CN104301388A - Large running system monitoring and analyzing management system - Google Patents
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Abstract
The invention discloses a large running system monitoring and analyzing management system. The large running system monitoring and analyzing management system is characterized by comprising a collecting device, an IES-600 dispatching monitoring system and a monitoring and analyzing management system body. The monitoring and analyzing management system body comprises a cloud dispatch server and a monitoring and analyzing management system body client. On the basis of the IES-600 system, the cloud dispatch server serves as a medium, related data and signals in the IES-600 system are taken, the deep analysis and statistics are carried out, and a data report and an index indication needed by regulation and control running are formed to assist dispatching decision making. The large running system monitoring and analyzing management system is high in practicality and convenient to operate, the manual statistic analysis on power grid data is not needed, the workload of a dispatcher and a monitoring operator can be greatly reduced, the working efficiency is improved, the resources of an existing IES-600 system are fully utilized, and the construction cost of the large running system monitoring and analyzing management system is saved.
Description
Technical field
The present invention relates to a kind of large operation architecture monitoring analysis management system.
Background technology
In the face of the quick growth of network load, the unfavorable situation such as grid structure is weak, operation of power networks external environment condition is severe, for implementing " two grab one builds " security risk management and control measure comprehensively, further lifting Regulation level, regulation and control center carry out comprehensively operation of power networks " year analyze, the moon balance, all early warning, day management and control " risk management and control activity.By the early warning of comprehensive, multi-level, three-dimensional issue electrical network, for area power grid planning construction provides strong decision-making, and strive for support, the cooperation of government department, create actively favourable external environment condition for accelerating area power grid construction, and for completing spring inspection prerun, summer peak meeting, autumn inspection prerun comprehensively, meet kurtosis winter four critical stage tasks Real-time Decision support be provided.
Along with electric power system three collects the implementation of five large systems, the Various types of data semaphore gathered in dispatching of power netwoks running becomes increasing, and especially because anomalous weather causes large area to trip, or time accident occurs, semaphore is more.When in the face of mass data signal, existing manual type is relied on first to be derived by all signals, generate Microsoft Excel by hand, carry out again classifying, screen, add up, finally show that this way of analysis report not only wastes time and energy, extreme influence operating efficiency, and easily omission makes mistakes, and the health even likely affecting electrical network because of mistake or judgement is not in time run.Meanwhile, for the supervision management and control of each county management and running, rely on traditional manual type to process too always, form an important bottleneck in management and running regulatory level lifting process.
Summary of the invention
The invention provides a kind of large operation architecture monitoring analysis management system, which overcome the deficiencies in the prior art described in background technology.
The technical scheme adopted that the present invention solves its technical problem is:
Large operation architecture monitoring analysis management system, it comprises collecting device, IES-600 Dispatching monitor and control system and monitoring analysis management system, this monitoring analysis management system comprises cloud dispatch server and monitoring management system client computer, this collecting device is for obtaining the service data of each grid equipment in electrical network, this this collecting device of IES-600 Dispatching monitor and control system data cube computation also can from the service data of this collecting device acquisition grid equipment, the service data of this grid equipment also can be sent to this cloud dispatch server and be stored in cloud dispatch server by this this cloud dispatch server of IES-600 Dispatching monitor and control system data cube computation, this monitoring analysis management system client data connects this cloud dispatch server, this monitoring analysis management system client computer is provided with monitoring analysis management software, realize storing the data of these operation of power networks data, data analysis, data statistics and signal analysis, and need to generate Various types of data form and index prompting making in order to auxiliary dispatching decision-making according to user.
Among one embodiment: this IES-600 Dispatching monitor and control system comprises IES-600 server and IES-600 client computer, this IES-600 client computer is provided with IES-600 dispatching and monitoring software and has human-computer interaction interface, realize grid equipment remote control, remote signalling, the distant function of remote measurement three, and by man-machine interface, the whole process realizing grid equipment is monitored in real time.
Among one embodiment: this data sheet comprises heave-load device analytical statement, low-frequency load reduction form, abnormal signal form and category signal statistical report form.
Among one embodiment: this monitoring analysis management software is based on MIS software system development.
Among one embodiment: adopt distributed network topology framework between this cloud dispatch server and monitoring analysis management system client computer.
Among one embodiment: set up application server, between this cloud dispatch server and monitoring analysis management system client computer, have employed C/S and B/S two kinds of software architectures simultaneously.
Among one embodiment: this monitoring analysis management system can also obtain electrical network related data by recording device by manual entry mode.
Among one embodiment: observe FTP host-host protocol between this IES-600 Dispatching monitor and control system and this cloud dispatch server and set up data cube computation.
Among one embodiment: observe TPT host-host protocol between this cloud dispatch server and monitoring analysis management system client computer and set up data cube computation.
The technical program is compared with background technology, and its tool has the following advantages:
1, this large operation architecture monitoring analysis management system, based on IES-600 system, by the interface routine of complexity, with cloud dispatch server for medium, get related data and signal in IES-600 system, and carry out analysing in depth and adding up, form regulation and control and run the electrical network significant data data needed, native system is practical, easy to operate, without the need to artificial to electric network data statistical analysis, greatly can alleviate dispatcher, the workload of monitor, increase work efficiency, and make full use of existing IES-600 system resource, save the construction cost of this large operation architecture monitoring analysis management system.
2, this large operation architecture monitoring analysis management system adopts distributed network topology framework, in software architecture, adopt the pattern that C/S and B/S two kinds of software architectures combine simultaneously, make system not only maintain high reliability and stability, expand this systematic difference scope simultaneously, facilitate the universal of this system.Make that this system is not only complete remains the advantages such as the traditional C/feature richness of S software configuration, friendly interface, response are rapid, the deployment simultaneously also fully presenting up-to-date B/S software configuration be simple, easy to maintenance, expansion flexibly and the good feature of fail safe.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 depicts the overall architecture block diagram of large operation architecture monitoring analysis management system of the present invention.
Embodiment
Please refer to Fig. 1, large operation architecture monitoring analysis management system, it comprises collecting device, IES-600 Dispatching monitor and control system and monitoring analysis management system, this monitoring analysis management system comprises cloud dispatch server and monitoring management system client computer, this collecting device is for obtaining the service data of each grid equipment in electrical network, this this collecting device of IES-600 Dispatching monitor and control system data cube computation also can from the service data of this collecting device acquisition grid equipment, the service data of this grid equipment also can be sent to this cloud dispatch server and be stored in cloud dispatch server by this this cloud dispatch server of IES-600 Dispatching monitor and control system data cube computation, this monitoring analysis management system client data connects this cloud dispatch server, this monitoring analysis management system client computer is provided with monitoring analysis management software, realize storing the data of these operation of power networks data, data analysis, data statistics and signal analysis, and need to generate Various types of data form and index prompting making in order to auxiliary dispatching decision-making according to user.
This IES-600 Dispatching monitor and control system comprises IES-600 server and IES-600 client computer, this IES-600 client computer is provided with IES-600 dispatching and monitoring software and has human-computer interaction interface, realize grid equipment remote control, remote signalling, the distant function of remote measurement three, and by man-machine interface, the whole process realizing grid equipment is monitored in real time.
In the present embodiment, above-described data are stored as native system and the mass data received are carried out being stored in cloud dispatch server.Data analysis is that native system to receiving mass data, according to the needs of user, can carry out complicated analysis, thus grasping grid operating conditions.Data statistics is that native system can sort in sequence, realizes the statistics to mass data, forms important analysis data.Signal analysis is the signal that native system will be obtained by IES-600 system, and the conditional filtering preset by program and analytic function, obtain the abnormal signal required for user and statistic, realizes the real-time grasp to electrical network anomalous event and process in time.Generate data sheet be native system by after the above storage to data, statistics, analysis, according to the needs of user, generate Various types of data form, thus can understand and grasp grid operating conditions by an order.This data sheet comprises heave-load device analytical statement, low-frequency load reduction form, abnormal signal form and category signal statistical report form, this data sheet can be not limited only to these, and every form exported by this large operation architecture monitoring analysis management system all belongs to data sheet of the present invention.
This monitoring analysis management software is developed based on MIS software systems (management information system), make full use of the data inputting of this mis system, analysis, processing capacity for the treatment and analysis method adapted of the data acquisition in electrical network, obtain required Treatment Analysis result and data sheet.
This monitoring analysis management system can also obtain electrical network related data (patrolling and examining report data, electrical network implementation status data) by recording device by manual entry mode and be stored in cloud dispatch server, calls in order to this monitoring analysis management software and processes.
Distributed network topology framework is adopted between the cloud dispatch server of this large operation architecture monitoring analysis management system and monitoring analysis management system client computer.The pattern that C/S and B/S two kinds of software architectures combine is have employed between this cloud dispatch server and monitoring analysis management system client computer.Set up application server, application server adopts the enterprise application server product E AServer5.2 of Sybase company of U.S. specialty, rely on its high performance service for the deployment of web and Distributed Application, again by APB (Appeon for PowerBuilder) instrument, directly the source program developed directly is carried out code level conversion transition, generate a series of file and the element that can meet the requirement of B/S software architecture, whole system can directly be run in IE browser.Whole process writes any code without the need to developer, automatically completes by instrument.Owing to being moved into B/S complete for C/S program by APB instrument, so make whole system combine the advantage of two kinds of frameworks simultaneously, and give up the deficiency of original respective existence.The advantages such as the system after migration is not only complete remains that traditional C/S program function is abundant, friendly interface, response are rapid, also fully present the feature that deployment is simple, easy to maintenance, expansion is flexible and fail safe is good of up-to-date B/S technology simultaneously, make the B/S after migration apply the program developed relative to other developing instrument and there is more abundant and perfect function performance.
In the present embodiment, observe FTP host-host protocol between this IES-600 Dispatching monitor and control system and cloud dispatch server and set up data cube computation.Observe TPT host-host protocol between this cloud dispatch server and monitoring analysis management system client computer and set up data cube computation.
Dispatcher can according to the analysis of native system, add up, gather the above significant data form that obtains and index prompting, in conjunction with grid operating conditions, obtain operation of power networks " year is analyzed, the moon balance, all early warning, day management and control " equivalent risk management and control analysis of material, thus the booster action playing and provide scientific basis is made to decision of power system dispatching.Analyze in described year namely with electrical network year mode for reference, apply to install the situation such as dilatation, load prediction carry out year comprehensively analysis according to weather forecast, power load balance result, capital construction operation, user, may have problems to electrical network whole year operation and carry out annual early warning.Month balance namely by traffic department monthly the collaborative raw department such as skill, safety supervision hold the monthly balance meeting of grid maintenance, cause the improper mode of electrical network to run for ZhangZhou grid equipment due to reasons such as maintenance, capital construction, technological transformation or due to Catastrophe climate area power grid produced and threaten, and carry out the work such as risk assessment, early warning, pre-control.Week early warning and traffic department hold weekly operation of power networks risk analysis meeting, for last week power grid heavy-load equipment, the actual conditions such as accident abnormality and weather forecast next week, grid maintenance, load prediction comprehensively analyze, and issue early warning weekly towards the overall situation.Namely day management and control adjusts dispatch class personnel on duty to run main transformer and circuit, particular form arrangement, grid maintenance mode for power grid heavy-load on the same day, protect in power reguirements, diastrous weather etc. and carry out operation of power networks risk assessment in 30 minutes after succeeding by ground, formulates Pre-control measures on duty and carries out once prediction failure targetedly.
Dispatch according to operation of power networks " year is analyzed, the moon balance, all early warning, day management and control " material of equivalent risk management and control, electrical network management and control measure is issued by the mode of note to each functional department of electric company and company of county, and require that it is completed within the specified time, implementation status is reported by native system to scheduling after execution, to realize closed loop management, and the comprehensive management and control of electrical network.
This large operation architecture monitoring analysis management system, based on IES-600 system, by the interface routine of complexity, with cloud dispatch server for medium, get related data and signal in IES-600 system, and carry out analysing in depth and adding up, form regulation and control and run the electrical network significant data data needed, native system is practical, easy to operate, friendly interface, greatly can alleviate the workload of dispatcher, monitor, increase work efficiency, and make full use of existing IES-600 system resource, saved the construction cost of this system.
The above, be only present pre-ferred embodiments, therefore can not limit scope of the invention process according to this, the equivalence change namely done according to the scope of the claims of the present invention and description with modify, all should still belong in scope that the present invention contains.
Claims (9)
1. large operation architecture monitoring analysis management system, it is characterized in that: comprise collecting device, IES-600 Dispatching monitor and control system and monitoring analysis management system, this monitoring analysis management system comprises cloud dispatch server and monitoring analysis management system client computer, this collecting device is for obtaining the service data of each grid equipment in electrical network, this this collecting device of IES-600 Dispatching monitor and control system data cube computation also can from the service data of this collecting device acquisition grid equipment, the service data of this grid equipment also can be sent to this cloud dispatch server and be stored in cloud dispatch server by this this cloud dispatch server of IES-600 Dispatching monitor and control system data cube computation, this monitoring analysis management system client data connects this cloud dispatch server, this monitoring analysis management system client computer is provided with monitoring analysis management software, can realize storing the data of these operation of power networks data, data analysis, data statistics and signal analysis, and need to generate Various types of data form and index prompting making in order to auxiliary dispatching decision-making according to user.
2. large operation architecture monitoring analysis management system according to claim 1, it is characterized in that: this IES-600 Dispatching monitor and control system comprises IES-600 server and IES-600 client computer, this IES-600 client computer is provided with IES-600 dispatching and monitoring software and has human-computer interaction interface, realize grid equipment remote control, remote signalling, the distant function of remote measurement three, and by man-machine interface, the whole process realizing grid equipment is monitored in real time.
3. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: this data sheet comprises heave-load device analytical statement, low-frequency load reduction form, abnormal signal form and category signal statistical report form.
4. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: this monitoring analysis management software is based on MIS software system development.
5. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: adopt distributed network topology framework between this cloud dispatch server and monitoring analysis management system client computer.
6. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: set up application server, have employed C/S and B/S two kinds of software architectures between this cloud dispatch server and monitoring analysis management system client computer simultaneously.
7. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: this monitoring analysis management system can also obtain electrical network related data by recording device by manual entry mode.
8. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: observe FTP host-host protocol between this IES-600 Dispatching monitor and control system and this cloud dispatch server and set up data cube computation.
9. large operation architecture monitoring analysis management system according to claim 1, is characterized in that: observe TPT host-host protocol between this cloud dispatch server and monitoring analysis management system client computer and set up data cube computation.
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| CN104809655A (en) * | 2015-03-10 | 2015-07-29 | 江苏省电力公司淮安供电公司 | Power grid monitoring auxiliary analysis method |
| CN109819019A (en) * | 2018-12-29 | 2019-05-28 | 中国科学院计算技术研究所 | Monitoring and statistical analysis technique and system for the acquisition of large scale network data |
| CN111882143A (en) * | 2020-06-05 | 2020-11-03 | 西安能控安远信息技术有限公司 | Risk early warning and prevention and control system for high-risk industry enterprises |
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| CN104809655A (en) * | 2015-03-10 | 2015-07-29 | 江苏省电力公司淮安供电公司 | Power grid monitoring auxiliary analysis method |
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| CN109819019A (en) * | 2018-12-29 | 2019-05-28 | 中国科学院计算技术研究所 | Monitoring and statistical analysis technique and system for the acquisition of large scale network data |
| CN109819019B (en) * | 2018-12-29 | 2021-04-27 | 中国科学院计算技术研究所 | Monitoring and statistical analysis method and system for large-scale network data acquisition |
| CN111882143A (en) * | 2020-06-05 | 2020-11-03 | 西安能控安远信息技术有限公司 | Risk early warning and prevention and control system for high-risk industry enterprises |
| CN111882143B (en) * | 2020-06-05 | 2023-10-31 | 西安能控安远信息技术有限公司 | Enterprise risk early warning, prevention and control system in high-risk industry |
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