A distribution network equipment setting management system

Abstract

This invention discloses a distribution network equipment setting management system, belonging to the field of distribution network management technology. By comprehensively matching the target distribution network equipment to be managed with its own operating conditions and existing setting management cases, historical setting management cases of the target distribution network equipment can be obtained intuitively and comprehensively. By analyzing and classifying the matching situation between the existing shared setting big data and the target distribution network equipment to be managed, and based on the classification results, personnel can be dynamically assigned to handle the setting management of the target distribution network equipment, which can improve the work arrangement effect of technical personnel with different technical levels and the application effect of distribution network equipment setting implementation. This invention is used to solve the technical problem that existing solutions cannot effectively utilize existing setting management big data to reasonably and effectively assign corresponding technical personnel to handle the setting management of different distribution network equipment.

Description

Technical Field

[0001] This invention relates to the field of power distribution network management technology, and more specifically to a power distribution network equipment setting management system. Background Technology

[0002] Distribution network equipment setting management refers to the process of managing and maintaining the operating parameters and setting values ​​of various equipment in the power distribution network system. The purpose is to ensure the normal operation of the equipment and to guarantee the reliability and security of the power grid.

[0003] A search revealed Chinese invention CN109103877B, entitled "A Method, Device, and Electronic Equipment for Processing Distribution Network Settings," which discloses: acquiring the original setting data of the distribution network automation equipment to be processed; wherein the original setting data includes setting item names and set values; converting the original setting data into standard setting data according to a pre-established standardized database; wherein the standardized database includes the correspondence between functions and equipment settings; and importing the standard setting data into the distribution network automation equipment. By automatically converting the original setting data of the distribution network automation equipment into standard setting data, distribution network managers only need to learn the relevant knowledge of basic setting items to effectively manage the settings of the distribution network automation equipment, solving the problem of difficult setting of distribution network settings.

[0004] The existing distribution network equipment setting management scheme has certain defects in its implementation. It cannot match the setting management big data of existing historical sample distribution network equipment, and cannot dynamically arrange personnel to handle the target distribution network equipment based on the matching results. This results in low utilization of the existing distribution network equipment setting management big data and unreasonable personnel allocation, leading to poor setting management effect for different distribution network equipment. Summary of the Invention

[0005] The purpose of this invention is to provide a power distribution network equipment setting management system to solve the technical problem that existing solutions cannot effectively utilize existing setting management big data to reasonably and effectively arrange corresponding technical personnel to handle the setting management of different power distribution network equipment.

[0006] The objective of this invention can be achieved through the following technical solutions:

[0007] A power distribution network equipment setting management system, comprising:

[0008] The distribution network equipment monitoring and statistics module is used to perform data monitoring and statistics on the target distribution network equipment itself and its operating conditions under the implementation of fixed value management, and to obtain the monitoring dataset corresponding to the target distribution network equipment.

[0009] The distribution network equipment monitoring and analysis module is used to upload monitoring datasets to the equipment setting sharing platform to perform specific data analysis and obtain monitoring and analysis results for the target distribution network equipment; including:

[0010] The monitoring dataset is uploaded to the device setting sharing platform and traversed to obtain the corresponding main verification flag, first secondary verification flag, and second secondary verification flag.

[0011] The main verification flag is matched against all sample verification flags in the verification flag database of the equipment setting sharing platform. If a sample verification flag that is the same as the active verification flag exists, a valid label is generated. Based on the valid label, the sample operation condition monitoring data associated with several sample verification flags are sorted and combined to obtain a valid sample dataset.

[0012] If no sample verification flag exists that matches the active verification flag, then generate invalid labels for traversal.

[0013] The first traversal result of the target distribution network equipment is formed by traversing valid tags or invalid tags. The second traversal result is obtained by performing specific data analysis on the target distribution network equipment based on the traversed valid tags in the first traversal result.

[0014] The results of the first and second traversals constitute the monitoring and analysis results;

[0015] The distribution network equipment setting management module is used to dynamically prompt the setting management of the target distribution network equipment based on the monitoring and analysis results and the setting requirements of the target distribution network equipment, and to dynamically update the sample setting data of the sample distribution network equipment in the equipment setting sharing platform.

[0016] Preferably, the steps for obtaining the monitoring dataset include:

[0017] When performing data monitoring and statistics on target distribution network equipment subject to fixed-value management, obtain the equipment model of the target distribution network equipment and set it as the main verification mark;

[0018] Obtain the standard and actual operating parameters of the target distribution network equipment;

[0019] The main verification flag, along with the corresponding standard operating parameters and implementation operating parameters, constitute the self-monitoring data of the target distribution network equipment.

[0020] Preferably, when monitoring and statistically analyzing the operating conditions of the target distribution network equipment to be subject to fixed-value management, the upstream and downstream equipment of the target distribution network equipment are obtained and respectively designated as the first associated equipment and the second associated equipment, and the equipment models of the first associated equipment and the second associated equipment are obtained and respectively designated as the first verification mark and the second verification mark.

[0021] In addition, the standard operating parameters and implementation operating parameters of the first associated device and the second associated device are obtained and set as the first associated standard operating parameters and the first associated implementation operating parameters, the second associated standard operating parameters and the second associated implementation operating parameters, respectively;

[0022] The first and second verification marks corresponding to the first and second associated devices, along with the corresponding first associated standard operating parameters, first associated implementation operating parameters, second associated standard operating parameters, and second associated implementation operating parameters, constitute the operating condition monitoring data.

[0023] The monitoring dataset consists of self-monitoring data and operational condition monitoring data.

[0024] Preferably, the step of obtaining the second traversal result includes:

[0025] The standard operating parameters, first verification flag, and second verification flag corresponding to the target distribution network equipment are matched with the sample standard operating parameters, sample first verification flag, and sample second verification flag associated with several sample verification flags in the valid sample dataset. The result is a second traversal result consisting of fully valid labels and first selected verification flags, partially valid labels and second selected verification flags, or invalid data labels.

[0026] Preferably, if there is a sample verification flag that is identical to all data items of the target distribution network device, a fully valid tag is generated, and the corresponding sample verification flag is marked as the first selected verification flag based on the fully valid tag.

[0027] If a sample verification flag exists that is partially identical to all data items of the target distribution network device, a partially valid tag is generated, and the corresponding sample verification flag is marked as the second selected verification flag based on the partially valid tag.

[0028] If no sample verification flag exists that matches the data item of the target distribution network device, an invalid data label is generated.

[0029] Preferably, the sample values ​​associated with the first selected verification flag and the corresponding value requirements are marked as the first selected sample data; the sample values ​​associated with the second selected verification flag and the corresponding value requirements are marked as the second selected sample data.

[0030] Preferably, the working steps of the power distribution network equipment setting management module include:

[0031] The monitoring and analysis results are traversed. If there is no second traversal result in the traversal results, or if there is a second traversal result but the second traversal result contains invalid data labels, then the set value management of the target distribution network equipment is traced according to the traversal invalid labels or invalid data labels in the first traversal results obtained by traversal.

[0032] Based on the invalid tags or invalid data tags, the setting management of the target distribution network equipment is pushed to a certain type of personnel for processing. The set value of the target distribution network equipment is marked as a sample set value, and the setting value requirement of the setting management is marked as a sample set value requirement. The sample set value, sample set value requirement, as well as the main verification flag, standard operating parameters and operating condition monitoring data corresponding to the target distribution network equipment are uploaded to the equipment setting sharing platform for storage to implement data updates.

[0033] Preferably, if a second traversal result exists in the traversal result, then based on the fully valid label or partially valid label obtained from the traversal, the first selected verification flag and the first selected sample data or the second selected verification flag and the second selected sample data are pushed to the second type of personnel or the first type of personnel to prompt them to process the setting management of the target distribution network equipment.

[0034] Preferably, the technical level of Category II personnel is lower than that of Category I personnel.

[0035] Compared to existing solutions, the beneficial effects achieved by this invention are:

[0036] This invention comprehensively matches the target distribution network equipment and its operating conditions under the proposed value management with existing value management cases. This allows for a direct and comprehensive acquisition of historical value management cases for the target distribution network equipment and provides reliable data support for subsequent implementation by different personnel. By analyzing and classifying the matching between the existing shared value setting big data and the target distribution network equipment under value management, and dynamically assigning personnel to handle the value management of the target distribution network equipment based on the classification results, this invention effectively improves the utilization of existing value setting resources. It also enhances the work arrangement efficiency of technical personnel with different skill levels and the application effect of value management implementation for distribution network equipment. Attached Figure Description

[0037] The invention will now be further described with reference to the accompanying drawings.

[0038] Figure 1 This is a block diagram of a power distribution network equipment setting management system according to the present invention. Detailed Implementation

[0039] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary operators and maintenance personnel in the art without creative effort are within the scope of protection of the present invention.

[0040] like Figure 1 As shown, the present invention is a distribution network equipment setting management system, including an equipment setting sharing platform, a distribution network equipment monitoring and statistics module, a distribution network equipment monitoring and analysis module, and a distribution network equipment setting management module;

[0041] The distribution network equipment monitoring and statistics module is used to perform data monitoring and statistics on the target distribution network equipment and its operating conditions from different dimensions, in order to obtain the monitoring dataset corresponding to the target distribution network equipment; including:

[0042] When monitoring and statistically analyzing the data of the target distribution network equipment under fixed-value management, the equipment model of the target distribution network equipment is obtained and set as the main verification mark. The equipment model is determined based on the existing naming rules and coding methods.

[0043] Obtain the standard and actual operating parameters of the target distribution network equipment;

[0044] The standard operating parameters include, but are not limited to, the standard current range and the standard voltage range, while the actual operating parameters can be the actual operating voltage and the actual operating current.

[0045] The main verification flag, along with the corresponding standard operating parameters and implementation operating parameters, constitutes the self-monitoring data of the target distribution network equipment.

[0046] When monitoring and statistically analyzing the operating conditions of target distribution network equipment subject to fixed-value management, the upstream and downstream equipment of the target distribution network equipment are obtained and respectively designated as the first associated equipment and the second associated equipment. The equipment models of the first associated equipment and the second associated equipment are obtained and respectively designated as the first verification mark and the second verification mark.

[0047] It should be noted that the setting management of distribution network equipment is not only related to its own operating parameters, but also to the distribution network equipment connected to the upstream and downstream. The setting of the target distribution network equipment should be between the setting of its upstream and downstream distribution network equipment.

[0048] In addition, the standard operating parameters and implementation operating parameters of the first associated device and the second associated device are obtained and set as the first associated standard operating parameters and the first associated implementation operating parameters, the second associated standard operating parameters and the second associated implementation operating parameters, respectively;

[0049] The first and second verification marks corresponding to the first and second associated devices, along with the corresponding first associated standard operating parameters, first associated implementation operating parameters, second associated standard operating parameters, and second associated implementation operating parameters, constitute the operating condition monitoring data.

[0050] The monitoring dataset consists of self-monitoring data and operational condition monitoring data;

[0051] In this embodiment of the invention, by monitoring and statistically analyzing the target distribution network equipment itself and its associated operating conditions, data support from different dimensions can be provided for matching the target distribution network equipment with existing sample information, thereby improving the accuracy of matching the sample setpoint management information corresponding to the target distribution network equipment.

[0052] The distribution network equipment monitoring and analysis module is used to upload monitoring datasets to the equipment setting sharing platform to perform specific data analysis and obtain monitoring and analysis results for the target distribution network equipment; including:

[0053] The monitoring dataset is uploaded to the device setting sharing platform and traversed to obtain the corresponding main verification flag, first secondary verification flag, and second secondary verification flag.

[0054] The main verification flag is matched against all sample verification flags in the verification flag database of the device setting sharing platform.

[0055] It should be noted that the verification mark database stores several different sample verification marks and is associated with the sample's own monitoring data and sample operating condition monitoring data. The verification mark database can be constructed from big data of setpoint settings shared by different distribution network devices across regions and time periods. By traversing and matching the target distribution network devices to be subject to setpoint management with the verification mark database, it can be determined whether there are any identical historical setpoint management cases for reference. The verification mark database can be updated and improved for cases of non-existent historical setpoint management, which can provide reliable data support for the dynamic implementation of setpoint settings by personnel with different technical levels.

[0056] If a sample verification flag exists that is identical to the active verification flag, then a valid label is generated. Based on the valid label, the sample operation condition monitoring data associated with several sample verification flags are sorted and combined to obtain a valid sample dataset.

[0057] If no sample verification flag exists that matches the active verification flag, then generate invalid labels for traversal.

[0058] It should be explained that traversing invalid tags indicates that the verification flag database does not contain historical setpoint data for the target distribution network device; traversing valid tags indicates that the verification flag database contains historical setpoint data identical to that of the target distribution network device, but whether the operating conditions of the target distribution network device are exactly the same requires further analysis, which can effectively improve the accuracy of the corresponding case prompts for the target distribution network device.

[0059] The first traversal result of the target distribution network equipment is formed by traversing valid tags or invalid tags. When performing specific data analysis on the target distribution network equipment based on the traversed valid tags in the first traversal result, the standard operating parameters, first verification flag and second verification flag corresponding to the target distribution network equipment are matched with the sample standard operating parameters, sample first verification flag and sample second verification flag associated with several sample verification flags in the valid sample dataset, respectively, to perform corresponding data item matching.

[0060] If there is a sample verification flag that is identical to all data items of the target distribution network device, a fully valid tag is generated. Based on the fully valid tag, the corresponding sample verification flag is marked as the first selected verification flag, and the several sample values ​​associated with the first selected verification flag and the corresponding value requirements are marked as the first selected sample data.

[0061] If there is a sample verification flag that is partially identical to all data items of the target distribution network device, then a partially valid tag is generated. Based on the partially valid tag, the corresponding sample verification flag is marked as the second selected verification flag, and the several sample values ​​associated with the second selected verification flag and the corresponding value requirements are marked as the second selected sample data.

[0062] If no sample verification flag exists that matches the data item of the target distribution network device, an invalid data label is generated;

[0063] The second traversal result consists of fully valid tags, the first selected verification flag, partially valid tags, the second selected verification flag, or invalid data tags.

[0064] The results of the first and second traversals constitute the monitoring and analysis results;

[0065] In this embodiment of the invention, by comprehensively matching the target distribution network equipment to be subject to fixed-value management and its operating conditions with existing fixed-value management cases, it is possible to intuitively and comprehensively obtain historical fixed-value management cases of the target distribution network equipment, and provide reliable data support for subsequent implementation of the target distribution network equipment by different personnel.

[0066] The distribution network equipment setting management module is used to dynamically prompt the setting management of target distribution network equipment based on monitoring and analysis results and the setting requirements of the target distribution network equipment, and to dynamically update the sample setting data of sample distribution network equipment in the equipment setting sharing platform; including:

[0067] The monitoring and analysis results are traversed. If there is no second traversal result in the traversal results, or if there is a second traversal result but the second traversal result contains invalid data labels, then the set value management of the target distribution network equipment is traced according to the traversal invalid labels or invalid data labels in the first traversal results obtained by traversal.

[0068] Based on the invalid tags or invalid data tags, the setting management of the target distribution network equipment is pushed to a certain type of personnel for processing. The set value of the target distribution network equipment is marked as a sample set value, and the setting value requirement of the setting management is marked as a sample set value requirement. The sample set value, sample set value requirement, as well as the main verification flag, standard operating parameters and operating condition monitoring data corresponding to the target distribution network equipment are uploaded to the equipment setting sharing platform for storage to implement data updates.

[0069] If a second traversal result exists in the traversal result, then based on the fully valid label or partially valid label obtained from the traversal, the first selected verification flag and the first selected sample data or the second selected verification flag and the second selected sample data will be pushed to the second type of personnel or the first type of personnel to prompt them to process the setting management of the target distribution network equipment.

[0070] Among them, the technical level of Category II personnel is lower than that of Category I personnel;

[0071] Understandably, when there is a case of setting management identical to that of the target distribution network equipment to be subject to setting management, technicians with ordinary skills can be assigned to implement the setting management of the target distribution network equipment; when there is no case of setting management identical to that of the target distribution network equipment to be subject to setting management, or when there is a case of setting management partially identical to that of the target distribution network equipment to be subject to setting management, technicians with high-level skills should be assigned to implement the setting management of the target distribution network equipment.

[0072] Unlike existing technologies that rely on personnel to set values, which often fail to efficiently and effectively allocate personnel with varying skill levels for targeted management, resulting in poor performance in value processing for different distribution network devices, this invention analyzes and categorizes the matching of existing shared value setting big data with the target distribution network devices to be managed. Based on the categorization results, personnel can be dynamically assigned to manage the value settings of the target distribution network devices. This effectively improves the utilization of existing value setting resources, enhances the work arrangement efficiency of personnel with different skill levels, and improves the application effect of value setting implementation for distribution network devices.

[0073] Furthermore, the formulas mentioned above are all numerical calculations obtained by removing dimensions and using simulation software to obtain a formula that is closest to the real situation, based on the collection of a large amount of data.

[0074] In the several embodiments provided by this invention, it should be understood that the disclosed system can be implemented in other ways. For example, the embodiments of the invention described above are merely illustrative; for example, the division of modules is only a logical functional division, and there may be other division methods in actual implementation.

[0075] The modules described as separate components may or may not be physically separate. The components shown as modules may or may not be physical modules; they may be located in one place or distributed across multiple network modules. Some or all of the modules can be selected to achieve the purpose of this embodiment according to actual needs.

[0076] Furthermore, the functional modules in the various embodiments of the present invention can be integrated into one processing module, or each module can exist physically separately, or two or more modules can be integrated into one module. The integrated module can be implemented in hardware or in the form of hardware plus software functional modules.

[0077] For those skilled in the art, it is obvious that the present invention is not limited to the details of the above exemplary embodiments, and that the present invention can be implemented in other specific forms without departing from the basic characteristics of the present invention.

[0078] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and are not intended to limit it. Although the present invention has been described in detail with reference to preferred embodiments, those skilled in the art should understand that modifications or equivalent substitutions can be made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention.

Claims

1. A power distribution network equipment setting management system, characterized in that, include: The distribution network equipment monitoring and statistics module is used to perform data monitoring and statistics on the target distribution network equipment itself and its operating conditions under the implementation of fixed value management, and to obtain the monitoring dataset corresponding to the target distribution network equipment. The distribution network equipment monitoring and analysis module is used to upload monitoring datasets to the equipment setting sharing platform to perform specific data analysis and obtain monitoring and analysis results for the target distribution network equipment; including: The monitoring dataset is uploaded to the device setting sharing platform and traversed to obtain the corresponding main verification flag, first secondary verification flag, and second secondary verification flag. The main verification flag is matched against all sample verification flags in the verification flag database of the equipment setting sharing platform. If a sample verification flag that is the same as the active verification flag exists, a valid label is generated. Based on the valid label, the sample operation condition monitoring data associated with several sample verification flags are sorted and combined to obtain a valid sample dataset. If no sample verification flag exists that matches the active verification flag, then generate invalid labels for traversal. The first traversal result of the target distribution network equipment is formed by traversing valid tags or invalid tags. The second traversal result is obtained by performing specific data analysis on the target distribution network equipment based on the traversed valid tags in the first traversal result. The results of the first and second traversals constitute the monitoring and analysis results; The distribution network equipment setting management module is used to dynamically prompt the setting management of the target distribution network equipment based on the monitoring and analysis results and the setting requirements of the target distribution network equipment, and to dynamically update the sample setting data of the sample distribution network equipment in the equipment setting sharing platform.

2. The power distribution equipment setting management system according to claim 1, characterized in that, The steps for obtaining the monitoring dataset include: When performing data monitoring and statistics on target distribution network equipment subject to fixed-value management, obtain the equipment model of the target distribution network equipment and set it as the main verification mark; Obtain the standard and actual operating parameters of the target distribution network equipment; The main verification flag, along with the corresponding standard operating parameters and implementation operating parameters, constitute the self-monitoring data of the target distribution network equipment.

3. The power distribution equipment setting management system according to claim 2, characterized in that, When monitoring and statistically analyzing the operating conditions of target distribution network equipment subject to fixed-value management, the upstream and downstream equipment of the target distribution network equipment are obtained and respectively designated as the first associated equipment and the second associated equipment. The equipment models of the first associated equipment and the second associated equipment are obtained and respectively designated as the first verification mark and the second verification mark. In addition, the standard operating parameters and implementation operating parameters of the first associated device and the second associated device are obtained and set as the first associated standard operating parameters and the first associated implementation operating parameters, the second associated standard operating parameters and the second associated implementation operating parameters, respectively; The first and second verification marks corresponding to the first and second associated devices, along with the corresponding first associated standard operating parameters, first associated implementation operating parameters, second associated standard operating parameters, and second associated implementation operating parameters, constitute the operating condition monitoring data. The monitoring dataset consists of self-monitoring data and operational condition monitoring data.

4. The power distribution equipment setting management system according to claim 1, characterized in that, The steps to obtain the result of the second traversal include: The standard operating parameters, first verification flag, and second verification flag corresponding to the target distribution network equipment are matched with the sample standard operating parameters, sample first verification flag, and sample second verification flag associated with several sample verification flags in the valid sample dataset. The result is a second traversal result consisting of fully valid labels and first selected verification flags, partially valid labels and second selected verification flags, or invalid data labels.

5. A power distribution network equipment setting management system according to claim 4, characterized in that, If a sample verification flag exists that is identical to all data items of the target distribution network device, a fully valid tag is generated, and the corresponding sample verification flag is marked as the first selected verification flag based on the fully valid tag. If a sample verification flag exists that is partially identical to all data items of the target distribution network device, a partially valid tag is generated, and the corresponding sample verification flag is marked as the second selected verification flag based on the partially valid tag. If no sample verification flag exists that matches the data item of the target distribution network device, an invalid data label is generated.

6. The power distribution equipment setting management system according to claim 5, characterized in that, The sample values ​​associated with the first selected verification flag and the corresponding value requirements are marked as the first selected sample data; the sample values ​​associated with the second selected verification flag and the corresponding value requirements are marked as the second selected sample data.

7. The power distribution equipment setting management system according to claim 1, characterized in that, The working steps of the power distribution equipment setting management module include: The monitoring and analysis results are traversed. If there is no second traversal result in the traversal results, or if there is a second traversal result but the second traversal result contains invalid data labels, then the set value management of the target distribution network equipment is traced according to the traversal invalid labels or invalid data labels in the first traversal results obtained by traversal. Based on the invalid tags or invalid data tags, the setting management of the target distribution network equipment is pushed to a certain type of personnel for processing. The set value of the target distribution network equipment is marked as a sample set value, and the setting value requirement of the setting management is marked as a sample set value requirement. The sample set value, sample set value requirement, as well as the main verification flag, standard operating parameters and operating condition monitoring data corresponding to the target distribution network equipment are uploaded to the equipment setting sharing platform for storage to implement data updates.

8. A power distribution equipment setting management system according to claim 6 or 7, characterized in that, If a second traversal result exists in the traversal result, then based on the fully valid label or partially valid label obtained from the traversal, the first selected verification flag and the first selected sample data or the second selected verification flag and the second selected sample data will be pushed to the second type of personnel or the first type of personnel to prompt them to process the setting management of the target distribution network equipment.

9. A power distribution network equipment setting management system according to claim 8, characterized in that, The technical level of Category II personnel is lower than that of Category I personnel.

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