CN103701213B - The method and system of a kind of one-stop Real-Time Scheduling management-perform-monitoring - Google Patents
The method and system of a kind of one-stop Real-Time Scheduling management-perform-monitoring Download PDFInfo
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- CN103701213B CN103701213B CN201310722711.5A CN201310722711A CN103701213B CN 103701213 B CN103701213 B CN 103701213B CN 201310722711 A CN201310722711 A CN 201310722711A CN 103701213 B CN103701213 B CN 103701213B
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Abstract
The method and system of a kind of one-stop Real-Time Scheduling management that the present invention proposes-perform-monitoring, based on the two-way physical isolation apparatus that different security interval is installed, realize the one-stop Real-Time Scheduling management-execution-monitoring of the cross-safety zone service request of business collaboration Flow driving, effectively solve the transregional Real-Time Scheduling problem of complicated electric power system.System of the present invention is included in safety I district & amp; The management and running driving cabin in IIth district, Dispatching monitor and control system, management and running system and the dispatching management information system in safety III district, safety I district & amp; Between IIth district and safety IIIth district, there is forward and reverse spacer assembly; Management and running driving cabin connects forward and reverse spacer assembly by operation service bus, and forward and reverse spacer assembly is connected with the dispatching management information system in safety IIIth district by the operation service bus in safety IIIth district again; Management and running driving cabin arranges transregional service-Engine, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification.
Description
Technical field
The present invention relates to Power System Intelligent dispatching technique field, particularly relate to a kind of method and system of one-stop Real-Time Scheduling management-execution-monitoring.
Background technology
Electric power secondary system is divided into different safety operation areas, reflects the difference of each district operation system importance.Different place of safety determines different security protection requirements, thus determines different safe classes and protection level.Between safety I district & II district and IIIth district, carrying out physical isolation, require the highest security protection intensity, is the main points that safety I district & II district laterally protects.Forward and reverse spacer assembly is the xegregating unit being placed on safety I district & II district and safety III interval, it can delimit clear and definite secure border, identify and shield illegal request, effectively prevent the data access crossing over authority, improve supervisory control system to likely causing the attack of power grid security accident, virus, the defence level of to divulge a secret etc., eliminate the potential safety hazard of the overwhelming majority, ensure safe operation of power system.Forward spacer assembly is mainly used in the one-way data transmission of safety I district & II district to safety IIIth district, and configures corresponding forward virtual ip address for two ends server; And reverse isolation device is mainly used in the one-way data transmission of safety IIIth district to safety I district & II district, and for the corresponding oppositely virtual ip address of two ends server configuration.Physical isolation apparatus delimit secure border, the controllability of network is strengthened, is convenient to internal control, bring inconvenience also to a certain extent the communication of different place of safety simultaneously.In electric power safety I district & II district, how to realize and the III multiple dispatching management information system seamless co-operation in district, this is the difficult point of intelligent scheduling technology, not only need under the prerequisite meeting security protection requirement, eliminate different security partitioning, different operating station, different system switch the inconvenient operation, the efficiency decrease problem that bring to dispatcher, also need information security, transregional data transmission efficiency, the multi-source heterogeneous system seamless information fusion efficiencies of considering safety I district & II district.
In current electric power dispatching system, Dispatching circulation process is generally that 1. dispatcher is scented a hidden danger by real-time grid monitoring system; 2. log in submit operation ticket in the power dispctching MIS, operation order through high-level leader's examination & verification by after, automatically notify dispatcher; 3. dispatcher order plant stand operations staff perform; 4., after plant stand operational staff is finished, dispatcher is fed back to; If gone wrong in implementation, make a phone call to link up countermeasure; 5. dispatcher monitors electric network state by real-time monitoring system, and assessment hidden danger solves state; 6. dispatcher is by scheduling management information system, terminates this work ticket.In the above process, three problems are mainly contained: 1. dispatcher needs frequently to switch at the power dispctching MIS interface and real-time grid monitoring system interface; 2. dispatcher can not Real-Time Monitoring work ticket perform process, can only passively wait for; 3. dispatcher needs manually get partial information from different system and merge.
Summary of the invention
The present invention is directed to the defect that prior art exists, a kind of method and system of one-stop Real-Time Scheduling management-execution-monitoring is proposed, based on the two-way physical isolation apparatus that different security interval is installed, realize the one-stop Real-Time Scheduling management-execution-monitoring of the cross-safety zone service request of business collaboration Flow driving, effectively solve the transregional Real-Time Scheduling problem of complicated electric power system, achieve management, execution, the scheduling of monitoring one-stop intelligent.
Technical solution of the present invention:
The method of a kind of one-stop Real-Time Scheduling management-perform-monitoring, it is characterized in that, at the management and running driving cabin in safety I district & II district, transregional service-Engine is set, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification, comprise the following steps:
1. dispatcher submits to the transregional service request of business to transregional service-Engine by management and running driving cabin; 2. transregional service-Engine analysis request determine fusion rule; 3. transregional service-Engine is by forward and reverse spacer assembly safety verification, and forwarding service request and information fusion rule are to corresponding transregional dispatching management information system; 4. the data that transregional dispatching management information system extraction needs are sent to same district service bus and notify transregional service-Engine; 5. transregional service-Engine is by notifying after forward and reverse spacer assembly safety verification that management and running driving cabin receives fused data; 6. management and running driving cabin receives described fused data, and dispatcher sees fuse information by management and running driving cabin, completes dispatching management, execution, the one-stop collaborative scheduler task of monitoring in real time.
Described transregional service-Engine adopts multi-source heterogeneous information fusion method to determine real time fusion rule and the online fusion rule of decision information of multi-source heterogeneous information; Described multi-source heterogeneous information fusion method comprises three ranks: the first order is data fusion level, and the second level is Fusion Features level, and the third level is Decision fusion level; Derive from Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system data after preliminary treatment, carry out first order data fusion, the step of described first order data fusion be followed successively by Data correction, data correlation, attribute merge; Data after described first order data fusion carry out second level Fusion Features and third level Decision fusion again, and described second level Fusion Features and third level Decision fusion are the Decision fusion assessments of action carried out Fusion Features assessment in conjunction with the information of dynamic data base and may take; Described dynamic data base is that a dynamic service flow process merges storehouse and dynamic information fusion Optimal Decision-making storehouse.
The system of a kind of one-stop Real-Time Scheduling management-perform-monitoring, it is characterized in that, be included in the management and running driving cabin in safety I district & II district, Dispatching monitor and control system, management and running system and the dispatching management information system in safety III district, between described safety I district & II district and safety IIIth district, there is forward and reverse spacer assembly; Described management and running driving cabin is connected with Dispatching monitor and control system, management and running system respectively, and connecting forward and reverse spacer assembly by operation service bus, described forward and reverse spacer assembly is connected with the dispatching management information system in safety IIIth district by the operation service bus in safety IIIth district again; Described management and running driving cabin arranges transregional service-Engine, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification.
Described transregional service-Engine comprises multi-source heterogeneous information fusion module, described multi-source heterogeneous information fusion module comprises the first order data fusion submodule, second level Fusion Features submodule, the third level Decision fusion submodule that connect successively, and described first order data fusion submodule connects Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system by pretreatment module; Described second level Fusion Features submodule, third level Decision fusion submodule connect operation flow respectively and merge and Optimal Decision-making dynamic data base.
Described first order data fusion submodule comprises the data correction unit, data associating unit and the attribute integrated unit that connect successively, described data correction unit connects pretreatment module, and described data correction unit, data associating unit and attribute integrated unit connect second level Fusion Features submodule respectively.
The technology of the present invention effect:
The method and system of a kind of one-stop Real-Time Scheduling management that the present invention proposes-perform-monitoring, based on the two-way physical isolation apparatus that different security interval is installed, set up transregional business collaboration service-Engine and fusion rule, by dispatching management, real-time execution, real-time effective monitoring is merged, pass through workflow, flow of power, information flow is combined closely, achieve the one-stop Real-Time Scheduling management-execution-monitoring of the cross-safety zone service request of business collaboration Flow driving, effectively solve the transregional Real-Time Scheduling problem of complicated electric power system, achieve management, perform, the scheduling of monitoring one-stop intelligent.The method of this active dispatching management monitoring, relative to traditional passive dispatching management and passive monitoring method, has in real time, efficiently, and the advantage of intelligence.
The present invention be the cooperation of a kind of operation flow drive the dispatching management across power system security I district, IIth district and IIIth district, perform in real time, the dispatching method of monitoring integration.Its solution is positioned at safety I district & II district dispatcher to be needed will to be deployed in the seamless fusion of multiple application systems of different place of safety (as dispatching management information system (IIIth district) under same work station interface, real time execution (I district & II district), supervisory control system (I district & II district)), the problem of real-time tracking dispatching management-execution-monitored results.The present invention is based on the forward and reverse spacer assembly of physics, set up the cross-safety zone dispatch service request mechanism based on business collaboration, achieve the management-execution-monitoring of one-stop Real-Time Scheduling.Adopt in this way, under the condition ensureing different places of safety information security, dispatcher can at the Dynamic System interface in safety I district & II district (as management and running driving cabin), complete dispatching management, execution, the one-stop collaborative scheduler task of monitoring in real time, avoid the operation frequently switching multiple system interface and work station.The present invention is the integrated dispatching method that a kind of active dispatching services collaboration process drives, and compares the method for traditional passive type dispatching management, execution, supervisory control system separately display and operation, have cross-safety zone, efficient, work in coordination with, the advantage of the scheduling that becomes more meticulous.The fusion rule model extension that business collaboration of the present invention drives is strong, be applicable to multi-field, Multi-stage scheduling system, be not only applicable to the intelligent scheduling of complicated electric power system, be applicable to the application such as the real-time intelligent dispatch automated system of other complicated control centres, the application of management and running driving cabin, intelligent city's scheduling, intelligent traffic dispatching yet.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for one-stop Real-Time Scheduling management-execution-monitoring of the present invention.
Fig. 2 is the system construction drawing of one-stop Real-Time Scheduling management-execution-monitoring of the present invention.
Fig. 3 is the structural representation of the multi-source heterogeneous information fusion module of the present invention.
Embodiment
Below in conjunction with accompanying drawing, embodiments of the invention are further described.
The present invention is cross-safety zone request-service mechanism that business collaboration drives, and realizes the method for the one-stop dispatching management in cross-safety zone, execution, monitoring.As shown in Figure 1, be the flow chart of method of one-stop Real-Time Scheduling of the present invention management-perform-monitoring.
The method of a kind of one-stop Real-Time Scheduling management-perform-monitoring, it is characterized in that, at the management and running driving cabin in safety I district & II district, transregional service-Engine is set, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification, comprise the following steps:
1. dispatcher submits to the transregional service request of business to transregional service-Engine by management and running driving cabin; 2. transregional service-Engine analysis request determine fusion rule; 3. transregional service-Engine is by forward and reverse spacer assembly safety verification, and forwarding service request and information fusion rule are to corresponding transregional dispatching management information system; 4. the data that transregional dispatching management information system extraction needs are sent to same district service bus and notify transregional service-Engine; 5. transregional service-Engine is by notifying after forward and reverse spacer assembly safety verification that management and running driving cabin receives fused data; 6. management and running driving cabin receives described fused data, and dispatcher sees fuse information by management and running driving cabin, completes dispatching management, execution, the one-stop collaborative scheduler task of monitoring in real time.
Main contents of the present invention mainly comprise cross-safety zone Grid Information Service Mechanism and Real-Time Scheduling manages-performs-monitoring business flowpath rule.Cross-safety zone Grid Information Service Mechanism is the forward and reverse spacer assembly of physically based deformation, set up different place of safety service request-safety verification-service response-mechanism, dispatcher, under same management and running driving cabin system interface, submits transregional service request to, triggers transregional business collaboration service-Engine.By (following forward and reverse physical isolation apparatus safety standard) after transregional business collaboration service-Engine safety verification, the management system respond services request of place of safety III correspondence is also merged information needed according to business collaboration information fusion rule and returns results (returning in xml format).
As shown in Figure 2, be the system construction drawing of one-stop Real-Time Scheduling of the present invention management-perform-monitoring.
The system of a kind of one-stop Real-Time Scheduling management-perform-monitoring, be included in the management and running driving cabin in safety I district & II district, Dispatching monitor and control system, management and running system and the dispatching management information system in safety III district, between safety I district & II district and safety IIIth district, there is forward and reverse spacer assembly; Management and running driving cabin is connected with Dispatching monitor and control system, management and running system respectively, and connecting forward and reverse spacer assembly by operation service bus, forward and reverse spacer assembly is connected with the dispatching management information system in safety IIIth district by the operation service bus in safety IIIth district again; Management and running driving cabin arranges transregional service-Engine plug-in unit, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification.Wherein, transregional service-Engine plug-in unit comprises multi-source heterogeneous information fusion module, and multi-source heterogeneous information fusion module is for determining real time fusion rule and the online fusion rule of decision information of multi-source heterogeneous information.
As shown in Figure 3, be the structural representation of the multi-source heterogeneous information fusion module of the present invention.Comprise the first order data fusion submodule, second level Fusion Features submodule, the third level Decision fusion submodule that connect successively; First order data fusion submodule connects Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system by pretreatment module; Second level Fusion Features submodule, third level Decision fusion submodule connect operation flow respectively and merge and Optimal Decision-making dynamic data base.First order data fusion submodule comprises the data correction unit, data associating unit and the attribute integrated unit that connect successively, data correction unit connects pretreatment module, and data correction unit, data associating unit and attribute integrated unit connect second level Fusion Features submodule respectively.
Transregional service-Engine adopts multi-source heterogeneous information fusion method to determine real time fusion rule and the online fusion rule of decision information of multi-source heterogeneous information; Information fusion technology results from radar target recognition problem (nineteen thirty-seven) the earliest, is a kind of automated information comprehensive treatment technique that formation and development is got up in the eighties in 20th century, since the nineties in 20th century so far, at home and abroad paid much attention to always.Information fusion be utilize computer technology to the observation information of the multi-source obtained chronologically under certain criterion in addition automatic analysis, comprehensively to complete required decision-making and to estimate the information process of task, information fusion is in order to specific objective, to from multi-source data and information combines or integrated treatment, obtain than the more reliable battle field situation in single piece of information source and inductive decision information.Multi-source heterogeneous information fusion method comprises three ranks: the first order is data fusion level, and the second level is Fusion Features level, and the third level is Decision fusion level; Derive from Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system data after preliminary treatment, carry out first order data fusion, the step of first order data fusion be followed successively by Data correction, data correlation, attribute merge; Data after first order data fusion carry out second level Fusion Features and third level Decision fusion again, and second level Fusion Features and third level Decision fusion are the Decision fusion assessments of action carried out Fusion Features assessment in conjunction with the information of dynamic data base and may take; Described dynamic data base is that a dynamic service flow process merges storehouse and dynamic information fusion Optimal Decision-making storehouse.The present invention, by SOA framework, supports multiple application system operation flow to merge and business collaboration fusion.In whole process, all operation assistance services are all transparent to dispatcher, monitoring, decision-making thus dispatcher can concentrate one's energy.
Consider that dispatching services procedure merging information has space-time dynamic, patent of the present invention sets up management-execution-monitoring fusion rule model with production rule blending algorithm.Online and real-time approval process wherein merges and real-time implementation and real-time monitor procedure fusion rule can adjust according to actual conditions.As table one, be the management of one-stop Real-Time Scheduling operation order, operation, monitoring business collaboration process fusion rule.
Table one: one-stop operation order condition managing-execution-monitoring fusion rule
Claims (5)
1. the method for one-stop Real-Time Scheduling management-execution-monitoring, it is characterized in that, at the management and running driving cabin in safety I district & II district, transregional service-Engine is set, for realizing and the fusion of the transregional service request information in safety III district, forward and reverse transmission and transregional safety verification, comprise the following steps:
1. dispatcher submits to transregional service request to transregional service-Engine by management and running driving cabin; 2. transregional service-Engine resolution scheduling runs request that driving cabin submits to and determines fusion rule; 3. transregional service-Engine is by forward and reverse spacer assembly safety verification, and forwarding service request and information fusion rule are to corresponding transregional dispatching management information system; 4. the data that transregional dispatching management information system extraction needs are sent to same district service bus and notify transregional service-Engine; 5. transregional service-Engine is by notifying after forward and reverse spacer assembly safety verification that management and running driving cabin receives fused data; 6. management and running driving cabin receives described fused data, and dispatcher sees fuse information by management and running driving cabin, completes dispatching management, execution, the one-stop collaborative scheduler task of monitoring in real time.
2. the method for one-stop Real-Time Scheduling management according to claim 1-perform-monitoring, it is characterized in that, described transregional service-Engine adopts multi-source heterogeneous information fusion method to determine real time fusion rule and the online fusion rule of decision information of multi-source heterogeneous information; Described multi-source heterogeneous information fusion method comprises three ranks: the first order is data fusion level, and the second level is Fusion Features level, and the third level is Decision fusion level; Derive from Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system data after preliminary treatment, carry out first order data fusion, the step of described first order data fusion be followed successively by Data correction, data correlation, attribute merge; Data after described first order data fusion carry out second level Fusion Features and third level Decision fusion again, and described second level Fusion Features and third level Decision fusion are the Decision fusion assessments of action carried out Fusion Features assessment in conjunction with the information of dynamic data base and may take; Described dynamic data base is that a dynamic service flow process merges storehouse and dynamic information fusion Optimal Decision-making storehouse.
3. the system of one-stop Real-Time Scheduling management-execution-monitoring, it is characterized in that, be included in the management and running driving cabin in safety I district & II district, Dispatching monitor and control system, management and running system and the dispatching management information system in safety III district, between described safety I district & II district and safety IIIth district, there is forward and reverse spacer assembly; Described management and running driving cabin is connected with Dispatching monitor and control system, management and running system respectively, and connecting forward and reverse spacer assembly by operation service bus, described forward and reverse spacer assembly is connected with the dispatching management information system in safety IIIth district by the operation service bus in safety IIIth district again; Between described management and running driving cabin and dispatching management information system, transregional service-Engine is set, for realizing safety I district & II district and the fusion of the transregional service request information in safety IIIth district, forward and reverse transmission and transregional safety verification.
4. the system of one-stop Real-Time Scheduling management according to claim 3-perform-monitoring, it is characterized in that, described transregional service-Engine comprises multi-source heterogeneous information fusion module, described multi-source heterogeneous information fusion module comprises the first order data fusion submodule, second level Fusion Features submodule, the third level Decision fusion submodule that connect successively, and described first order data fusion submodule connects Real-Time Scheduling supervisory control system, data dispatching acquisition system, scheduling information management system by pretreatment module; Described second level Fusion Features submodule, third level Decision fusion submodule connect operation flow respectively and merge and Optimal Decision-making dynamic data base.
5. the system of one-stop Real-Time Scheduling management according to claim 4-perform-monitoring, it is characterized in that, described first order data fusion submodule comprises the data correction unit, data associating unit and the attribute integrated unit that connect successively, described data correction unit connects pretreatment module, and described data correction unit, data associating unit and attribute integrated unit connect second level Fusion Features submodule respectively.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102088393A (en) * | 2009-12-02 | 2011-06-08 | 南京南瑞继保电气有限公司 | Method for transmitting positive and negative data across safety zone |
| CN103246630A (en) * | 2013-05-07 | 2013-08-14 | 国家电网公司 | Distribution network integrated platform information integration method based on model data center |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000308259A (en) * | 1999-04-20 | 2000-11-02 | Toshiba Corp | Power system monitoring control system and storage medium for storing processing program of the system |
| JP5427490B2 (en) * | 2009-07-01 | 2014-02-26 | 株式会社日立製作所 | Electric vehicle charging control system, electric vehicle charging control method, server, and smart meter |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102088393A (en) * | 2009-12-02 | 2011-06-08 | 南京南瑞继保电气有限公司 | Method for transmitting positive and negative data across safety zone |
| CN103246630A (en) * | 2013-05-07 | 2013-08-14 | 国家电网公司 | Distribution network integrated platform information integration method based on model data center |
Non-Patent Citations (2)
| Title |
|---|
| 朱炳铨等.变电站自动化系统实现IEC61850的过渡期策略.《电力系统自动化》.2005,第29卷(第23期),第54-57页. * |
| 邹洪生.浅谈水电厂二次防护措施.《理论研究》.2011,第25-26页. * |
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