CN204904332U - Interaction analysis of electric wire netting equipment state and risk early warning integration linkage platform - Google Patents
Interaction analysis of electric wire netting equipment state and risk early warning integration linkage platform Download PDFInfo
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- CN204904332U CN204904332U CN201520663740.3U CN201520663740U CN204904332U CN 204904332 U CN204904332 U CN 204904332U CN 201520663740 U CN201520663740 U CN 201520663740U CN 204904332 U CN204904332 U CN 204904332U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/50—Systems or methods supporting the power network operation or management, involving a certain degree of interaction with the load-side end user applications
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Abstract
The utility model provides an interaction analysis of electric wire netting equipment state and risk early warning integration linkage platform which characterized in that, the utility model discloses constitute by moving application end [ 1 ], data service end [ 2 ] and backstage management end [ 3 ], wherein, moving application end [ 1 ] is connected statistical analysis module [ 1 -2 ], monitoring and early warning module [ 1 -3 ], news transceiver module [ 1 -4 ] respectively, is set up management module [ 1 -5 ] by the visual module of data [ 1 -1 ], statistical analysis module [ 1 -2 ], monitoring and early warning module [ 1 -3 ], news transceiver module [ 1 -4 ], set up management module [ 1 -5 ] and hold [ 2 ] to be connected through data communication interface [ 1 -6 ] and data service respectively again, the effect of the convenient multifunctional horizontal discharger is beneficial in that, the utility model discloses timely, the accurate understanding electric wire netting equipment status data of leading group and technical staff be can make, decision -making and the action removal and the integration official working on the spot of linkage reaction fast, the reliability and the asset utilization ratio of effectively improve equipment operation, the operation of guarantee electric wire netting safety and stability are formed.
Description
Technical field
The utility model relates to grid equipment state analysis technology and monitoring and warning technology thereof and message real time propelling movement technology.
Background technology
Along with the reform of electric power structure, electric power enterprise must under the driving of infotech, performance infotech broad covered area, seepage force are strong, the obvious advantage of induced effect, strengthen informatization, improve the monitoring to electrical network, scheduling and managerial ability, improve Management of Electrical Enterprise level, improve electric power enterprise efficiency, benefit and usefulness, accelerate to make world-class electrical network.Mobile communication technology is applied to electric power information construction, will greatly promotes electric power information level, and make management modernization.
At present, mobile communication is applied to some extent in automatic data logging, network monitor are patrolled and examined etc., obtains good effect.The particularly work much carried out out of doors of power transmission and transformation field, more needs to adopt advanced wireless communication means, the aspect such as penetrate into office, network operation monitoring, network operation, fault are speedily carried out rescue work.According to the different demands of power industry, utilize the customized various informatization resolve scheme of mobile communications network resource, will the Informatization Development of power industry be promoted.
But, at power network monitoring warning aspect, the mode that present stage staff adopts is still check equipment state and data at PC end, increasing along with power equipment, the continuous expansion of monitoring information scope, the ageing of facility information embodies more and more important value, check that the mode of data can not meet the demand of present stage equipment state interaction analysis and Risk-warning far away by means of only PC end, and the mode of simple Based PC end, information sharing not in time, general is all point-to-point information sharing mode, point-to-area Information Communication cannot be accomplished, cause working group or leading group's action and decision-making delayed.Therefore, how to allow each specialty expert and technician, attendant's very first time equipment key message, realize the propagation of information point to face, form leadership and execution level, the rapid coordination of decision-making and action and response, become the most important thing of the reliable rate of raising equipment, asset utilization ratio and guarantee electric power netting safe running.
A kind of by Mobile solution end and the grid equipment state interaction analysis linkage platform integrated with Risk-warning that PC management end merges mutually, by adopting Mobile solution technology, grid equipment state analysis technology, monitoring and warning technology and message real time propelling movement technology, take information timeliness as core, according to dragging powerful mobile communication technology, by monitoring of equipment information by statistical study, indication information, early warning analysis, defect statistics tracking etc. carries out visual propelling movement in mobile terminal in real time, utilize backstage interactive maintenance mechanism, the early warning information of mobile terminal energy real-time reception back-stage management end is reminded, defect information pushes, decision commanding is assigned, make leading group and technician timely, understand grid equipment status data accurately, form decision-making and the movement of the fast linked reaction of action and integrated office on the spot, the safe and stable operation of full-scope safeguards electrical network.
Summary of the invention
The utility model is by adopting Mobile solution technology, grid equipment state analysis technology, monitoring and warning technology and message real time propelling movement technology, take information timeliness as core, Mobile solution end is merged mutually with back-stage management end, efficiently solve the power network monitoring early warning information poor in timeliness of traditional only Based PC end, information sharing not in time, the problem that decision-making is delayed with action, achieve monitoring of equipment information by statistical study, indication information, early warning analysis, defect statistics tracking etc. carries out visual display in mobile terminal in real time, utilize backstage interactive maintenance mechanism, the early warning information of mobile terminal energy real-time reception back-stage management end is reminded, defect information pushes, decision commanding is assigned, make leading group and technician timely, understand grid equipment status data accurately, form decision-making and the movement of the fast linked reaction of action and integrated office on the spot, the safe and stable operation of full-scope safeguards electrical network.
The utility model is made up of Mobile solution end, data, services end and back-stage management end; Wherein, Mobile solution end by data visualization module respectively connection statistics analysis module, monitoring and warning module, messaging interface, administration module is set; Statistical analysis module, monitoring and warning module, messaging interface, administration module is set is connected with data, services end respectively by data communication interface again;
Data, services end is made up of Web service module and data service module respectively; Web service module is made up of message distribution interface, Web service interface and data-interface; Data service module is made up of external data acquisition interface, database and database service interface respectively;
Back-stage management end is made up of message push module, message statistics administration module, user management module, grouping management module, version control module and data communication interface, and wherein message push module, message statistics administration module, user management module, grouping management module, version control module are connected with data communication interface respectively.
The beneficial effects of the utility model are, the utility model can make leading group and technician understand grid equipment status data in time, accurately, form decision-making and the movement of the fast linked reaction of action and integrated office on the spot, the reliability that effective raising equipment runs and asset utilization ratio, ensure power network safety operation.
Accompanying drawing explanation
Fig. 1 is the utility model syndeton schematic diagram.
Embodiment
See Fig. 1, the utility model feature is, is made up of Mobile solution end 1, data, services end 2 and back-stage management end 3; Wherein, Mobile solution end 1 by data visualization module 1-1 respectively connection statistics analysis module 1-2, monitoring and warning module 1-3, messaging interface 1-4, administration module 1-5 is set; Statistical analysis module 1-2, monitoring and warning module 1-3, messaging interface 1-4, administration module 1-5 is set is connected with data, services end 2 respectively by data communication interface 1-6 again;
Data, services end 2 is made up of Web service module 2-1 and data service module 2-2 respectively; Web service module 2-1 is made up of message distribution interface 2-1-1, Web service interface 2-1-2 and data-interface 2-1-3; Data service module 2-2 is made up of external data acquisition interface 2-2-1, database 2-2-2 and database service interface 2-2-3 respectively;
Back-stage management end 3 is made up of message push module 3-1, message statistics administration module 3-2, user management module 3-3, grouping management module 3-4, version control module 3-5 and data communication interface 3-6, and wherein message push module 3-1, message statistics administration module 3-2, user management module 3-3, grouping management module 3-4, version control module 3-5 are connected with data communication interface 3-6 respectively.
The utility model is embodied as:
The statistical analysis module 1-2 of the utility model Mobile solution end 1 realizes statistics and the diagnostic analysis of equipment, defect etc.; Monitoring and warning module 1-3 realizes power transformation monitoring, transmission of electricity operating mode, defect early warning and weather warning; Messaging interface 1-4 realizes the propelling movement of message and the reception to back-stage management end 3 and each Mobile solution end 1 PUSH message; Arrange administration module 1-5 realize the function menu of Mobile solution end 1 manage, historical data download and version updating.Modules is communicated with Web service interface 2-1-2 through electric power private wireless network by data communication interface 1-6.Wherein, statistical analysis module 1-2, monitoring and warning module 1-3, arrange administration module 1-5 by data communication interface 1-6 through electric power private wireless network to Web service interface 2-1-2 send request of data, after Web service interface 2-1-2 receives request of data, forward it to data-interface 2-1-3, then be back to each functional module corresponding in Mobile solution end 1 after obtaining corresponding data by the database service interface 2-2-3 in data service module 2-2, complete the directly perceived visual display of each function module data result set finally by data visualization module 1-1; Messaging interface 1-4 communicates with Web service interface 2-1-2 through electric power private wireless network, gone to message distribution interface 2-1-1 by Web service interface complete the propelling movement of message and collect, successfully pushing or receiving and after read messages, automatically message status be back in database.
The message push module 3-1 of the utility model back-stage management end 3 realizes carrying out message push to the form that Mobile solution end 1 is organized by user; Message statistics administration module 3-2 realizes the reception of each user's PUSH message and the tracking statistics of reading conditions and manages; User management module 3-3 realizes the management of logon rights, Password Policy, message push authority and reception authority to Mobile solution end subscriber; Grouping management module 3-4 realizes the configuration to user's group and user group membership; Version control module 3-5 realization is to the renewal of Mobile solution end software version and issue.Modules is communicated with Web service interface 2-1-2 by private network of electric power system.Wherein, the message that message push module 3-1 will push is committed to Web service interface 2-1-2, after Web service interface 2-1-2 forwards it to message distribution interface 2-1-1 on the one hand, each user's group is pushed to through electric power private wireless network, on the other hand, the service management of propelling movement is committed to database and stores by Web service interface after data-interface 2-1-3 to database service interface 2-2-3; Message statistics administration module 3-2, user management module 3-3, grouping management module 3-4 and version control module 3-5 by data communication interface 3-1 through private network of electric power system to Web service interface 2-1-2, carry out data interaction by data-interface 2-1-3 to database service interface 2-2-3 and database.
The Web service module 2-1 of the utility model data, services end 2 carries out data communication by the database service interface 2-2-3 of data-interface 2-1-3 and data service module 2-2.Data service module 2-2 is by external data acquisition interface 2-2-1 collection power equipment data and stored in database after being carried out structuring process.
Claims (1)
1. a grid equipment state interaction analysis linkage platform integrated with Risk-warning, is characterized in that, the utility model is made up of Mobile solution end [1], data, services end [2] and back-stage management end [3]; Wherein, Mobile solution end [1] is distinguished connection statistics analysis module [1-2], monitoring and warning module [1-3], messaging interface [1-4] by data visualization module [1-1], is arranged administration module [1-5]; Statistical analysis module [1-2], monitoring and warning module [1-3], messaging interface [1-4], administration module [1-5] is set is connected with data, services end [2] respectively by data communication interface [1-6] again;
Data, services end [2] is made up of Web service module [2-1] and data service module [2-2] respectively; Web service module [2-1] is made up of message distribution interface [2-1-1], Web service interface [2-1-2] and data-interface [2-1-3]; Data service module [2-2] is made up of external data acquisition interface [2-2-1], database [2-2-2] and database service interface [2-2-3] respectively;
Back-stage management end [3] is made up of message push module [3-1], message statistics administration module [3-2], user management module [3-3], grouping management module [3-4], version control module [3-5] and data communication interface [3-6], and wherein message push module [3-1], message statistics administration module [3-2], user management module [3-3], grouping management module [3-4], version control module [3-5] are connected with data communication interface [3-6] respectively.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520663740.3U CN204904332U (en) | 2015-08-31 | 2015-08-31 | Interaction analysis of electric wire netting equipment state and risk early warning integration linkage platform |
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| CN201520663740.3U CN204904332U (en) | 2015-08-31 | 2015-08-31 | Interaction analysis of electric wire netting equipment state and risk early warning integration linkage platform |
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| CN204904332U true CN204904332U (en) | 2015-12-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105634141A (en) * | 2016-03-30 | 2016-06-01 | 姜山 | Power regulation and control information real-time monitoring and security early warning mobile transmission system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105634141A (en) * | 2016-03-30 | 2016-06-01 | 姜山 | Power regulation and control information real-time monitoring and security early warning mobile transmission system and method |
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