transformer substation equipment importance detection system, the invention further provides a transformer substation equipment importance detection method, and the following describes in detail an embodiment of the transformer substation equipment importance detection method of the invention.
Referring to fig. 2, a method for detecting importance of substation equipment according to an embodiment of the present invention is shown. The method for detecting the importance of the substation equipment in the embodiment comprises the following steps:
step S210: the method comprises the steps that a data acquisition device acquires health degree detection parameters of substation equipment;
in the step, the detection parameter of the health degree of the substation equipment is used for evaluating the health degree of the substation equipment and can also reflect the importance of the substation equipment, and the higher the detection parameter of the health degree of the substation equipment is, the higher the importance of the substation equipment is;
step S220: the equipment importance detection server acquires the importance report data of the substation equipment according to the health detection parameters of the substation equipment;
in the step, the importance report data of the substation equipment is a main component of the importance report of the substation equipment;
step S230: and the equipment importance detection server sends the health degree detection parameters of the substation equipment and the importance report data of the substation equipment to the mobile terminal for display.
In the step, the mobile terminal displays the health degree detection parameters of the substation equipment and the importance report data of the substation equipment, so that the staff of the substation equipment can directly know the importance of the substation equipment in time.
In the embodiment, the data acquisition device acquires the health degree detection parameters of the substation equipment; the equipment importance detection server acquires the importance report data of the substation equipment according to the health detection parameters of the substation equipment; and sending the health degree detection parameters of the substation equipment and the importance report data of the substation equipment to the mobile terminal for displaying. In the scheme, the acquired substation equipment health degree detection parameters can reflect the importance of the substation equipment, substation equipment importance report data can be acquired by using the substation equipment health degree detection parameters, the substation equipment health degree detection parameters and the substation equipment importance report data are displayed on the mobile terminal, so that the substation equipment importance report is simpler and more visual, the importance of each substation equipment can be determined by workers in a real-time mobile manner, a maintenance plan and a strategy are reasonably formulated, and the working efficiency of the workers is improved.
In one embodiment, the step of acquiring the substation equipment importance report data according to the substation equipment health detection parameter by the equipment importance detection server comprises the following steps:
the equipment importance detection server checks the health degree detection parameters of the substation equipment according to preset parameter indexes; and after the check is passed, acquiring importance report data of the substation equipment according to the health degree detection parameters of the substation equipment.
In this embodiment, before the substation equipment importance report data is acquired according to the substation equipment health degree detection parameters, the equipment importance detection server may check the substation equipment health degree detection parameters according to preset parameter indexes, so as to ensure the accuracy of the acquired substation equipment health degree detection parameters and obtain accurate substation equipment importance report data.
In one embodiment, the substation equipment health degree detection parameters comprise annual operation mode data of the substation equipment, power supply data of a target user and equipment value data;
the step of acquiring the health degree detection parameters of the substation equipment by the data acquisition device comprises the following steps:
the data acquisition device acquires annual operation mode data of the substation equipment from the power system operation database, acquires power supply data of a target user from the power operation database, and acquires equipment value data from the substation equipment database.
In this embodiment, the most important influence on the substation equipment is data such as annual operation mode data, user power supply data, and equipment value data of the substation equipment, and the data acquisition device can acquire the data from the power system operation database, the power operation database, and the substation equipment database, respectively, thereby simplifying the data acquisition process.
In one embodiment, the step of acquiring the substation equipment importance report data according to the substation equipment health detection parameter by the equipment importance detection server comprises the following steps:
and the equipment importance detection server allocates corresponding grade values to the substation equipment health degree detection parameters according to the corresponding relation between the parameters and the grades in the preset data grade table, and generates substation equipment importance report data according to the grade values corresponding to the substation equipment health degree detection parameters.
In this embodiment, the device importance detection server may obtain a level value corresponding to the substation device health degree detection parameter by using a corresponding relationship between a parameter and a level in a preset data level table, and may obtain quantized substation device importance report data by using the level value as a basis.
In one embodiment, the step of generating the transformer substation equipment importance report data by the equipment importance detection server according to the grade value corresponding to the transformer substation equipment health degree detection parameter includes the following steps:
the equipment importance detection server obtains the weight of the health degree detection parameters of the substation equipment in the data grade table, and carries out weighted summation on the grade values corresponding to the health degree detection parameters of the substation equipment according to the weight to obtain importance report data of the substation equipment.
In this embodiment, there may be a plurality of substation equipment health degree detection parameters, and the rank values of all the substation equipment health degree detection parameters are weighted and summed according to the weights of different parameters, so that different substation equipment health degree detection parameters can be balanced, and the finally obtained substation equipment importance report data is more accurate.
In one embodiment, the substation equipment importance detection method further includes the following steps:
and the equipment importance detection server marks the importance of the substation equipment according to the size of the substation equipment importance report data, wherein the marked name comprises key, important, concerned or general.
In this embodiment, the device importance detection server may mark the importance of the substation device as one of critical, important, concerned, or general according to the size of the substation device importance report data, so that a worker can easily grasp the characteristics of the importance of the substation device.
In one embodiment, the substation equipment importance detection method further includes the following steps:
the equipment importance detection server sets the label color of the substation equipment according to the size of the substation equipment importance report data, the label color representing the key substation equipment is set to be red, the label color representing the important substation equipment is set to be orange, the label color representing the concerned substation equipment is set to be yellow, and the label color representing the general substation equipment is set to be green.
In this embodiment, the device importance detection server may further set the label color of the substation device according to the size of the substation device importance report data, and set different colors for the labels of the key, important, concerned or general substation devices, so as to further facilitate the staff to briefly grasp the characteristics of the importance of the substation device.
In one embodiment, the substation equipment importance detection method further includes the following steps:
the equipment importance detection server receives the modification instruction sent by the mobile terminal, acquires modification data from the modification instruction, checks the modification data, extracts correct modification data and wrong modification data, returns the wrong modification data to the mobile terminal, corrects the health degree detection parameters of the transformer substation equipment according to the correct modification data, and acquires importance report data of the transformer substation equipment according to the corrected health degree detection parameters of the transformer substation equipment.
In this embodiment, the health degree detection parameters of the substation equipment can be corrected, the correction data is obtained through the correction instruction of the mobile terminal and is checked, and the correct correction data is obtained to correct the health degree detection parameters of the substation equipment, so that more accurate importance report data of the substation equipment is obtained; the modification data in the modification instruction is not always correct, and the wrong modification data can be obtained by utilizing the checking process and returned to the mobile terminal so as to prompt the staff to modify the wrong information in the instruction.
The transformer substation equipment importance detection method corresponds to the transformer substation equipment importance detection system, and the technical characteristics and the beneficial effects described in the embodiment of the transformer substation equipment importance detection system are suitable for the embodiment of the transformer substation equipment importance detection method.
According to the method for detecting the importance of the substation equipment, the embodiment of the invention also provides a readable storage medium and computer equipment. The readable storage medium stores an executable program, and the program realizes the steps of the transformer substation equipment importance detection method when being executed by a processor; the computing device comprises a memory, a processor and an executable program stored on the memory and capable of running on the processor, and the steps of the substation device importance detection method are realized when the processor executes the program.
In a specific embodiment, the substation equipment importance detection method of the present invention can be applied in a differentiated supervision scenario of substation equipment in a power system. The scheme of the invention can automatically generate a simpler and more visual equipment importance report in real time, help the staff to movably determine the importance of each equipment in real time, reasonably make a supervision patrol and maintenance plan and strategy and improve the working efficiency of the staff.
As shown in fig. 3, the present invention includes: the system comprises a data acquisition device, an equipment importance detection server and a mobile terminal; the data acquisition device is connected with the equipment importance detection server through an optical fiber, and the equipment importance detection server is connected with the mobile equipment through a network.
The data acquisition device is connected with the equipment importance detection server through an optical fiber, and the equipment importance detection server is connected with the mobile equipment through a network; the data acquisition device automatically collects the annual operation mode of the system, the power supply condition of important users and the value information of the equipment in real time and then pushes the information to the equipment importance detection server; the equipment importance detection server checks the information and generates an equipment importance report, and displays the annual operation mode of the equipment, the power supply condition of an important user, the equipment value and the equipment importance report information in real time; the equipment importance detection server transmits the annual operation mode, the power supply condition of an important user, the equipment value and the equipment importance report information to the mobile terminal for display, a worker can detect the equipment condition on site and modify the data with problems or missing data, the mobile terminal transmits a modification instruction to the equipment importance detection server, the server checks the modification instruction, takes correct data, feeds the wrong data back to the mobile terminal, generates a new and more complete equipment importance report, and displays and transmits the report to the mobile terminal; the device importance report identifies the device as four levels, respectively key, important, attention, general and corresponding colors red, orange, yellow and green.
The steps of the equipment data acquisition and transmission provided by the invention comprise:
the data acquisition device acquires annual operation mode data of equipment from an electric power system operation database, acquires important user power supply condition data from an electric power operation database, and acquires equipment value data from a substation equipment database;
the data acquisition device pushes data information to the equipment importance detection server through optical fibers, the equipment importance detection server checks the information, generates an equipment importance detection report, and displays the information and the report in real time through display equipment connected with the equipment importance detection server;
the equipment importance detection server transmits equipment annual operation mode, important user power supply condition, equipment value and equipment importance detection report information to the mobile terminal and displays the information;
the steps of modifying instruction transmission and feedback proposed by the invention comprise:
the working personnel can detect the data items with errors or deletions displayed by the mobile terminal on site according to the operation experience;
the staff records the actually measured data into the mobile terminal, and the mobile terminal transmits a modification instruction to the equipment importance detection server;
the equipment importance detection server checks the modification instruction, takes correct data, feeds wrong data back to the mobile terminal, generates a more accurate equipment importance detection report, displays the data and the report in real time and transmits the data and the report to the mobile terminal.
The method for generating the equipment importance detection report comprises the following steps:
the equipment importance detection server grades and scores equipment annual operation modes, important user power supply conditions and equipment value data pushed by the data acquisition device according to a preset data grade table;
the equipment importance detection server adds the annual operation mode of the equipment, the power supply condition of an important user and each score of the equipment value together according to different weights to obtain an equipment importance detection total score;
the device importance detection server classifies the importance of the device into key, important, focus and general according to the total score and the corresponding colors are red, orange, yellow and green, respectively.
The traditional transformer substation is not complete enough to the equipment importance evaluation system, and can not carry out accurate grading to the equipment importance, so that the workload of the staff for monitoring the equipment is increased, the working efficiency is reduced, and the equipment operation efficiency is reduced.
The scheme provided by the invention can help the staff to movably determine the importance of each substation device in real time, reasonably make a supervision patrol and maintenance plan and strategy, and improve the working efficiency of the staff.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
Those skilled in the art will appreciate that all or part of the steps in the method for implementing the above embodiments may be implemented by a program instructing the relevant hardware. The program may be stored in a readable storage medium. Which when executed comprises the steps of the method described above. The storage medium includes: ROM/RAM, magnetic disk, optical disk, etc.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (6)
1. A substation equipment importance detection system, comprising:
the data acquisition device is used for acquiring the health degree detection parameters of the substation equipment;
the equipment importance detection server is used for checking the health degree detection parameters of the substation equipment according to preset parameter indexes; after all the substation equipment health degree detection parameters pass the checking, substation equipment importance report data is obtained according to the substation equipment health degree detection parameters, if the substation equipment health degree detection parameters which do not pass the checking exist in the substation equipment health degree detection parameters, the substation equipment health degree detection parameters which do not pass the checking are deleted, substation equipment importance report data is obtained according to the rest substation equipment health degree detection parameters, and the substation equipment health degree detection parameters and the substation equipment importance report data are sent to a mobile terminal for displaying;
the equipment importance detection server is further used for receiving a modification instruction sent by the mobile terminal, acquiring modification data from the modification instruction, checking the modification data, extracting correct modification data and wrong modification data, returning the wrong modification data to the mobile terminal, correcting the health degree detection parameters of the transformer substation equipment according to the correct modification data, and acquiring importance report data of the transformer substation equipment according to the corrected health degree detection parameters of the transformer substation equipment;
the equipment importance detection server is further used for distributing corresponding grade values to the substation equipment health degree detection parameters according to the corresponding relations between the parameters and the grades in a preset data grade table, and generating substation equipment importance report data according to the grade values corresponding to the substation equipment health degree detection parameters;
the equipment importance detection server is further configured to obtain weights of the substation equipment health degree detection parameters in the data level table, and perform weighted summation on the level values corresponding to the substation equipment health degree detection parameters according to the weights to obtain substation equipment importance report data.
2. The substation equipment importance detection system of claim 1, wherein the substation equipment health detection parameters include substation equipment annual operating mode data, target user power supply data, equipment value data;
the data acquisition device acquires annual operation mode data of the substation equipment from the power system operation database, acquires user power supply data from the power operation database, and acquires equipment value data from the substation equipment database.
3. The substation equipment importance detection system of claim 1, wherein the equipment importance detection server is configured to mark the importance of the substation equipment in the substation equipment importance report according to the size of the substation equipment importance report data, and the marked name includes key, importance, attention or general.
4. The substation equipment importance detection system of claim 3, wherein the equipment importance detection server is configured to set a label color of the substation equipment according to the size of the substation equipment importance report data, the label color representing the critical substation equipment is set to red, the label color representing the important substation equipment is set to orange, the label color representing the substation equipment of interest is set to yellow, and the label color representing the general substation equipment is set to green.
5. A substation equipment importance detection method based on the substation equipment importance detection system of any one of claims 1 to 4, characterized by comprising the steps of:
the method comprises the steps that a data acquisition device acquires health degree detection parameters of substation equipment;
the equipment importance detection server checks the health degree detection parameters of the substation equipment according to preset parameter indexes; after all the substation equipment health degree detection parameters pass the checking, acquiring substation equipment importance report data according to the substation equipment health degree detection parameters, deleting the substation equipment health degree detection parameters which do not pass the checking if the substation equipment health degree detection parameters which do not pass the checking exist in the substation equipment health degree detection parameters, and acquiring the substation equipment importance report data according to the remaining substation equipment health degree detection parameters; sending the substation equipment health degree detection parameters and the substation equipment importance report data to a mobile terminal for displaying;
the equipment importance detection server receives a modification instruction sent by the mobile terminal, acquires modification data from the modification instruction, checks the modification data, extracts correct modification data and wrong modification data, returns the wrong modification data to the mobile terminal, corrects the health degree detection parameters of the transformer substation equipment according to the correct modification data, and acquires importance report data of the transformer substation equipment according to the corrected health degree detection parameters of the transformer substation equipment;
the method for acquiring the importance report data of the substation equipment by the equipment importance detection server according to the health detection parameters of the substation equipment comprises the following steps: distributing corresponding grade values to the substation equipment health degree detection parameters according to the corresponding relation between the parameters and the grades in a preset data grade table, and generating substation equipment importance report data according to the grade values corresponding to the substation equipment health degree detection parameters;
the generating, by the device importance detection server, the substation device importance report data according to the grade value corresponding to the substation device health degree detection parameter includes: and acquiring the weight of the substation equipment health degree detection parameter in the data grade table, and performing weighted summation on the grade value corresponding to the substation equipment health degree detection parameter according to the weight to acquire substation equipment importance report data.
6. A readable storage medium having stored thereon an executable program, characterized in that the program, when being executed by a processor, carries out the steps of the substation equipment importance detection method of claim 5.
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