CN108040078B - Mobile internet-based scheduling operation duty and information rapid sharing system - Google Patents
Mobile internet-based scheduling operation duty and information rapid sharing system Download PDFInfo
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Abstract
The invention provides a mobile internet-based scheduling operation duty and information rapid sharing system, which comprises: a scheduling attendant setting and item application module; a scheduling table module; a personal duty plan management module; the notification and operation information release module; scheduling and operating a technology forum module; a public voting module; the mobile terminal dispatches and operates a cockpit module; a official/attendance management module based on geographic data; and a voice and character recognition module. The invention realizes the sharing and integration among the systems, so that the service information can be efficiently circulated among the service systems, the information isolated island is eliminated, and the working efficiency is greatly improved.
Description
Technical Field
The invention relates to the field of power information, in particular to a mobile internet-based scheduling operation duty and information rapid sharing system.
Background
In recent years, the application mode of combining the mobile internet, the mobile intelligent terminal and the power service is infinite, and mainly focuses on the fields of power equipment management, operation maintenance, marketing measurement and the like; in the field of power grid dispatching, because related data mostly belong to confidential information and the requirement of secondary safety protection of a power system, the development of the application aspect based on the mobile internet is relatively slow; with the progress of the security access technology, the combination of the mobile internet technology and the power grid dispatching application is technically mature.
At present, the main sources of the scheduling on-duty plan and the power grid operation information acquired by a dispatcher are ocs and oms systems, the information is inquired by logging in different systems in an office area, and the information is tedious, inconvenient and inconvenient to acquire.
Therefore, aiming at the characteristics of dispatching operation work, research and establishment of a mobile application platform which is provided for dispatching operation personnel to use and integrates dispatching operation duty, work plan, technical exchange, mobile official business and the like are urgently needed, and the work efficiency of the dispatching personnel is improved.
The mobile dispatching application is mainly the fusion of mobile internet technology and power grid dispatching operation work, researches on the technologies of fast sharing of digital-analog information of a power grid operation diagram, integration and display of dispatching operation panoramic information, dispatching duty plan management and technology communication forum application based on the mobile application, dispatching operation cockpit based on a mobile terminal, dispatcher official duty/duty attendance based on geographic information and positioning, voice and character recognition technology application based on the mobile terminal and the like, and develops dispatching operation duty based on the mobile internet and fast sharing application of dispatching information.
Disclosure of Invention
In order to solve the above technical problems, the present invention provides a mobile internet based scheduling operation duty and information rapid sharing system, comprising:
the scheduling attendant setting and item application module realizes the attendant setting application directly related to the operation of the scheduler, supports the automatic direct import of basic data from the previous month/historical month, gives consideration to the personal arrangement of the scheduler in the current month to the maximum extent, and automatically generates the attendant arrangement of the whole scheduler in the new month;
the scheduling and scheduling table module is used for realizing calendar display, various output display forms and various dimensionality statistical check of scheduling and scheduling;
the personal duty plan management module is used for managing personal values, listing, picking and leading work plans;
the notification and operation information release module actively pushes messages to a dispatcher in the forms of notification, announcement and real-time information quick delivery;
the scheduling operation technology forum module realizes topic technology communication in a non-online mode and promotes the common promotion of dispatchers in the aspect of scheduling operation control technology;
the public voting module is used for collecting opinions of public affairs and promoting the publicity of management;
the mobile terminal dispatches and operates the cockpit module, and the module reflects the power grid operation state, the equipment operation and maintenance state and the operation environment state in real time through a standardized index system;
the business/attendance management module based on geographic data introduces geographic information technology to realize business outing and master-standby adjustment synchronous attendance checking;
and the voice and character recognition module is used for realizing forward and reverse analysis and understanding demonstration application of the scheduling operation instruction.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
the first receiving module is used for receiving scheduling duty plan service information input by a user;
the first acquisition module is used for acquiring the corresponding relation between the scheduling duty plan and the standard plan;
the second receiving module is used for receiving the power grid operation information service information input by a user;
the second acquisition module is used for acquiring the corresponding relation between the power grid operation information and the standard operation information;
the mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
and the sending module is used for sending the service information to the display equipment so that the display equipment displays the service information required to be displayed.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
the statistical module is used for counting the service information times of the mobile internet-based scheduling operation duty and information rapid sharing system;
and the evaluation module is used for generating an evaluation report based on the mobile internet scheduling operation duty and information rapid sharing system.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises a display terminal module, a comprehensive management module, a task processing module, a power transformation site processing module, a disturbance information matching module and a wide-area disturbance measurement module;
the display terminal module is in wireless communication connection with the comprehensive management module, receives instructions and data sent by the comprehensive management module, performs centralized monitoring and visual management of movement of the hierarchical master control on the comprehensive management module, and performs individual movement visual management on a single power station and the hierarchical control and master control on the movement visualization of the power substations in different levels;
the comprehensive management module is in wireless communication connection with the display terminal module and the task processing module respectively, and is used for performing centralized total control monitoring and early warning on different power transformation sites in different areas, performing centralized monitoring on the operation condition of the substation equipment, automatically looking up intervals, sub-image pictures, warning information and fault recording information of each power transformation site, and allocating the power transformation sites and allocating emergency distribution networks;
the task processing module is electrically connected with the power transformation station processing module, and is used for carrying out centralized graded monitoring and early warning on different power transformation stations in the region, carrying out point monitoring on the operation condition of the substation equipment of each power transformation station, automatically looking up each interval, each sub-image picture, warning information and fault recording information of the substation equipment, and carrying out primary station allocation and monitoring on each power transformation station;
the power transformation site processing module is electrically connected with the disturbance information matching module, is used for sub-controlling the running state of the substation equipment in the power transformation site, automatically consulting intervals, sub-drawing pictures, alarm information and fault recording information of each substation equipment, and performing magnetic detection and site data acquisition on each power transformation site, and is internally provided with preset disturbance information;
the disturbance information matching module is electrically connected with the wide area disturbance measuring module, and the wide area disturbance measuring module and the disturbance information matching module measure the wide area disturbance in one power transformation site.
The wide-area disturbance measurement module is internally provided with an MATLAB multivariate fitting measurement unit and a multivariate fitting simulation unit, the multivariate fitting simulation unit is electrically connected with the MATLAB multivariate fitting measurement unit, the MATLAB multivariate fitting measurement unit and the multivariate fitting simulation unit are respectively electrically connected with the disturbance information matching module, the MATLAB multivariate fitting measurement unit acquires dynamic multivariate data in a power system of a transformer substation, the multivariate fitting simulation unit receives the dynamic multivariate data sent by the MATLAB multivariate fitting measurement unit, analyzes the dynamic multivariate data to identify disturbance information in the power system, and checks the disturbance information obtained through analysis with preset disturbance information preset in the power substation site processing module to determine the disturbance type of the wide-area disturbance measurement module.
The task processing module is also electrically connected with the comprehensive monitoring module, and the comprehensive monitoring module adopts power grid network resources and comprises a remote viewing unit, an access control unit, a fire-fighting unit, an environment monitoring unit and a power monitoring unit.
The task processing module is further electrically connected with the primary site allocation system, and the primary site allocation system is used for scheduling the power transformation equipment in the power transformation site, so that scheduling among different power transformation equipment with the same use attribute is realized, timely allocation among different power transformation equipment with the same use attribute can be realized when different power transformation equipment fails, and normal operation of the power transformation site is realized.
The first-level site allocation system is also electrically connected with a distribution network quality monitoring system, the distribution network quality monitoring system is used for monitoring the operation quality of a distribution network in a power transformation site, and the method comprises the steps of acquiring the line information of the whole distribution network line in the power transformation site in real time, analyzing and calculating the operation state of the line in the whole power transformation site according to the line information in the power transformation site, and obtaining the operation state result of the whole line; and monitoring the running state of the power grid in the whole power transformation station.
The power transformation station processing module is electrically connected with the movable magnetic detection system and the station data acquisition system respectively; the movable magnetic detection system performs movable leakage magnetic field detection on equipment and lines in a substation point to detect defects, namely, the operation safety of a distribution network of the substation point can be ensured by one or more movable magnetic detection systems in one substation; the station data acquisition system is used for acquiring monitoring data including fault time, monitoring messages, equipment and phase, and fault location, and providing early warning for possible power grid accidents and equipment abnormalities;
the mobile magnetic detection system detects that magnetic permeability is changed according to the surface defects or the change of the organization state of the power grid in the power transformation station, magnetic flux is distorted when the power grid in the power transformation station fails, and the power transformation station processing module judges the failure of the power grid in the power transformation station according to the distorted magnetic flux detected by the mobile magnetic detection system and sends the failure information to the task processing module.
The invention has the beneficial effects that: the invention relates to a mobile internet-based scheduling operation duty and information rapid sharing system, which realizes sharing integration among systems, so that service information can be efficiently circulated among service systems, an information isolated island is eliminated, and the working efficiency is greatly improved.
Drawings
In order to more clearly illustrate the detailed description of the invention or the technical solutions in the prior art, the drawings that are needed in the detailed description of the invention or the prior art will be briefly described below.
Fig. 1 is a schematic diagram illustrating a mobile internet-based scheduling operation duty and information rapid sharing system according to the present invention.
Detailed Description
Embodiments of the present invention will be described in detail below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and therefore are only examples, and the protection scope of the present invention is not limited thereby.
The power industry belongs to the basic industry, data has confidentiality requirements, particularly a power grid dispatching operation control department, data related to work is core information of the current power system operation and has great significance to power grids and even national security, therefore, in the aspect of deployment and design of an application system, the unified security control requirements of an energy source office and a network company on secondary security protection and mobile application access must be followed, encryption is carried out according to requirements in the data transmission process, security control is carried out when terminals are displayed, and a dispatcher himself is ensured to browse data by means of identity authentication, security passwords and the like.
The application characteristics of the mobile platform require that the business application mode of scheduling operation needs to be redesigned, and the operation space and the screen of the mobile client are smaller than those of a fixed terminal (such as a desktop computer) so that the business application needs to be redesigned, and the mobile platform is refined, exquisite and prominent in core.
The application of the scheduling operation service on the mobile client inevitably involves the display and interoperation of a power grid graph model in the future, which is the characteristic of the professional scheduling operation and needs technical research aiming at the transmission of the power grid graph, the model and the real-time data, the terminal display and the interoperation mode based on the graph model.
The combination of a mobile application platform, a geographic information technology and scheduling operation services is in an exploration stage at present, so that the research in the course adopts a simple and complicated thought, firstly, the geographic position positioning attendance of the dispatcher for business outing and synchronous duty of primary and standby scheduling is realized, and the early-stage technical reserve is provided for the future expansion of complex high-grade applications such as power grid fault point positioning and the like.
The voice and character recognition technology under the mobile terminal is an important development direction of the future mobile internet technology, and the scheduling operation service and the voice/character recognition technology are combined in an application mode under the mobile environment to complete a demonstration application and store the technology for forward and reverse analysis and understanding of operation language instructions in the future.
As shown in fig. 1, the present invention provides a mobile internet based scheduling operation duty and information rapid sharing system, which includes:
the scheduling attendant setting and item application module realizes the attendant setting application directly related to the operation of the scheduler, supports the automatic direct import of basic data from the previous month/historical month, gives consideration to the personal arrangement of the scheduler in the current month to the maximum extent, and automatically generates the attendant arrangement of the whole scheduler in the new month;
the scheduling and scheduling table module is used for realizing calendar display, various output display forms and various dimensionality statistical check of scheduling and scheduling;
the personal duty plan management module is used for managing personal values, listing, picking and leading work plans;
the notification and operation information release module actively pushes messages to a dispatcher in the forms of notification, announcement and real-time information quick delivery;
the scheduling operation technology forum module realizes topic technology communication in a non-online mode and promotes the common promotion of dispatchers in the aspect of scheduling operation control technology;
the public voting module is used for collecting opinions of public affairs and promoting the publicity of management;
the mobile terminal dispatches and operates the cockpit module, and the module reflects the power grid operation state, the equipment operation and maintenance state and the operation environment state in real time through a standardized index system;
the business/attendance management module based on geographic data introduces geographic information technology to realize business outing and master-standby adjustment synchronous attendance checking;
and the voice and character recognition module is used for realizing forward and reverse analysis and understanding demonstration application of the scheduling operation instruction.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
the first receiving module is used for receiving scheduling duty plan service information input by a user;
the first acquisition module is used for acquiring the corresponding relation between the scheduling duty plan and the standard plan;
the second receiving module is used for receiving the power grid operation information service information input by a user;
the second acquisition module is used for acquiring the corresponding relation between the power grid operation information and the standard operation information;
the mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
and the sending module is used for sending the service information to the display equipment so that the display equipment displays the service information required to be displayed.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises:
the statistical module is used for counting the service information times of the mobile internet-based scheduling operation duty and information rapid sharing system;
and the evaluation module is used for generating an evaluation report based on the mobile internet scheduling operation duty and information rapid sharing system.
The mobile internet-based scheduling operation duty and information rapid sharing system further comprises a display terminal module, a comprehensive management module, a task processing module, a power transformation site processing module, a disturbance information matching module and a wide-area disturbance measurement module;
the display terminal module is in wireless communication connection with the comprehensive management module, receives instructions and data sent by the comprehensive management module, performs centralized monitoring and visual management of movement of the hierarchical master control on the comprehensive management module, and performs individual movement visual management on a single power station and the hierarchical control and master control on the movement visualization of the power substations in different levels;
the comprehensive management module is in wireless communication connection with the display terminal module and the task processing module respectively, and is used for performing centralized total control monitoring and early warning on different power transformation sites in different areas, performing centralized monitoring on the operation condition of the substation equipment, automatically looking up intervals, sub-image pictures, warning information and fault recording information of each power transformation site, and allocating the power transformation sites and allocating emergency distribution networks;
the task processing module is electrically connected with the power transformation station processing module, and is used for carrying out centralized graded monitoring and early warning on different power transformation stations in the region, carrying out point monitoring on the operation condition of the substation equipment of each power transformation station, automatically looking up each interval, each sub-image picture, warning information and fault recording information of the substation equipment, and carrying out primary station allocation and monitoring on each power transformation station;
the power transformation site processing module is electrically connected with the disturbance information matching module, is used for sub-controlling the running state of the substation equipment in the power transformation site, automatically consulting intervals, sub-drawing pictures, alarm information and fault recording information of each substation equipment, and performing magnetic detection and site data acquisition on each power transformation site, and is internally provided with preset disturbance information;
the disturbance information matching module is electrically connected with the wide area disturbance measuring module, and the wide area disturbance measuring module and the disturbance information matching module measure the wide area disturbance in one power transformation site.
The wide-area disturbance measurement module is internally provided with an MATLAB multivariate fitting measurement unit and a multivariate fitting simulation unit, the multivariate fitting simulation unit is electrically connected with the MATLAB multivariate fitting measurement unit, the MATLAB multivariate fitting measurement unit and the multivariate fitting simulation unit are respectively electrically connected with the disturbance information matching module, the MATLAB multivariate fitting measurement unit acquires dynamic multivariate data in a power system of a transformer substation, the multivariate fitting simulation unit receives the dynamic multivariate data sent by the MATLAB multivariate fitting measurement unit, analyzes the dynamic multivariate data to identify disturbance information in the power system, and checks the disturbance information obtained through analysis with preset disturbance information preset in the power substation site processing module to determine the disturbance type of the wide-area disturbance measurement module.
The task processing module is also electrically connected with the comprehensive monitoring module, and the comprehensive monitoring module adopts power grid network resources and comprises a remote viewing unit, an access control unit, a fire-fighting unit, an environment monitoring unit and a power monitoring unit.
The task processing module is further electrically connected with the primary site allocation system, and the primary site allocation system is used for scheduling the power transformation equipment in the power transformation site, so that scheduling among different power transformation equipment with the same use attribute is realized, timely allocation among different power transformation equipment with the same use attribute can be realized when different power transformation equipment fails, and normal operation of the power transformation site is realized.
The first-level site allocation system is also electrically connected with a distribution network quality monitoring system, the distribution network quality monitoring system is used for monitoring the operation quality of a distribution network in a power transformation site, and the method comprises the steps of acquiring the line information of the whole distribution network line in the power transformation site in real time, analyzing and calculating the operation state of the line in the whole power transformation site according to the line information in the power transformation site, and obtaining the operation state result of the whole line; and monitoring the running state of the power grid in the whole power transformation station.
The power transformation station processing module is electrically connected with the movable magnetic detection system and the station data acquisition system respectively; the movable magnetic detection system performs movable leakage magnetic field detection on equipment and lines in a substation point to detect defects, namely, the operation safety of a distribution network of the substation point can be ensured by one or more movable magnetic detection systems in one substation; the station data acquisition system is used for acquiring monitoring data including fault time, monitoring messages, equipment and phase, and fault location, and providing early warning for possible power grid accidents and equipment abnormalities;
the mobile magnetic detection system detects that magnetic permeability is changed according to the surface defects or the change of the organization state of the power grid in the power transformation station, magnetic flux is distorted when the power grid in the power transformation station fails, and the power transformation station processing module judges the failure of the power grid in the power transformation station according to the distorted magnetic flux detected by the mobile magnetic detection system and sends the failure information to the task processing module.
The invention also comprises the following technical contents:
the new application mode of exchanging scheduling operation on duty and scheduling operation technology and sharing information comprises the following steps: the method has the advantages that applications related to scheduling operation duty, technical communication and the like are designed, feasibility of miniaturization and strong association of application functions on the mobile equipment is explored, application efficiency of business application is improved, and a mobile secretary auxiliary tool is created for dispatchers.
The safety control and data compression technology for regulating and controlling the transmission of the panoramic information: the power grid dispatching mechanism belongs to a command center of a power system and has the characteristics of large real-time data volume and high safety requirement, so that when mobile application and dispatching service are combined for application research, a reliable data transmission mechanism based on high safety needs to be explored and constructed, and the development of dispatching operation service is promoted on the basis of safety.
The digital-analog integration display technology of the power grid operation condition diagram comprises the following steps: the power grid dispatching operation work can not be quickly known about the real-time working condition, so that how to achieve panoramic integrated display of the image digifax under the limited display condition needs to be considered in the application of the mobile intelligent terminal, and how to develop interoperation application based on a mobile terminal in the future needs to be researched, so that the working efficiency of a dispatcher is improved.
The integration and integration technology of scheduling management and operation information comprises the following steps: based on the characteristics of mobile intelligent terminal equipment (the screen size is small and is not uniform), the key information of the existing scheduling management and power grid operation information is researched to be sorted and refined, the integration and integration rules of different types of information are designed, and convenience and reliability of operation of a dispatcher are guaranteed.
Scheduling on duty arrangement and automatic generation technology based on mobile client: based on the mobile client, the duty setting application directly related to the operation of the dispatcher is realized, basic data needs to be automatically and directly imported from the previous month/historical month, the personal arrangement of the dispatcher in the current month is considered to the maximum extent, and the duty arrangement of the whole dispatcher in the new month is automatically generated.
The scheduling list display technology based on the mobile client comprises the following steps: based on the mobile client, the multi-type display of the scheduling schedule is realized, the scheduling arrangement is directly subjected to scheduling modification operation on the display chart, and leaders/individuals with different dimensions are provided for inquiry, so that the application design on the mobile client is required to be accurate and reasonable, and the latest chart technology is required to be adopted in the display mode.
Dispatcher/leadership work plan and assessment based on mobile client: based on the mobile client, management of the work plan of the dispatcher/leader is achieved, applications such as personal numerical values, shift change and listing, card picking and the like are automatically calculated, information of the dispatcher/leader journey is published, and time arrangement, reporting and communication to the leader and the like are facilitated.
Scheduling management and operation information push and rapid transmission technology based on a mobile client: based on the mobile client, the rapid pushing of scheduling management and operation information is realized, including internal notification and announcement of a scheduling department, and in addition, due to the particularity of monitoring the work of a power grid, a large amount of operation condition information needs to be actively transmitted to each dispatcher at the first time, and the integrated pushing and rapid sharing of data and the safety control of the transmission process are directions needing to be researched emphatically.
The mobile client-based scheduling technology exchange forum and public voting application technology: based on the mobile client, an off-line scheduling technology communication forum dedicated for scheduling operation work is created, and the improvement of the overall technical level of scheduling operation is promoted.
The mobile client-based technique for scheduling and operating the cockpit: based on the mobile client, the operation state of the power grid, the operation and maintenance state of the equipment and the operation environment state are reflected in real time through a detailed and standardized index system, the information of various monitoring and analyzing objects is visualized, visualized and specified, and the information is shared with the operation cockpit data based on the fixed terminal.
Affair management, official business outgoing positioning, fault point positioning and other technologies based on the combination of a mobile client and a geographic information technology: based on the mobile client, the geographic information technology is utilized to realize daily public registration of a dispatcher and synchronous attendance check between main dispatching and standby dispatching, and meanwhile, advanced technical reserve and research are needed for expanding the positioning application of the grid fault key point in the future.
The speech and character recognition technology based on mobile internet application and mobile terminal: based on the mobile client, the content of the maintenance request form and the operation language instruction are analyzed and understood in a forward and reverse mode by utilizing a natural voice recognition technology and a text semantic recognition technology, and a structured data model language capable of being recognized and analyzed by the mobile equipment is formed.
Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention, and they should be construed as being included in the following claims and description.
Claims (1)
1. Scheduling operation on duty and information rapid sharing system based on mobile internet, which is characterized in that the system comprises:
the scheduling attendant setting and item application module realizes the attendant setting application directly related to the operation of the scheduler, supports the automatic direct import of basic data from the previous month/historical month, gives consideration to the personal arrangement of the scheduler in the current month to the maximum extent, and automatically generates the attendant arrangement of the whole scheduler in the new month;
the scheduling and scheduling table module is used for realizing calendar display, various output display forms and various dimensionality statistical check of scheduling and scheduling;
the personal duty plan management module is used for managing personal values, listing, picking and leading work plans;
the notification and operation information release module actively pushes messages to a dispatcher in the forms of notification, announcement and real-time information quick delivery;
the scheduling operation technology forum module realizes topic technology communication in a non-online mode and promotes the common promotion of dispatchers in the aspect of scheduling operation control technology;
the public voting module is used for collecting opinions of public affairs and promoting the publicity of management;
the mobile terminal dispatches and operates the cockpit module, and the module reflects the power grid operation state, the equipment operation and maintenance state and the operation environment state in real time through a standardized index system;
the business/attendance management module based on geographic data introduces geographic information technology to realize business outing and master-standby adjustment synchronous attendance checking;
the voice and character recognition module is used for realizing forward and reverse analysis and understanding demonstration application of the scheduling operation instruction;
further comprising:
the first receiving module is used for receiving scheduling duty plan service information input by a user;
the first acquisition module is used for acquiring the corresponding relation between the scheduling duty plan and the standard plan;
the second receiving module is used for receiving the power grid operation information service information input by a user;
the second acquisition module is used for acquiring the corresponding relation between the power grid operation information and the standard operation information;
further comprising:
the sending module is used for sending the service information to the display equipment so that the display equipment can display the service information to be displayed;
further comprising:
the statistical module is used for counting the service information times of the mobile internet-based scheduling operation duty and information rapid sharing system;
the evaluation module is used for generating an evaluation report based on a mobile internet scheduling operation duty and information rapid sharing system;
the system also comprises a display terminal module, a comprehensive management module, a task processing module, a power transformation site processing module, a disturbance information matching module and a wide-area disturbance measuring module;
the display terminal module is in wireless communication connection with the comprehensive management module, receives instructions and data sent by the comprehensive management module, performs centralized monitoring and visual management of movement of the hierarchical master control on the comprehensive management module, and performs individual movement visual management on a single power station and the hierarchical control and master control on the movement visualization of the power substations in different levels;
the comprehensive management module is in wireless communication connection with the display terminal module and the task processing module respectively, and is used for performing centralized total control monitoring and early warning on different power transformation sites in different areas, performing centralized monitoring on the operation condition of the substation equipment, automatically looking up intervals, sub-image pictures, warning information and fault recording information of each power transformation site, and allocating the power transformation sites and allocating emergency distribution networks;
the task processing module is electrically connected with the power transformation station processing module, and is used for carrying out centralized graded monitoring and early warning on different power transformation stations in the region, carrying out point monitoring on the operation condition of the substation equipment of each power transformation station, automatically looking up each interval, each sub-image picture, warning information and fault recording information of the substation equipment, and carrying out primary station allocation and monitoring on each power transformation station;
the power transformation site processing module is electrically connected with the disturbance information matching module, is used for sub-controlling the running state of the substation equipment in the power transformation site, automatically consulting intervals, sub-drawing pictures, alarm information and fault recording information of each substation equipment, and performing magnetic detection and site data acquisition on each power transformation site, and is internally provided with preset disturbance information;
the disturbance information matching module is electrically connected with the wide-area disturbance measuring module, and the wide-area disturbance measuring module and the disturbance information matching module measure the wide-area disturbance in one power transformation site;
an MATLAB multivariate fitting measurement unit and a multivariate fitting simulation unit are arranged in the wide area disturbance measurement module, the multivariate fitting simulation unit is electrically connected with the MATLAB multivariate fitting measurement unit, the MATLAB multivariate fitting measurement unit and the multivariate fitting simulation unit are respectively electrically connected with the disturbance information matching module, the MATLAB multivariate fitting measurement unit acquires dynamic multivariate data in a power system of a transformer substation, the multivariate fitting simulation unit receives the dynamic multivariate data sent by the MATLAB multivariate fitting measurement unit, analyzes the dynamic multivariate data to identify disturbance information in the power system, and checks the disturbance information obtained by analysis with preset disturbance information preset in the power transformation site processing module to determine the disturbance type of the wide area disturbance measurement module;
the task processing module is also electrically connected with the comprehensive monitoring module, and the comprehensive monitoring module adopts power grid network resources and comprises a remote viewing unit, an access control unit, a fire fighting unit, an environment monitoring unit and a power monitoring unit;
the task processing module is also electrically connected with a primary site allocation system, and the primary site allocation system is used for scheduling the power transformation equipment in the power transformation site, so that scheduling among different power transformation equipment with the same use attribute is realized, timely allocation among different power transformation equipment with the same use attribute can be prevented when different power transformation equipment fails, and normal operation of the power transformation site is realized;
the first-level site allocation system is also electrically connected with a distribution network quality monitoring system, the distribution network quality monitoring system is used for monitoring the operation quality of a distribution network in a power transformation site, and the method comprises the steps of acquiring the line information of the whole distribution network line in the power transformation site in real time, analyzing and calculating the operation state of the line in the whole power transformation site according to the line information in the power transformation site, and obtaining the operation state result of the whole line; monitoring the running state of a power grid in the whole power transformation station;
the power transformation station processing module is electrically connected with the movable magnetic detection system and the station data acquisition system respectively; the movable magnetic detection system performs movable leakage magnetic field detection on equipment and lines in a substation point to detect defects, namely, the operation safety of a distribution network of the substation point can be ensured by one or more movable magnetic detection systems in one substation; the station data acquisition system is used for acquiring monitoring data including fault time, monitoring messages, equipment and phase, and fault location, and providing early warning for possible power grid accidents and equipment abnormalities;
the mobile magnetic detection system detects that magnetic permeability is changed according to the surface defects or the change of the organization state of the power grid in the power transformation station, magnetic flux is distorted when the power grid in the power transformation station fails, and the power transformation station processing module judges the failure of the power grid in the power transformation station according to the distorted magnetic flux detected by the mobile magnetic detection system and sends the failure information to the task processing module.
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