Point table configuration method for unified operation and maintenance of power distribution terminals and computer equipment

Abstract

The invention belongs to the field of power distribution terminal operation and maintenance, and particularly relates to a point table configuration method for unified operation and maintenance of power distribution terminals and computer equipment. The method comprises the following steps: obtaining a to-be-modified single-remote / double-remote / multi-remote point table through a call command of a unified operation and maintenance terminal, obtaining a mark corresponding to the to-be-modified point table from a preset conversion file, determining a current code corresponding to the to-be-modified point table according to the mark, and uploading the current code to the unified operation and maintenance terminal; the marks in the conversion file are in one-to-one correspondence with the setting standard single-remote / double-remote / multi-remote codes of the unified operation and maintenance end; modifying a mark corresponding to a to-be-modified point table in a conversion file into a mark corresponding to a new code through a command which is issued by a unified operation and maintenance end according to the current code and is used for modifying the current code into the new code; the mark is searched according to the point table when the master station acquires the data volume of the point table, so as to acquire the data volume of the point table from the set data set according to the mark; the set data set stores the marks and the data volume of the point tables corresponding to the marks.

Description

Technical Field

[0001] The present invention belongs to the field of power distribution terminal operation and maintenance, and in particular relates to a point table configuration method and computer equipment for unified operation and maintenance of power distribution terminals. Background Art

[0002] There are many manufacturers and quantities of distribution terminals running on site. In order to reduce the workload of on-site operation and maintenance, the power company has issued a standardized unified interface specification for distribution automation terminals, which is applicable to the operation, maintenance, management and application of distribution terminals.

[0003] When early distribution terminals (such as DTU) were put into operation on site, after each manufacturer obtained the point meter required by the master station, it was necessary to use its own configuration tool to configure the single / double / triple / quadruple remote point meter. When the on-site operating conditions change, since the single / double / triple / quadruple remote point meters need to be configured through self-set configuration tools, the terminal manufacturer needs to send commissioning personnel to the site or remotely assist the operation and maintenance personnel of the municipal company to modify the terminal point meter configuration, which undoubtedly increases the terminal maintenance cost of the manufacturer and also brings challenges to the operation and maintenance work of the municipal company. To solve the above problems, power companies have begun to promote unified operation and maintenance tools for distribution terminals; since the distribution terminals of various suppliers are not suitable for unified operation and maintenance tools, it may be necessary to modify the distribution terminals to enable them to adapt to the configuration control of the unified operation and maintenance tools. However, the modification required to enable the distribution terminals to adapt to the configuration control of the unified operation and maintenance tools is often more complicated and costly, and difficult to achieve. Summary of the invention

[0004] The purpose of the present invention is to provide a point table configuration method and computer equipment for unified operation and maintenance of distribution terminals, which is used to solve the problem in the prior art that the transformation required to enable distribution terminals to adapt to the configuration control of unified operation and maintenance tools is relatively complex, costly and difficult to achieve.

[0005] In order to achieve the above-mentioned object, the present invention provides a point table configuration method for unified operation and maintenance of a distribution terminal, wherein a single remote / dual remote / multi-remote point table to be modified is obtained by a call command of a unified operation and maintenance terminal, a mark corresponding to the point table to be modified is obtained from a preset conversion file, and a current code corresponding to the point table to be modified is determined according to the mark and sent to the unified operation and maintenance terminal; the mark in the conversion file corresponds to the single remote / dual remote / multi-remote code set in the unified operation and maintenance terminal one by one; By means of a command issued by the unified operation and maintenance end according to the current code to change it to a new code, the mark corresponding to the point table to be modified in the conversion file is modified to a mark corresponding to the new code; The tag is used to be found according to the point table when the master station obtains the single remote control / dual remote control / multi-remote control data volume of the point table, so as to obtain the data volume of the point table from the set data set according to the tag; the set data set stores the tag and the single remote control / dual remote control / multi-remote control data volume of the point table corresponding to the tag.

[0006] Furthermore, the method for generating the conversion file includes: generating the conversion file based on a template file generated by a self-configuration end and the required settings; the required settings include a self-configured initial single remote / dual remote / multi-remote point table; the template file contains a mark that corresponds one-to-one to the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end.

[0007] Furthermore, the method for generating the setting data set includes: obtaining data for storage in the setting data set through the distribution terminal main module to generate the setting data set; the distribution terminal main module is obtained by compiling a source program file generated by the self-configuration end and containing corresponding information of the single remote / dual remote / multi-remote type, interval type, communication address and setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end.

[0008] Further, it is characterized in that the method for determining the single remote / dual remote / multi-remote point table to be modified includes: obtaining the point table to be modified from the master station as the single remote / dual remote / multi-remote point table to be modified.

[0009] Furthermore, the mark corresponding one-to-one to the single remote / dual remote / multi-remote coding of the setting specification of the unified operation and maintenance end is preset according to the corresponding single remote / dual remote / multi-remote communication address and single remote / dual remote / multi-remote type and the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end.

[0010] Furthermore, the method of generating a template file from the self-configuration end includes: obtaining the communication address of the single remote control / dual remote control / multi-remote control and the single remote control / dual remote control / multi-remote control type and the setting specification single remote control / dual remote control / multi-remote control code of the unified operation and maintenance end through the main module of the distribution terminal, and generating a mark that corresponds one-to-one to the setting specification single remote control / dual remote control / multi-remote control code of the unified operation and maintenance end to generate a template file.

[0011] Furthermore, the main module is also used to modify the single remote control / dual remote control / multi-remote control data volume of the point table.

[0012] Furthermore, if the single remote control / dual remote control / multi-remote control includes remote signaling, the required setting also includes setting whether the remote signaling is inverted; if the single remote control / dual remote control / multi-remote control includes telemetry or telepulse respectively, the required setting also includes setting the sending ratio of the telemetry or telepulse.

[0013] The above-mentioned technical scheme of the present invention provides a new point table configuration method for unified operation and maintenance of distribution terminals, and its beneficial effects include: realizing the point table configuration operation of the unified operation and maintenance end on the distribution terminal through the mark corresponding to the point table in the preset conversion file, and ensuring that the point table configuration result of the unified operation and maintenance end on the distribution terminal can take effect normally when the master station obtains the data volume of the distribution terminal according to the point table by reading the set data set of the corresponding data volume according to the mark; thereby ensuring that the existing unified operation and maintenance end (such as the unified operation and maintenance tool of the power company, etc.) can still be used to flexibly configure the point table of the distribution terminal on the basis that the setting of the distribution terminal itself is not compatible with the unified operation and maintenance end, so that the unified operation and maintenance end can be compatible with the use of scenarios with non-unified operation and maintenance requirements, without the need for more complicated transformation of the distribution terminal, the cost is low, and it is conducive to the transition between new and old engineering applications. In addition, this method is equivalent to mainly realizing the mapping between the single remote / dual remote / multi-remote point table and the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end by calling preset data (preset conversion file), without the need to be mainly implemented by the program logic inside the distribution terminal. Therefore, the process of realizing the configuration operation is more intuitive, which is convenient for subsequent operation and maintenance and inspection.

[0014] The present invention also provides a computer device, including a processor, wherein the processor is used to execute a computer program to implement the steps of the point meter configuration method for unified operation and maintenance of the above-mentioned distribution terminal.

[0015] The technical solution of the computer equipment described above in the present invention can achieve the same beneficial effects as the point meter configuration method for unified operation and maintenance of the power distribution terminal described above. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a flowchart of a point meter configuration method for unified operation and maintenance of a distribution terminal in an embodiment of the point meter configuration method for unified operation and maintenance of a distribution terminal of the present invention; Figure 2 This is an example diagram of the implementation principle of the point table configuration for unified operation and maintenance of distribution terminals in the embodiment of the point table configuration method for unified operation and maintenance of distribution terminals of the present invention. DETAILED DESCRIPTION

[0017] In order to make the purpose, technical solutions and advantages of the present invention more clear, the present invention is further described in detail below with reference to the accompanying drawings and embodiments.

[0018] Example of point meter configuration method for unified operation and maintenance of power distribution terminal The present embodiment provides a technical solution for a point table configuration method for unified operation and maintenance of distribution terminals. The solution can realize the configuration action of the point table of the distribution terminal by the unified operation and maintenance end through the relationship between the mark in the conversion file that corresponds one-to-one with the setting specification code of the unified operation and maintenance end and the point table. The modified four-remote point table information will be updated in the conversion file. At the same time, by being able to read the set data set of the corresponding data volume according to the mark, it is ensured that the point table configuration result updated by the unified operation and maintenance end can take effect, so that the unified operation and maintenance end can be compatible with the scenarios with non-unified operation and maintenance requirements, which is conducive to the transition between new and old engineering applications.

[0019] Reference Figure 1 ,This scheme mainly includes: obtaining the single remote / dual remote / multi-remote point table to be modified through the call command of the unified operation and maintenance end, obtaining the mark corresponding to the point table to be modified from the preset conversion file, determining the current code corresponding to the point table to be modified according to the obtained mark and sending it to the unified operation and maintenance end; the mark in the conversion file corresponds to the single remote / dual remote / multi-remote code set in the unified operation and maintenance end; The mark corresponding to the point table to be modified in the conversion file is modified to a mark corresponding to the new code by a command issued by the unified operation and maintenance end according to the current code corresponding to the point table to be modified; The above-mentioned mark is used to find the point table corresponding to the data amount to be obtained when the master station obtains the single remote / dual remote / multi-remote data amount of the point table, so as to obtain the single remote / dual remote / multi-remote data amount of the point table from the setting data set through the mark corresponding to the point table; specifically, the setting data set also stores the marks stored in the conversion file, and the single remote / dual remote / multi-remote data amount of the point table corresponding to these marks is stored. The "point table" mentioned in this embodiment can also be called "information body address", and the two have the same meaning.

[0020] It can be seen that the point table configuration method for the unified operation and maintenance of the distribution terminal of this embodiment realizes the point table configuration operation of the unified operation and maintenance end on the distribution terminal through the mark corresponding to the point table in the preset conversion file, and ensures that the point table configuration result of the unified operation and maintenance end on the distribution terminal can be normally effective when the master station obtains the data volume of the distribution terminal according to the point table by reading the set data set of the corresponding data volume by searching the mark; thereby ensuring that on the basis that the setting of the distribution terminal itself is not compatible with the unified operation and maintenance end, the existing unified operation and maintenance end (such as the unified operation and maintenance tool of the power company, etc.) can still be used to flexibly configure the point table of the distribution terminal, so that the unified operation and maintenance end can be compatible with the use of scenes with non-unified operation and maintenance requirements, without the need for more complex transformation of the distribution terminal, the cost is low, and it is conducive to the transition between new and old engineering applications. In addition, this method is equivalent to mainly realizing the mapping between the single remote / dual remote / multi-remote point table and the single remote / dual remote / multi-remote coding of the setting specification of the unified operation and maintenance end by calling the preset data (preset conversion file), without the need to be mainly realized by the program logic inside the distribution terminal, so the process of realizing the configuration operation is more intuitive, which is convenient for later operation and maintenance and inspection. After the point meter configuration of the distribution terminal can adapt to the unified operation and maintenance tools of the power company's distribution terminal, it will be conducive to promoting the standardization of distribution equipment and improving the construction and transformation effect of the distribution network. For terminal manufacturers, commissioning personnel only need to learn and master the unified operation and maintenance tools, thereby reducing training costs and reducing the error rate of operation; for the operation and maintenance personnel of the municipal companies, it is convenient for centralized monitoring and management, improving data utilization and simplifying maintenance work. The collaboration and communication between relevant units are more efficient, which helps to unify actions, improve execution efficiency, and ensure the smooth progress of commissioning work.

[0021] It should be noted that the distribution terminal mentioned in this embodiment can be DTU, FTU, TTU, etc., so this embodiment takes the case of DTU as an example; and the solution of this embodiment can be flexibly set according to the actual working conditions and specific needs of the actual distribution terminal and the system in which it is located, so it can be applicable to various situations of single remote control / dual remote control / multi-remote control, and the principle is consistent; since most of the existing distribution terminals need to use four remote control (telesignaling, telemetry, remote control and remote pulse) data, this embodiment mainly takes the case of four remote control as an example, and the cases of single remote control (any one of telesignaling, telemetry, remote control and remote pulse), dual remote control (any two of telesignaling, telemetry, remote control and remote pulse) and triple remote control (any three of telesignaling, telemetry, remote control and remote pulse) are basically the same, so no specific examples will be given; since the marks in the conversion file correspond one-to-one to the single remote control / dual remote control / multi-remote control coding set in the unified operation and maintenance end, these marks can also be called "unique ID".

[0022] The implementation principle of the point table configuration method for unified operation and maintenance of the power distribution terminal in this embodiment is as follows: Figure 2 As shown, the above conversion file (i.e. Figure 2The generation method of the Transable file in the example includes: using a template file (i.e., Figure 2 dtutemplat file in the configuration file) and the required settings to generate a conversion file; specifically, the required settings include a self-configured initial single remote / dual remote / multi-remote point table; wherein the above template file contains a mark that corresponds one-to-one with the single remote / dual remote / multi-remote code of the setting specification of the unified operation and maintenance end, thereby generating a conversion file containing a mark that corresponds one-to-one with the single remote / dual remote / multi-remote code of the setting specification of the unified operation and maintenance end. It can be seen that the point table configuration method for unified operation and maintenance of the distribution terminal of this embodiment can make full use of the configuration tools used by the manufacturer, further reducing the workload required to make the unified operation and maintenance end compatible with the scenarios required by non-unified operation and maintenance.

[0023] In addition, since generating a conversion file is equivalent to performing factory configuration of the conversion file, if the single remote / dual remote / multi-remote includes a remote signal, the required settings also include whether the remote signal is inverted; if the single remote / dual remote / multi-remote includes telemetry or telepulse, the required settings also include the setting of the sending ratio of telemetry or telepulse. For example, the point table configuration in this embodiment is for a four-remote point table, so after loading the dtutemplat file, the relevant personnel (such as the personnel responsible for the factory configuration of the distribution terminal) can intuitively adjust the order of the four-remote information according to the default point table of the delivery site (equivalent to setting the self-configured initial four-remote point table), and can also invert specific remote signals (i.e., setting whether the remote signals are inverted), and set the sending ratio of specific telemetry and telepulse types (i.e., setting the sending ratio of telemetry or telepulse).

[0024] Set the data set (i.e. Figure 2 The method for generating the shared memory in the power distribution terminal includes: obtaining data for storing in the setting data set through the power distribution terminal main module to generate the setting data set; wherein, referring to Figure 2 The distribution terminal main module is obtained by compiling the source program file generated by the self-configuration end, which contains the corresponding information of the single remote / dual remote / multi-remote type, interval type, communication address and the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end. Specifically, Figure 2The dtu_cfg.c file in is the source program file. Taking four remote controls as an example, the dtu_cfg.c file records the four remote control point names, four remote control types (remote signaling, remote measurement, remote control and remote pulse), interval types (such as common intervals, line intervals 1-6, etc.), communication addresses (used to distinguish between main modules, power management modules, other sensors, etc.) and the setting specifications of the unified operation and maintenance end. The dtu_cfg.c file will be compiled to generate the distribution terminal main module dtucore. When the distribution terminal main module dtucore is started, it will initialize the shared memory by obtaining data for storage in the shared memory; in this embodiment, the main module is also used to modify the single remote / dual remote / multi-remote data volume of the point table. In other embodiments, the main module may not set this function.

[0025] The mark corresponding to the single remote / dual remote / multi-remote code of the setting specification of the unified operation and maintenance end (which can be referred to as the mark of the single remote / dual remote / multi-remote) is preset according to the corresponding communication address of the single remote / dual remote / multi-remote and the type of the single remote / dual remote / multi-remote and the setting specification of the unified operation and maintenance end. Taking remote signal 1 as an example, the remote signal type is 00, the communication address is 00, and the remote signal code is 0001, then the unique ID of remote signal 1 in the shared memory (i.e., the mark of remote signal 1) is 00000001. On this basis, combined with the above-mentioned power distribution terminal main module, in this embodiment, the method of generating a template file from the self-configuration end specifically includes: obtaining the communication address of the single remote / dual remote / multi-remote and the type of the single remote / dual remote / multi-remote and the setting specification of the unified operation and maintenance end through the power distribution terminal main module, and generating a mark corresponding to the single remote / dual remote / multi-remote code of the setting specification of the unified operation and maintenance end to generate a template file. That is, by generating a template file through the power distribution terminal main module, the utilization rate of the manufacturer's own configuration tool is further improved.

[0026] Specifically, in the process of generating the template file from the configuration end, the telesignal information is stored in the dtutemplat file in the format of "unique ID + telesignal name" in the order of common interval first and line interval 1-6, that is, the telesignal information contains each tag and the telesignal name corresponding to the tag, which is stored one by one in the order of interval. Similarly, the telemetering, remote control, and telepulse information are also the same.

[0027] In this embodiment, the method for determining the single remote / dual remote / multi-remote point table to be modified includes: obtaining the point table to be modified from the master station as the single remote / dual remote / multi-remote point table to be modified. That is, if the master station wants to modify the point table, it needs to be done through the unified operation and maintenance end, thereby facilitating the standardized management of the unified operation and maintenance end.

[0028] Taking the master station obtaining the four remote information of a certain information body address as an example, when the distribution terminal receives the message sent by the master station through the dtu104 module (this module is the communication module in the distribution terminal, 104 protocol communication is adopted here, and other protocols can be adaptively adopted in other embodiments), the four remote information body addresses are first parsed from the message, and then the corresponding unique ID is obtained according to the corresponding relationship in the Transtable, and finally the four remote information in the shared memory is read according to the unique ID. After obtaining the four remote information, the dtu104 module packages it into a complete message with the four remote information body address and sends it to the master station. Similarly, the same is true for the distribution terminal actively sending the four remote information of a certain information body address.

[0029] Specifically, taking the modification of the point table (information body address) of the remote signal point 0x0001 through the unified operation and maintenance terminal as an example, the specific process of configuring the point table of the point table configuration method of the unified operation and maintenance of the power distribution terminal of this embodiment is as follows: ① In the remote signal point table parameter interface of the unified operation and maintenance end, send the remote signal point table parameter call command to the dtu104 module through the unified operation and maintenance end.

[0030] ②After receiving the command, the dtu104 module obtains the remote signal information body address 0x0001 in the Transtable file, which corresponds to the unique ID of remote signal A. It intercepts the code A of remote signal A and replies to the unified operation and maintenance end.

[0031] ③ In the remote signal point table parameter interface of the unified operation and maintenance terminal, change the code A of the remote signal A with the information body address 0x0001 to code B, and then issue a command to write the fixed value.

[0032] ④After receiving the write set value command, the dtu104 module searches the shared memory for the remote signal B unique ID corresponding to code B, and then modifies the remote signal A unique ID corresponding to the information body address 0x0001 in the Transtable file to the remote signal B unique ID. Similarly, the modification of the telemetering point table, remote control point table, and remote pulse point table is also the same, which will not be repeated in this embodiment.

[0033] Computer device embodiment This embodiment provides a technical solution for a computer device, including a processor, which is used to execute a computer program to implement the steps of the point table configuration method for unified operation and maintenance of distribution terminals in the above-mentioned point table configuration method embodiment for unified operation and maintenance of distribution terminals.

[0034] Since the specific working mode and principle of the above-mentioned computer equipment in this embodiment have been described in detail in the above-mentioned point table configuration method embodiment of unified operation and maintenance of distribution terminals, they will not be repeated here.

[0035] The present invention has the following characteristics: 1) The point table configuration operation of the unified operation and maintenance end on the distribution terminal is realized through the tags corresponding to the point table in the preset conversion file. The set data set of the corresponding data volume can be read according to the tags to ensure that the point table configuration result of the unified operation and maintenance end on the distribution terminal can take effect normally when the master station obtains the data volume of the distribution terminal according to the point table; thereby ensuring that on the basis that the settings of the distribution terminal itself are not compatible with the unified operation and maintenance end, the existing unified operation and maintenance end (such as the unified operation and maintenance tool of the power company, etc.) can still be used to flexibly configure the point table of the distribution terminal, so that the unified operation and maintenance end can be compatible with the use of scenarios with non-unified operation and maintenance requirements, without the need for complex transformation of the distribution terminal, with low cost, which is conducive to the transition between new and old engineering applications.

[0036] 2) In addition, this method is equivalent to mainly realizing the mapping between the single remote / dual remote / multi-remote point table and the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end by calling the preset data (preset conversion file), without the need to be mainly realized by the program logic inside the distribution terminal. Therefore, the process of realizing the configuration operation is more intuitive, which is convenient for subsequent operation and maintenance and inspection.

[0037] 3) By using the template files generated by the self-configuration end and the required settings to generate conversion files, the manufacturer's own configuration tools can be fully utilized, further reducing the workload required to make the unified operation and maintenance end compatible with scenarios with non-unified operation and maintenance requirements.

[0038] 4) Generate template files through the main module of the power distribution terminal to further improve the utilization rate of the manufacturer's own configuration tools.

[0039] 5) If the master station wants to modify the point table, it needs to do so through the unified operation and maintenance end, which facilitates the standardized management of the unified operation and maintenance end.

[0040] It should be understood that the above specific embodiments of the present invention are only used to illustrate or explain the principles of the present invention, but do not constitute a limitation to the present invention.

Claims

1. A point meter configuration method for unified operation and maintenance of power distribution terminals, characterized in that: The single remote / dual remote / multi-remote point table to be modified is obtained by the call command of the unified operation and maintenance end, and the mark corresponding to the point table to be modified is obtained from the preset conversion file, and the current code corresponding to the point table to be modified is determined according to the mark and sent to the unified operation and maintenance end; The marks in the conversion file correspond one-to-one with the single remote control / dual remote control / multiple remote control codes set in the unified operation and maintenance end; By means of a command issued by the unified operation and maintenance end according to the current code to change it to a new code, the mark corresponding to the point table to be modified in the conversion file is modified to a mark corresponding to the new code; The tag is used to be found according to the point table when the master station obtains the single remote / dual remote / multi-remote data volume of the point table, so as to obtain the data volume of the point table from the set data set according to the tag; The data set is set to store the single remote / dual remote / multi-remote data volume of the mark and the point table corresponding to the mark.

2. The point meter configuration method for unified operation and maintenance of power distribution terminals according to claim 1 is characterized in that: The method for generating the conversion file includes: generating the conversion file according to a template file generated by a self-configuration end and required settings; the required settings include a self-configured initial single remote / dual remote / multi-remote point table; the template file includes a mark that corresponds one-to-one to the setting specification single remote / dual remote / multi-remote coding of the unified operation and maintenance end.

3. The point meter configuration method for unified operation and maintenance of power distribution terminals according to claim 2 is characterized in that: The method for generating the setting data set includes: obtaining data for storing in the setting data set through the distribution terminal main module to generate the setting data set; the distribution terminal main module is obtained by compiling a source program file generated by the self-configuration end and containing corresponding information of the single remote control / dual remote control / multi-remote control type, interval type, communication address and setting specification single remote control / dual remote control / multi-remote control coding of the unified operation and maintenance end.

4. The point meter configuration method for unified operation and maintenance of distribution terminals according to any one of claims 1 to 3, characterized in that: The method for determining the single remote control / dual remote control / multi-remote control point table to be modified includes: obtaining the point table to be modified from the master station as the single remote control / dual remote control / multi-remote control point table to be modified.

5. The point meter configuration method for unified operation and maintenance of power distribution terminals according to claim 3 is characterized in that: The mark corresponding to the single remote control / dual remote control / multi-remote control code of the setting specification of the unified operation and maintenance end is preset according to the corresponding single remote control / dual remote control / multi-remote control communication address and single remote control / dual remote control / multi-remote control type and the single remote control / dual remote control / multi-remote control code of the setting specification of the unified operation and maintenance end.

6. The point table configuration method for unified operation and maintenance of power distribution terminals according to claim 5 is characterized in that: The method of generating a template file from the self-configuration end includes: obtaining the communication address of the single remote control / dual remote control / multi-remote control and the single remote control / dual remote control / multi-remote control type and the setting specification single remote control / dual remote control / multi-remote control code of the unified operation and maintenance end through the main module of the distribution terminal, and generating a mark that corresponds one-to-one to the setting specification single remote control / dual remote control / multi-remote control code of the unified operation and maintenance end to generate a template file.

7. The point table configuration method for unified operation and maintenance of power distribution terminals according to claim 3 is characterized in that: The main module is also used to modify the single remote / dual remote / multi-remote data volume of the point table.

8. The point meter configuration method for unified operation and maintenance of distribution terminals according to claim 2 or 3, characterized in that: If the single remote control / dual remote control / multi-remote control includes remote signaling, the required settings also include settings for whether the remote signaling is inverted; if the single remote control / dual remote control / multi-remote control includes remote measurement or remote pulse respectively, the required settings also include settings for the sending ratio of the remote measurement or remote pulse.

9. A computer device comprising a processor, characterized in that: The processor is used to execute a computer program to implement the steps of the point meter configuration method for unified operation and maintenance of distribution terminals as described in any one of claims 1-8.

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