CN102855391A - Enhanced message service (EMS) multi-professional-data holographic storage and panoramic accident inversion method - Google Patents
Enhanced message service (EMS) multi-professional-data holographic storage and panoramic accident inversion method Download PDFInfo
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Abstract
The invention discloses an enhanced message service (EMS) multi-professional-data holographic storage and panoramic accident inversion method, which comprises the following steps of: a) performing integrated version management on individual professional models, human-man graphical pictures and measurement point object data corresponding to the human-man graphical pictures of an industrial enterprise energy management and control system through a global version dictionary, and storing system historical models, graphs and data versions at all moments; and b) performing distributed storage on professional real-time data of the industrial enterprise energy management and control system as time sequence data formats into a high-speed database, wherein a triggering type or periodic sampling mode is used as a storage mode. The method is an effective holographic storage method for the multi-professional-data models, the pictures and the data of the industrial enterprise energy management and control system and an accident inversion method for a full panoramic process on the basis of the holographic storage method; and the problem that the conventional large-size industrial enterprise does not have an effective energy accident inversion analysis tool can be solved.
Description
Technical field
The present invention is used for industrial enterprise's energy managing and control system, and especially the storage of the data of energy managing and control system and history inversion are a kind of holographic memory and panorama accident inversion method of multi-specialized data.
Background technology
Under the overall situation of national energy-saving reduction of discharging and reduction energy consumption of unit product policy, large enterprise in each high energy-consuming industry industry (iron and steel, petrochemical industry, coal, building materials etc.) has all set up the energy management center successively, and the links such as the energy generation of enterprise, transmission, consumption, discharging are carried out comprehensive management and control.Energy managing and control system, be that Energy Management System(is called for short EMS) be the core information system of energy centre, an important component part of Enterprise Informatization system, its major function is to realize the data acquisition and control of energy resource system dispersion, concentrated management and dispatching and balanced supply and demand of energy, and realize required energy forecast, for realizing that in the production overall process target of energy-conservation, consumption reduction and environmental protection creates conditions preferably.
Accident inversion is one of method of accident investigation analysis, by computer system reproduction accident situation constantly occurs.Utilize energy managing and control system platform to comprise the data basis of the inverting that can carry out the enterprise energy accident, if can in energy managing and control system, provide Inversion System, can make things convenient for enterprise to carry out crash analysis and summary of experience.But at present, most of energy managing and control systems do not have accident inversion system, even query analysis instrument constantly occurs in some accidents that have that have, but not a kind of intuitively comprehensively inverting of overall process, its main cause is: first, in the energy managing and control system various energy medium are divided into the different majors system, model and the picture of each professional system are separate, constantly change along with the continuous application development of specialty, need the management system of an overall situation that each professional model and figure are carried out the versioned management.Second, each expert data is stored in separately the database, and the crash analysis of enterprise needs comprehensively each professional information, need the database of an overall situation to store each professional time series data, and the time granularity of this data database storing is along with the frequency requirement of each professional image data and difference is arranged, and the data of namely storing must be holographic.The 3rd, based on each professional inverting model, picture and time series data constantly, these information datas of comprehensive inversion system loads must be arranged, by the whole refutation process of human-computer interactive control, provide continuous, that reappear fully, all professional accident inversion environment of energy managing and control system.
In view of existing method can not be fine the problem of accident inversion aspect of processing industrial enterprise energy managing and control system, thereby in the urgent need to a kind of holographic memory of new multi-specialized data and the mode of panorama accident inversion.
Summary of the invention
Purpose of the present invention, be to provide the multi-specialized data holographic storage of a kind of EMS and panorama accident inversion method, it is model, picture, the hologram storage method of data and the accident inversion method of setting up panorama overall process on this basis that a cover is used for the effective multi-specialized data of industrial enterprise's energy managing and control system, can solve the problem that large size industrial enterprise lacks the back analysis instrument of effective energy accident.
In order to reach above-mentioned purpose, solution of the present invention is:
The multi-specialized data holographic storage of a kind of EMS and panorama accident inversion method comprise following content:
A) the multi-specialized model of industrial enterprise's energy managing and control system, figure, data integrated version management;
Step a) comprising: by overall version dictionary to each the professional model that relates to industrial enterprise's energy managing and control system, man-machine graphic picture and with it corresponding measuring point object data carry out integrated version management, preserve free system's historical models, figure and versions of data;
B) industrial enterprise's energy resource system data are carried out holographic memory;
Step b) comprising: each the professional real time data to industrial enterprise's energy managing and control system is carried out distributed storage, saves as the seasonal effect in time series data layout and deposits the high-speed data storehouse in, adopts the memory module of trigger-type or periodic sampling mode.
Said method also comprises following content: the industrial enterprise's energy accident inversion that carries out the panorama overall process: at first the model of loading history version and figure and corresponding minimum particle size arrive the historical data of millisecond, again it is play continuously, change procedure to the system data of random time section carries out inverting, and each uses the Run-time scenario of specialty to restore the system of enterprise energy accident before and after occuring fully.
Above-mentioned steps a) in, the overall version dictionary of described multi-specialized model, figure, data integrated version management comprises following data structure:
Said method further comprises: call the constantly required CASE of inverting from edition management system, each Professional Model, picture and the measuring point that load among this CASE consist of the inverting environment, the inverting control system is according to user command, constantly reading historical data from the high-speed data storehouse is loaded in the CASE model, utilize the Refresh Data of the inverting player plays current time of man-machine interface, carry out inverting, concrete detailed step is as follows:
The first step starts the inverting player, starts simultaneously backstage inverting control system;
Second step is selected inverting zero-time and concluding time, begins to play;
The 3rd goes on foot, and obtains the inverting environment of inverting initial time from the CASE management system, comprising: the old version of each professional historical models, graphic picture;
The 4th step created inverting data buffer storage environment, read the history inversion data: comprise in each Professional Model in measuring value, state value, displacement record, operation note and history alarm;
The 5th step started the comprehensively monitoring picture, by historical data, ejection history alarm information and the outstanding picture of each professional measuring point among the propelling real-time update CASE of time;
The 6th step, other operations of response user;
The 7th step, close the inverting player, stop the inverting control system, withdraw from the inverting environment.
The history inversion data are divided into two kinds in above-mentioned the 4th step: full profile data and message data, and wherein the message data storehouse comprises again delta data, control data and service data, described history inversion data is done classification process, handle data structures comprises:
(1) full profile data structure
By a period of time each professional system facility information of a fragments store, measurement information, comprise the information of OID, state, multi-source data and the statistics thereof of each equipment, store and read a pair of method, read by the inverting player;
(2) variation, control, service data message structure
Message file on a time period comprises being received variation, control and the operation message of each specialty within the inverting period of record and processed by the inverting player.
Above-mentioned steps a) in, described multi-specialized model, figure, data integrated version management be a kind of to overall version dictionary management, it is the public service that system realizes application scenarios data store and management, be convenient to use the partial data that uses under the specific environment and carry out analysis and research, its function comprise CASE storage triggering, storage administration, inquire about, browse, revise, check and comparing function, and have CASE coupling, consistance and completeness check function, comprise the following functions interface:
(1) creates a new CASE, the description of the title of appointment CASE, founder, CASE;
(2) automatic cycle is preserved CASE, retention cycle definable;
(3) in CASE, add each Professional Model, figure and the data recording of data section or a period of time;
(4) obtain the CASE tabulation, comprise title, founder, creation-time, the description of CASE;
(5) obtain to specify each Professional Model, figure and the service data record of storing among the CASE;
(6) each Professional Model, figure and the service data that record among the CASE are upgraded, increased or delete;
(7) CASE of deletion appointment.
Above-mentioned steps b) in, in the holographic store method of described each professional real time data in the high-speed data storehouse, adopt satisfying minimum time and measuring the structure in " time meta-data value " of granularity of a kind of and model separation, this storage organization is described below:
Storage organization for above model measuring point and data separating, adopt the global data base of a kind of measuring point registration center, set up the mapping relations of each professional real time data measuring point ID and high-speed data storehouse measuring point sequence number ID, thereby set up the contact of each Professional Model to the high speed time series data.
The storage of above-mentioned each professional real time data and inquiry all carry out the measuring point conversion afterwards by registration center and data interaction is carried out in the high-speed data storehouse.
The query interface that above-mentioned each professional real time data is applied in the high-speed data storehouse comprises as follows:
(1) setting up and be connected database connects;
(2) data single-point temporal queries;
(3) data multiple spot section inquiry;
(4) data random time section inquiry;
(5) any step-length inquiry of data;
(6) data point model configuration information inquiry.
After adopting such scheme, the invention has the beneficial effects as follows: the method has been utilized " model-figure-data " integrated Version Control technology, even existing system changes at constantly maintenance data base and graphic picture, the method strict guarantee can call accident during history inversion model, figure and data constantly occur; In addition, accident inversion of the present invention provides and has reproduced inverting system's man-machine interface constantly fully, it is inverting environment a kind of panorama and overall process, aspect Inverse range, cover each professional panorama model of system, provide the minimum overall process data exhibiting that arrives Millisecond in the holographic memory of utilizing the high-speed data storehouse aspect the inverting granularity.
The present invention is concrete application realization in a plurality of large size industrial enterprise energy managing and control systems now, has obtained particularly affirming of energy management professional and technical personnel of enterprise customer, has played good effect.
Description of drawings
Fig. 1 is overall version dictionary (CASE) the management schematic diagram of each Professional Model and figure among the present invention;
Fig. 2 is the Organization Chart of overall measuring point registration center management among the present invention;
Fig. 3 is the process flow diagram in each professional real-time data memory high-speed data storehouse among the present invention;
Fig. 4 is the general frame figure of accident inversion system among the present invention;
Fig. 5 is the process flow diagram of inverting player and background control system among the present invention.
Embodiment
Below with reference to accompanying drawing, technical scheme of the present invention is elaborated.
On industrial enterprise's energy managing and control system platform base, for providing the inverting environment of emulation and active data, industrial enterprise's crash analysis supports, the invention provides the multi-specialized data holographic storage of a kind of EMS and panorama accident inversion method, comprised following content: the multi-specialized model of (1) industrial enterprise energy managing and control system, figure, data integrated version management; (2) based on industrial enterprise's energy resource system data holographic storage means in high-speed data storehouse; (3) industrial enterprise's energy accident inversion method of panorama overall process.
One, multi-specialized model, figure, data integrated version management
By overall version dictionary to the model of each specialty (power monitoring, aqueous vapor monitoring, power monitoring, Supervisory control, Energy Sources Equilibrium analysis, optimal control etc.) of relating to industrial enterprise's energy managing and control system, man-machine graphic picture and with it corresponding measuring point object data carry out integrated version management, can preserve free system's historical models, figure and versions of data.
As shown in table 1, the overall version dictionary of multi-specialized model, figure, data integrated version management comprises following data structure:
Table 1
Multi-specialized model, figure, data integrated version management be a kind of to overall version dictionary management, it is the public service that system realizes application scenarios data store and management, be convenient to use the partial data that uses under the specific environment and carry out analysis and research, its function comprise CASE storage triggering, storage administration, inquire about, browse, revise, check and comparing function, and have CASE coupling, consistance and completeness check function.Comprise the following functions interface:
(1) creates a new CASE, can specify title, the founder of CASE, the attributes such as description of CASE;
(2) possess the function that automatic cycle is preserved CASE, retention cycle definable;
(3) in CASE, add each Professional Model, figure and the data recording of data section or a period of time;
(4) obtain the CASE tabulation, comprise the attributes such as title, founder, creation-time, description of CASE;
(5) obtain to specify each Professional Model, figure and the service data record of storing among the CASE;
(6) each Professional Model, figure and the service data that record among the CASE are upgraded, increased or delete;
(7) CASE of deletion appointment.
As shown in Figure 1, all professional model and graphic files are regularly preserved in the CASE management, consist of baseline version, then according to after each Professional Model or the figure generation maintenance variation, for the model and the graphic file that change part, consist of child release, so just preserved the model of the various specialties in the whole system life cycle and the variation CASE old version of figure.
Two, based on industrial enterprise's energy resource system data holographic storage means in high-speed data storehouse
Each professional real time data to industrial enterprise's energy managing and control system is carried out distributed storage, saves as the seasonal effect in time series data layout and deposits the high-speed data storehouse in.According to the data characteristics of different majors, provide the memory module of the multiple rank time granularity of trigger-type and periodic sampling mode.
Because each professional model is different, also there is different demands in minimal sampling time interval to the storage of historical data, therefore each expert data in the high-speed data storehouse holographic store method in, adopt satisfying minimum time and measuring the structure in " time meta-data value " of granularity of a kind of and model separation, this structure makes data separate with Professional Model, satisfy each specialty to the requirement of different sampling interval density with the time series form, this storage organization is described below:
Storage organization for above model measuring point and data separating, adopt the global data base of a kind of measuring point registration center, manage the mapping relations of each expert data measuring point ID and high-speed data storehouse measuring point sequence number ID, thereby set up the contact of each Professional Model to the high speed time series data, as shown in Figure 2, the storage of each expert data and inquiry are all undertaken after the measuring point conversion by registration center and data interaction is carried out in the high-speed data storehouse.
As shown in Figure 3, sampling to each specialized database, adopt the method for distributed sample: the consistance of at first safeguarding specialized database measuring point ID and registration center's mapping table, then according to the sampling interval demand of each measuring point the real time data value is sampled, and increase measuring point sequence number ID and write buffer memory, periodically deposit the time series data in the buffer memory in the high-speed data storehouse again.
Each professional application is described below at the query interface in high-speed data storehouse:
(1) setting up and be connected database connects
(2) data single-point temporal queries
(3) data multiple spot section inquiry
(4) data random time section inquiry
(5) any step-length inquiry of data
(6) data point model configuration information inquiry
Three, industrial enterprise's energy accident inversion method of panorama overall process
Can carry out inverting to the change procedure of the system data of random time section, each uses the Run-time scenario of specialty to restore the system of enterprise energy accident before and after occuring fully.The inverting control system is at first called the constantly required CASE of inverting from edition management system, each the professional historical models, picture and the measuring point that load among this CASE consist of the inverting environment, read again historical data corresponding to each professional historical models from the high-speed data storehouse to the data buffer storage of inverting environment, use the inverting player to play continuously.This inversion method possesses by all specialized databases and consists of the panorama environment, has reflected that minimum particle size arrives the overall process variable quantity of millisecond.The population inversion flow process is as shown in Figure 4:
The inverting control system is according to user command, constantly reading historical data from the high-speed data storehouse is loaded in the CASE model, the Refresh Data that current time is play in the inverting that utilizes the picture of inverting player to close the man-machine interfaces such as alarm carries out inverting, and concrete detailed step is as follows:
The first step starts the inverting player, starts simultaneously backstage inverting control system;
Second step is selected inverting zero-time and concluding time, begins to play;
The 3rd goes on foot, and obtains the inverting environment of inverting initial time from the CASE management system, comprising: the old version of each professional historical models, graphic picture;
The 4th step created inverting data buffer storage environment, read the history inversion data: comprise in each Professional Model in measuring value, state value, displacement record, operation note, history alarm etc.;
The 5th step started the comprehensively monitoring picture, by the historical data of each professional measuring point among the propelling real-time update CASE of time, ejected history alarm information, outstanding picture etc.;
In the 6th step, response user's time-out, stop, resetting and change other operations such as broadcasting speed time step;
The 7th step, close the inverting player, stop the inverting control system, withdraw from the inverting environment.
Wherein, in the 4th step of refutation process the history inversion data are divided into two kinds: full profile data and message data (delta data, control data, service data), to do classification and process, main handle data structures comprises:
(1) full profile data structure
By 5 minutes each professional system facility informations of a fragments store, measurement information, comprise the information etc. of OID, state, multi-source data and the statistics thereof of each equipment, store and read a pair of method, read by the inverting player.All data file content format design is:
CLASS_ID1, object number, attribute number;
Property ID 1, Property ID 2,
First object OID, the value of attribute 1, the value of attribute 2,
Second object OID, the value of attribute 1, the value of attribute 2,
……
CLASS_ID2, object number, attribute number;
Property ID 1, Property ID 2,
First object OID, the value of attribute 1, the value of attribute 2,
Second object OID, the value of attribute 1, the value of attribute 2,
……
(2) variation, control, service data message structure
By 5 minutes message files, comprise variation, control and the operation message of each specialty within the inverting period of record, receive and process by the inverting player.The message data file format designs is:
Time, type of message, message length;
The message body;
……
Time, type of message, message length;
The message body;
……
The inverting control system is to the loading flow process of full profile data and message data as shown in Figure 5: periodically call historical full profile data by main thread and be loaded into data buffer storage in the inverting environment, be loaded into packet buffer in the inverting environment by the events such as the historical control operation alarm of acceptance of event thread trigger-type.
In sum, the multi-specialized data holographic storage of a kind of EMS of the present invention and panorama accident inversion method, model and figure to multi-specialized application in the energy managing and control system carry out integrated version management, the object measuring point time series data of each model is carried out holographic memory by the high-speed data storehouse, and a kind of panorama accident inversion method proposed on this basis, all profile data situations of front and back system occur and carry out overall process and play continuously in reproduction enterprise energy accident in the inverting environment, by each pipe network of arbitrarily observation accident of the inverting environment moment, equipment, the change procedure of the details of the data such as analytical calculation supports for the enterprise security crash analysis provides the inverting environment of emulation and active data.
Multi-specialized model, figure, data integrated version management: by overall version dictionary to the model of each specialty (power monitoring, aqueous vapor monitoring, power monitoring, Supervisory control, Energy Sources Equilibrium analysis, optimal control etc.) of relating to industrial enterprise's energy managing and control system, man-machine graphic picture and with it corresponding measuring point object data carry out integrated version management, can preserve free system's historical models, figure and versions of data.The CASE management is the public service that system realizes application scenarios data store and management, is convenient to use the partial data that uses under the specific environment and carries out analysis and research.Its function comprise CASE storage triggering, storage administration, inquire about, browse, revise, check and comparing function, and have CASE coupling, consistance and completeness check function.All professional model and graphic files are regularly preserved in the CASE management, consist of baseline version, then according to after each Professional Model or the figure generation maintenance variation, for the model and the graphic file that change part, consist of child release, so just preserved the model of the various specialties in the whole system life cycle and the variation CASE old version of figure.
Industrial enterprise's energy resource system data holographic storage means based on the high-speed data storehouse: each the professional real time data to industrial enterprise's energy managing and control system is carried out distributed storage, saves as the seasonal effect in time series data layout and deposits the high-speed data storehouse in.According to the data characteristics of different majors, provide the memory module of the multiple rank time granularity of trigger-type and periodic sampling mode.Because each professional model is different, also there is different demands in minimal sampling time interval to the storage of historical data, therefore each expert data in the high-speed data storehouse holographic store method in, adopt satisfying minimum time and measuring the structure in " time meta-data value " of granularity of a kind of and model separation, this structure makes data separate with Professional Model, satisfies each specialty to the requirement of different sampling interval density with the time series form.Adopt the global data base of a kind of measuring point registration center, manage the mapping relations of each expert data measuring point ID and high-speed data storehouse measuring point sequence number ID, thereby set up each Professional Model to the contact of high speed time series data as shown in the figure, the storage of each expert data and inquiry are all undertaken after the measuring point conversion by registration center and data interaction is carried out in the high-speed data storehouse.
Industrial enterprise's energy accident inversion method of panorama overall process: the inverting control system is at first called the constantly required CASE of inverting from edition management system, each the professional historical models, picture and the measuring point that load among this CASE consist of the inverting environment, read again historical data corresponding to each professional historical models from the high-speed data storehouse to the data buffer storage of inverting environment, use the inverting player to play continuously.This inversion method possesses by all specialized databases and consists of the panorama environment, has reflected that minimum particle size arrives the overall process variable quantity of millisecond.
Above embodiment only for explanation technological thought of the present invention, can not limit protection scope of the present invention with this, every technological thought that proposes according to the present invention, and any change of doing on the technical scheme basis all falls within the protection domain of the present invention.
Claims (9)
1. the multi-specialized data holographic of EMS is stored and panorama accident inversion method, it is characterized in that comprising following content:
A) the multi-specialized model of industrial enterprise's energy managing and control system, figure, data integrated version management;
Step a) comprising: by overall version dictionary to each the professional model that relates to industrial enterprise's energy managing and control system, man-machine graphic picture and with it corresponding measuring point object data carry out integrated version management, preserve free system's historical models, figure and versions of data;
B) industrial enterprise's energy resource system data are carried out holographic memory;
Step b) comprising: each the professional real time data to industrial enterprise's energy managing and control system is carried out distributed storage, saves as the seasonal effect in time series data layout and deposits the high-speed data storehouse in, adopts the memory module of trigger-type or periodic sampling mode.
2. the multi-specialized data holographic of a kind of EMS as claimed in claim 1 is stored and panorama accident inversion method, it is characterized in that: also comprise following content: the industrial enterprise's energy accident inversion that carries out the panorama overall process: at first the model of loading history version and figure and corresponding minimum particle size arrive the historical data of millisecond, again it is play continuously, change procedure to the system data of random time section carries out inverting, and each uses the Run-time scenario of specialty to restore the system of enterprise energy accident before and after occuring fully.
3. the multi-specialized data holographic of a kind of EMS as claimed in claim 1 is stored and panorama accident inversion method, it is characterized in that: described step a) in, the overall version dictionary of described multi-specialized model, figure, data integrated version management comprises following data structure:
4. the multi-specialized data holographic of a kind of EMS as claimed in claim 3 is stored and panorama accident inversion method, it is characterized in that described method also comprises: from edition management system, call the constantly required CASE of inverting, each Professional Model, picture and the measuring point that load among this CASE consist of the inverting environment, the inverting control system is according to user command, constantly reading historical data from the high-speed data storehouse is loaded in the CASE model, utilize the Refresh Data of the inverting player plays current time of man-machine interface, carry out inverting, concrete detailed step is as follows:
The first step starts the inverting player, starts simultaneously backstage inverting control system;
Second step is selected inverting zero-time and concluding time, begins to play;
The 3rd goes on foot, and obtains the inverting environment of inverting initial time from the CASE management system, comprising: the old version of each professional historical models, graphic picture;
The 4th step created inverting data buffer storage environment, read the history inversion data: comprise in each Professional Model in measuring value, state value, displacement record, operation note and history alarm;
The 5th step started the comprehensively monitoring picture, by historical data, ejection history alarm information and the outstanding picture of each professional measuring point among the propelling real-time update CASE of time;
The 6th step, other operations of response user;
The 7th step, close the inverting player, stop the inverting control system, withdraw from the inverting environment.
5. the multi-specialized data holographic of a kind of EMS as claimed in claim 4 is stored and panorama accident inversion method, it is characterized in that: the history inversion data are divided into two kinds in described the 4th step: full profile data and message data, wherein the message data storehouse comprises again delta data, control data and service data, described history inversion data are done classification process, handle data structures comprises:
(1) full profile data structure
By a period of time each professional system facility information of a fragments store, measurement information, comprise the information of OID, state, multi-source data and the statistics thereof of each equipment, store and read a pair of method, read by the inverting player;
(2) variation, control, service data message structure
Message file on a time period comprises being received variation, control and the operation message of each specialty within the inverting period of record and processed by the inverting player.
6. the multi-specialized data holographic of a kind of EMS as claimed in claim 1 is stored and panorama accident inversion method, it is characterized in that: described step a) in, described multi-specialized model, figure, data integrated version management be a kind of to overall version dictionary management, it is the public service that system realizes application scenarios data store and management, be convenient to use the partial data that uses under the specific environment and carry out analysis and research, its function comprises that the storage of CASE triggers, storage administration, inquiry, browse, revise, check and comparing function, and has a CASE coupling, consistance and completeness check function comprise the following functions interface:
(1) creates a new CASE, the description of the title of appointment CASE, founder, CASE;
(2) automatic cycle is preserved CASE, retention cycle definable;
(3) in CASE, add each Professional Model, figure and the data recording of data section or a period of time;
(4) obtain the CASE tabulation, comprise title, founder, creation-time, the description of CASE;
(5) obtain to specify each Professional Model, figure and the service data record of storing among the CASE;
(6) each Professional Model, figure and the service data that record among the CASE are upgraded, increased or delete;
(7) CASE of deletion appointment.
7. the multi-specialized data holographic of a kind of EMS as claimed in claim 1 is stored and panorama accident inversion method, it is characterized in that: described step b), in the holographic store method of described each professional real time data in the high-speed data storehouse, adopt satisfying minimum time and measuring the structure in " time meta-data value " of granularity of a kind of and model separation, this storage organization is described below:
Storage organization for above model measuring point and data separating, adopt the global data base of a kind of measuring point registration center, set up the mapping relations of each professional real time data measuring point ID and high-speed data storehouse measuring point sequence number ID, thereby set up the contact of each Professional Model to the high speed time series data.
8. the multi-specialized data holographic of a kind of EMS as claimed in claim 7 is stored and panorama accident inversion method, it is characterized in that: the storage of described each professional real time data and inquiry all carry out the measuring point conversion afterwards by registration center and data interaction is carried out in the high-speed data storehouse.
9. the multi-specialized data holographic of a kind of EMS as claimed in claim 7 is stored and panorama accident inversion method, and it is characterized in that: the query interface that described each professional real time data is applied in the high-speed data storehouse comprises as follows:
(1) setting up and be connected database connects;
(2) data single-point temporal queries;
(3) data multiple spot section inquiry;
(4) data random time section inquiry;
(5) any step-length inquiry of data;
(6) data point model configuration information inquiry.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050033481A1 (en) * | 2003-08-08 | 2005-02-10 | Budhraja Vikram S. | Real-time performance monitoring and management system |
| US20060156967A1 (en) * | 2004-12-30 | 2006-07-20 | Industrial Technology Research Institute | Alarm analysis methods and systems capable of multi-purpose function |
| CN102073712A (en) * | 2010-12-31 | 2011-05-25 | 北京四方继保自动化股份有限公司 | Holographic process data archiving and inverting method based on dynamic change frame |
| CN102214228A (en) * | 2011-06-24 | 2011-10-12 | 国电南瑞科技股份有限公司 | Large-grid distributed real-time database system and data management method thereof |
| CN102495916A (en) * | 2011-11-07 | 2012-06-13 | 中国南方电网有限责任公司 | Multi-application-system panoramic modeling method based on object matching |
-
2012
- 2012-08-10 CN CN201210283436.7A patent/CN102855391B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050033481A1 (en) * | 2003-08-08 | 2005-02-10 | Budhraja Vikram S. | Real-time performance monitoring and management system |
| US20060156967A1 (en) * | 2004-12-30 | 2006-07-20 | Industrial Technology Research Institute | Alarm analysis methods and systems capable of multi-purpose function |
| CN102073712A (en) * | 2010-12-31 | 2011-05-25 | 北京四方继保自动化股份有限公司 | Holographic process data archiving and inverting method based on dynamic change frame |
| CN102214228A (en) * | 2011-06-24 | 2011-10-12 | 国电南瑞科技股份有限公司 | Large-grid distributed real-time database system and data management method thereof |
| CN102495916A (en) * | 2011-11-07 | 2012-06-13 | 中国南方电网有限责任公司 | Multi-application-system panoramic modeling method based on object matching |
Non-Patent Citations (1)
| Title |
|---|
| 姜彬等: "版本管理技术在能量管理系统中的应用", 《电力系统自动化》 * |
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103646348A (en) * | 2013-09-26 | 2014-03-19 | 国家电网公司 | Method for saving factory station wiring diagram panoramic inversion context |
| CN103646348B (en) * | 2013-09-26 | 2017-01-11 | 国家电网公司 | Method for saving factory station wiring diagram panoramic inversion context |
| CN104516894A (en) * | 2013-09-27 | 2015-04-15 | 国际商业机器公司 | Method and device for managing time series database |
| CN104516894B (en) * | 2013-09-27 | 2018-08-17 | 国际商业机器公司 | Method and apparatus for managing time series databases |
| US10229129B2 (en) | 2013-09-27 | 2019-03-12 | International Business Machines Corporation | Method and apparatus for managing time series database |
| CN103778501A (en) * | 2013-11-05 | 2014-05-07 | 国电南瑞科技股份有限公司 | Accident inversion system and accident inversion method of electric power dispatching automation system |
| CN103778501B (en) * | 2013-11-05 | 2016-12-07 | 国电南瑞科技股份有限公司 | Electric power scheduling automatization system accident inversion method |
| CN104765792A (en) * | 2015-03-24 | 2015-07-08 | 华为技术有限公司 | Dimension data storing method, device and system |
| CN104765792B (en) * | 2015-03-24 | 2018-06-15 | 华为技术有限公司 | A kind of method, apparatus and system of dimension data storage |
| CN105701140A (en) * | 2015-11-26 | 2016-06-22 | 中国传媒大学 | Method for constructing holographic image material library |
| CN111026792A (en) * | 2019-11-04 | 2020-04-17 | 南京四方亿能电力自动化有限公司 | Message-driven key process holographic tracing method and system |
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