CN103391218A - Management system applied to electric system and based on data hierarchy and classification - Google Patents
Management system applied to electric system and based on data hierarchy and classification Download PDFInfo
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- CN103391218A CN103391218A CN2013103165162A CN201310316516A CN103391218A CN 103391218 A CN103391218 A CN 103391218A CN 2013103165162 A CN2013103165162 A CN 2013103165162A CN 201310316516 A CN201310316516 A CN 201310316516A CN 103391218 A CN103391218 A CN 103391218A
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Abstract
The invention provides a management system which is applied to an electric system and based on data hierarchy and classification, and comprises a first-class data layer, a second-class data layer and a third-class data layer, wherein the first-class data layer is connected with the second-class data layer; the second-class data layer is connected with the third-class data layer; the first-class data layer comprises a generation server and a transmission device I; the second-class data layer comprises a power transformation data hierarchy management platform, a real-time information server II, a failure recording server II, an on-line monitoring information server II, a first receiving device and a second receiving device; the third-class data layer comprises at least one ordinary transformer substation data layer; and the ordinary transformer substation data layer comprises an on-line monitoring information server IV and a transmission device IV. According to the management system, effective management of a data resource in the existing system database is improved; requirements on high performance, high safety, high reliability and high extension are met; and a resource use ratio is further increased.
Description
Technical field
The present invention relates to the management system field of data hierarchy classification, refer to especially a kind of based on data management system at different levels that is applied to electric power system.
Background technology
The expansion with the electrical network scale carried out in a deep going way along with network operation, the demand of the aspects such as the Real Time Monitoring of electric power system, analysis decision, information issue and information early warning is also more and more higher, information interaction between all departments, personnel is also more and more, more and more frequent, this just requires, in different geographical, data are had high performance read-write capability, and information resources are shared and the hierarchical management of data becomes distinct issues.
Based on data management system at different levels, purpose is to realize the integration of data physics, logic, application, Enterprise SOA, improve efficiency and the safety guarantee of data center services, guarantee the stable operation of electric power system, realize virtual end to end, Storage Virtualization, calculate virtually, network virtualization, carry out intelligent management to resource.
yet, data in Database Management System in Electrical Power System do not adopt management mode at different levels fully, lack perfect data management mechanism, there is a large amount of junk datas, the migration of new and old database, the linking of each program, the adaptation of new procedures is perfect, the various situations such as cognitive qualification of operation all can relate to and affect the quality of data, this not only takies hard drive space, the waste resource, affect efficiency, make simultaneously the correlation of operation system, the access of data flow and the requirement of system security controls reduce greatly, load balancing and data protection have been subject to impact, unauthorized access, hacker's virus attack etc. all likely constitutes a threat to the electric power networks system.
For the problem that exists in resolution system, need a cover perfect towards whole life-span of organising data, fully integrated data management mechanism, build the highly data center of intelligence, safeguards system safe, stable.
Summary of the invention
, in order to address the above problem, the present invention proposes a kind of based on data management system at different levels that is applied to electric power system.A kind of based on data management system at different levels that is applied to electric power system that the present invention proposes, improve effective management of data resource in the existing system database, meet the demand of high-performance, high safe, highly reliable and high expansion, further improve resource utilization.
Technical scheme of the present invention is achieved in that
A kind of based on data management system at different levels that is applied to electric power system comprises: one-level data Layer, secondary data layer, three DBMS layers, and described one-level data Layer is connected with the secondary data layer, and described secondary data layer is connected with three DBMS layers,
Described one-level data Layer comprises generation server, the transmitting device I;
Described secondary data layer comprises power transformation data hierarchy management platform, real-time information server II, failure wave-recording server II, on-line monitoring information server II, first receiving device, the second receiving system;
Described three DBMS layers comprise at least one common substation data layer, and described common substation data layer comprises online monitoring information server IV, transmitting device IV;
Described production server is connected with first receiving device by the transmitting device I, and described first receiving device is connected with power transformation data hierarchy management platform, and described power transformation data hierarchy management platform is connected with the production server by network;
Described real-time information server II, failure wave-recording server II, on-line monitoring information server II are connected with power transformation data hierarchy management platform respectively;
Described on-line monitoring information server IV is connected with the second receiving system by the transmitting device IV, and described the second receiving system is connected with power transformation data hierarchy management platform.
Above-mentioned a kind of based on data management system at different levels that is applied to electric power system, wherein, described three DBMS layers also comprise at least one intelligent substation data Layer, described intelligent substation data Layer comprises intelligent substation data management platform, real-time information server III, failure wave-recording server III, on-line monitoring information server III, real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means
Described real-time information server III, failure wave-recording server III, on-line monitoring information server III connect respectively at the intelligent substation data management platform, described intelligent substation data management platform connects respectively at real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means, and described real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means are connected with the second receiving system respectively.
Above-mentioned a kind of based on data management system at different levels that is applied to electric power system, wherein, described intelligent substation data Layer also comprises the standby server III, described standby server III is connected with the intelligent substation data management platform.
Above-mentioned a kind of based on data management system at different levels that is applied to electric power system, wherein, described secondary data layer also comprises the standby server II, described standby server II is connected with power transformation data hierarchy management platform.
Above-mentioned a kind of based on data management system at different levels that is applied to electric power system, wherein, arrange fire compartment wall between described one-level data Layer and secondary data layer, between described secondary data layer and three DBMS layers, fire compartment wall is set.
A kind of based on data management system at different levels that is applied to electric power system provided by the invention, in data Layers at different levels, have the data that can keep supplying the DBMS layer and check, centralized displaying senior application data, do not show but the operational management data that can manually check and the basic data that need to process processing.
A kind of based on data management system at different levels that is applied to electric power system provided by the invention; Servers-all is divided into Intranet district, Extranet district and Internet district; and servers at different levels connect with receiving system by transmitting device, and unified storage resources, provide data protection.Interconnect by switching network between described three layer data layers, safeguard protection layer by layer, server has hierarchical relationship in data management.
Description of drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, below will the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is a kind of structural representation that is applied to the based on data management system at different levels of electric power system of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills, not making under the creative work prerequisite the every other embodiment that obtains, belong to the scope of protection of the invention.
A kind of based on data management system at different levels that is applied to electric power system, comprise: one-level data Layer 100, secondary data layer 200, three DBMS layers 300, described one-level data Layer 100 is connected with secondary data layer 200, described secondary data layer 200 is connected with three DBMS layers 300, between described one-level data Layer 100 and secondary data layer 200, fire compartment wall is set, between described secondary data layer 200 and three DBMS layers 300, fire compartment wall is set.
Described one-level data Layer 100 comprises generation server 110, transmitting device I 120.Described secondary data layer 200 comprises power transformation data hierarchy management platform 210, real-time information server II 220, failure wave-recording server II 230, on-line monitoring information server II 240, standby server II 250, first receiving device 261, the second receiving system 262.Described three DBMS layers 300 comprise at least one common substation data layer 320, and described common substation data layer 320 comprises online monitoring information server IV 322, transmitting device IV 321; Described three DBMS layers 300 also comprise at least one intelligent substation data Layer 310, and described intelligent substation data Layer 310 comprises intelligent substation data management platform 311, real-time information server III 312, failure wave-recording server III 314, on-line monitoring information server III 313, standby server III 315, real time information transmitting device 316, failure wave-recording transmitting device 318, on-line monitoring information carrying means 317.
Described production server 110 is connected with first receiving device 261 by transmitting device I 120, described first receiving device 261 is connected with power transformation data hierarchy management platform 210, and described power transformation data hierarchy management platform 210 is connected with production server 110 by network.
Described real-time information server II 220, failure wave-recording server II 230, on-line monitoring information server II 240, standby server II 250 are connected with power transformation data hierarchy management platform 210 respectively.
Described on-line monitoring information server IV 322 is connected 262 by transmitting device IV 321 with the second receiving system, and described the second receiving system 262 is connected with power transformation data hierarchy management platform 210.
Described real-time information server III 312, failure wave-recording server III 314, on-line monitoring information server III 313, standby server III 315 connect respectively at intelligent substation data management platform 311, described intelligent substation data management platform 311 connects respectively at real time information transmitting device 316, failure wave-recording transmitting device 318, on-line monitoring information carrying means 317, and described real time information transmitting device 316, failure wave-recording transmitting device 318, on-line monitoring information carrying means 317 are connected with the second receiving system 262 respectively.
A kind of based on data management system at different levels that is applied to electric power system provided by the invention, the on-line monitoring information server IV 322 in common substation data layer 320 is transmitted by transmitting device IV 321, the second receiving system 262 data that it gathers storage successively to power transformation data hierarchy management platform 210.real-time information server III 312 in intelligent substation data Layer 310, failure wave-recording server III 314, on-line monitoring information server III 313, standby server III 315 is carried its corresponding data that gather storage respectively to intelligent substation data management platform 311, the data storage that intelligent substation data management platform 311 transports each server, and Classifying Sum, then comprise real time information transmitting device 316 to transmitting device corresponding to data respectively according to the variety classes under data, failure wave-recording transmitting device 318, on-line monitoring information carrying means 317 is carried, real time information transmitting device 316, failure wave-recording transmitting device 318, on-line monitoring information carrying means 317 transmits by the second receiving system 262 data again to power transformation data hierarchy management platform 210.Power transformation data hierarchy management platform 210 also receives the data that real-time information server II 220, failure wave-recording server II 230, on-line monitoring information server II 240,250 transmission of standby server II in secondary data layer 200 come simultaneously.Power transformation data hierarchy management platform 210, with all data storage and Classifying Sums of its reception, these data translations are become to produce the data that server 110 can be identified, and the data after translating is transmitted through the network to production server 110.Produce server 110 and be used for the data display that will receive to other user of each level.Produce server 110 and have for the data of showing the function that audit, early warning are checked, if discovery data exception, will make the caution mark for this abnormal data, and the information that will warn mark once transfers to power transformation data hierarchy management platform 210 by transmitting device I 120, first receiving device 261, thereby realizes effectively in time sharing and monitoring of data.
A kind of based on data management system at different levels that is applied to electric power system provided by the invention, in data Layers at different levels, have the data that can keep supplying the DBMS layer and check, centralized displaying senior application data, do not show but the operational management data that can manually check and the basic data that need to process processing.
A kind of based on data management system at different levels that is applied to electric power system provided by the invention; Servers-all is divided into Intranet district, Extranet district and Internet district; and servers at different levels connect with receiving system by transmitting device, and unified storage resources, provide data protection.Interconnect by switching network between described three layer data layers, safeguard protection layer by layer, server has hierarchical relationship in data management.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (6)
1. based on data management system at different levels that is applied to electric power system, it is characterized in that, comprising: one-level data Layer, secondary data layer, three DBMS layers, described one-level data Layer is connected with the secondary data layer, described secondary data layer is connected with three DBMS layers
Described one-level data Layer comprises generation server, the transmitting device I;
Described secondary data layer comprises power transformation data hierarchy management platform, real-time information server II, failure wave-recording server II, on-line monitoring information server II, first receiving device, the second receiving system;
Described three DBMS layers comprise at least one common substation data layer, and described common substation data layer comprises online monitoring information server IV, transmitting device IV;
Described production server is connected with first receiving device by the transmitting device I, and described first receiving device is connected with power transformation data hierarchy management platform, and described power transformation data hierarchy management platform is connected with the production server by network;
Described real-time information server II, failure wave-recording server II, on-line monitoring information server II are connected with power transformation data hierarchy management platform respectively;
Described on-line monitoring information server IV is connected with the second receiving system by the transmitting device IV, and described the second receiving system is connected with power transformation data hierarchy management platform.
2. a kind of based on data management system at different levels that is applied to electric power system according to claim 1, it is characterized in that, described three DBMS layers also comprise at least one intelligent substation data Layer, described intelligent substation data Layer comprises intelligent substation data management platform, real-time information server III, failure wave-recording server III, on-line monitoring information server III, real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means
Described real-time information server III, failure wave-recording server III, on-line monitoring information server III connect respectively at the intelligent substation data management platform, described intelligent substation data management platform connects respectively at real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means, and described real time information transmitting device, failure wave-recording transmitting device, on-line monitoring information carrying means are connected with the second receiving system respectively.
3. a kind of based on data management system at different levels that is applied to electric power system according to claim 2, it is characterized in that, described intelligent substation data Layer also comprises the standby server III, and described standby server III is connected with the intelligent substation data management platform.
4. the described a kind of based on data management system at different levels that is applied to electric power system of any one claim according to claim 1-3, it is characterized in that, described secondary data layer also comprises the standby server II, and described standby server II is connected with power transformation data hierarchy management platform.
5. the described a kind of based on data management system at different levels that is applied to electric power system of any one claim according to claim 1-3, it is characterized in that, between described one-level data Layer and secondary data layer, fire compartment wall is set, between described secondary data layer and three DBMS layers, fire compartment wall is set.
According to claim 4 in the described a kind of based on data management system at different levels that is applied to electric power system of any one claim, it is characterized in that, between described one-level data Layer and secondary data layer, fire compartment wall is set, between described secondary data layer and three DBMS layers, fire compartment wall is set.
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| CN104124683A (en) * | 2014-07-25 | 2014-10-29 | 国家电网公司 | Autonomous electrical power system framework and operation control method thereof |
| CN105700506A (en) * | 2016-04-29 | 2016-06-22 | 南京信息职业技术学院 | Remote temperature and humidity control system for transformer substation |
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| CN103391218B (en) | 2016-06-01 |
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