CN104036341A - Three-dimensional visual low-voltage transformer area management system - Google Patents
Three-dimensional visual low-voltage transformer area management system Download PDFInfo
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- CN104036341A CN104036341A CN201410155390.XA CN201410155390A CN104036341A CN 104036341 A CN104036341 A CN 104036341A CN 201410155390 A CN201410155390 A CN 201410155390A CN 104036341 A CN104036341 A CN 104036341A
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Abstract
The invention discloses a three-dimensional visual low-voltage transformer area management system, which comprises a user query subsystem, an application subsystem, a support platform, a database subsystem and an interface subsystem, wherein the support platform is used for carrying out unified management on the database subsystem and the interface subsystem, obtaining map data, electric power data and electric power consumption information from the database subsystem and the interface subsystem and carrying out unified organization; then, each work module in the application subsystem is used for carrying out integration processing on the map data, the electric power data and the electric power consumption information, and three-dimensional visual information is generated; and operators can realize visualized query on the three-dimensional visual information through the user query subsystem and can output control instructions to equipment in a low-voltage transformer area for completing operations such as switching operation. The specialized and systematized management can be realized on the low-voltage transformer area, so the problems of confusion and low efficiency of the management on the low-voltage transformer area by the existing management measures can be solved.
Description
Technical field
The application relates to power technology field, more particularly, relates to a kind of three-dimensional visualization low-voltage platform area management system.
Background technology
For a long time, power department adopts open, complete artificial management method for the information management of the low-voltage platform area of electrical network always, lacks specialization, systematized management method and means, thereby causes the managerial confusion in low-voltage platform area and poor efficiency.
Summary of the invention
In view of this, the application provides a kind of three-dimensional visualization low-voltage platform area management system, confusion and the poor efficiency to the low-voltage platform area management that to solve for want of specialized, the systematization of existing ladder of management, cause.
To achieve these goals, the existing scheme proposing is as follows:
A three-dimensional visualization low-voltage platform area management system, comprises user's Query Subsystem, application subsystem, support platform, the database subset interface subsystem of unifying, wherein:
Described user's Query Subsystem is used for sending query statement or carrying out instruction to application subsystem, and from described application subsystem, obtains the three-dimensional visualization information of low-voltage platform area, to realize real-time location and the visual presentation of power equipment information;
Described application subsystem is used for receiving described query statement or described execution instruction, and to described support platform, send reading command according to described query statement, and map datum, electric power data and the power consumption information of described support platform feedback are organized, generate described three-dimensional visualization information and described three-dimensional visualization information is outputed to described Query Subsystem; Or described execution instruction is outputed to described support platform;
Described support platform is used for according to the described map datum of described reading command reading database subsystem and described electric power data, and described map datum and described electric power data are outputed to described application subsystem; Described support platform is also for outputing to described execution instruction for controlling the electric control system of the equipment of described low-voltage platform area;
Described interface subsystem is for receiving the described power consumption information of basic resource management system and described power consumption information being outputed to described support platform.
Preferably, described user's Query Subsystem comprises safety guarantee unit and workstation unit, wherein:
Described safety guarantee unit provides classification to log in management access service, for sending described query statement or described execution instruction by default access to described application subsystem;
Described workstation unit, for providing workbench to operating personnel, receives described query statement or described execution instruction that operating personnel send.
Preferably, described workstation unit comprises leading position station and/or common workstation, wherein:
Described leading position station is for receiving described query statement or the described execution instruction of the higher-rights of leader's output;
Described common workstation for receive default access compared with the described query statement of low rights or described execution instruction.
Preferably, described application subsystem comprises that map basic operation module, statistical analysis module, transformer surpass a year display module, query search module, power failure visualization model, the painted display module of building electric consumption, topological analysis module and/or back brake analog module.
Preferably, described supporting platform comprises three-dimensional geographic information platform and a plurality of intermediate information interactive module.
Preferably, described database subsystem comprises map data base and electric power data storehouse, wherein:
Described map data base is used for storing three-dimensional map data;
Described electric power data storehouse is for store power system data.
Preferably, described electric power system data comprises device space information, device parameter information and equipment topology information.
Preferably, this management system adopts browser/server framework, wherein:
Described for Query Subsystem as described browser;
Described application subsystem, described support platform and described database subsystem form described server;
Described interface subsystem forms described server to the input-output system of external system.
Preferably, described interface subsystem is provided with the public transformer terminals system interface of electric power;
The public transformer terminals system interface of described electric power is connected for the public transformer terminals system of the electric power with described low-voltage platform area.
Preferably, described interface subsystem is also provided with other electric system interfaces;
Described other electric system interfaces are for being connected with other electric system.
From above-mentioned technical scheme, can find out, the application discloses a kind of three-dimensional visualization low-voltage platform area management system, comprise user's Query Subsystem, application subsystem, support platform, the database subset interface subsystem of unifying, utilize support platform to carry out unified management to the database subset interface subsystem of unifying, and therefrom obtain map datum, electric power data and power consumption information, and carry out organization of unity, in recycling application subsystem, each operational module is to map datum, electric power data and power consumption information are carried out integration process, generating three-dimensional visual information, operating personnel utilize for Query Subsystem and can inquire about intuitively three-dimensional visualization information, and can export steering order to complete the operations such as back brake to the equipment of low-voltage platform area, can realize low-voltage platform area specialized, systematized management, thereby can solve confusion and the poor efficiency of existing ladder of management to low-voltage platform area management.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiment of the application, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The structural drawing of a kind of three-dimensional visualization low-voltage platform area management system that Fig. 1 provides for the embodiment of the present application;
The structural drawing of a kind of three-dimensional visualization low-voltage platform area management system that Fig. 2 provides for another embodiment of the application.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only the application's part embodiment, rather than whole embodiment.Embodiment based in the application, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the application's protection.
Embodiment mono-
The block diagram of a kind of three-dimensional visualization low-voltage platform area management system that Fig. 1 provides for the embodiment of the present application.
As shown in Figure 1, the three-dimensional visualization low-voltage platform area management system that the present embodiment provides comprises user's Query Subsystem 10, application subsystem 20, support platform 30, database subsystem 40 and interface subsystem 50.
User's Query Subsystem 10 is for sending query statement or carrying out instruction to application subsystem 20.
Query statement or execution instruction that application subsystem 20 is sent for receiving user's Query Subsystem 10, and to support platform 30, send reading command according to query statement, maybe execution instruction is outputed to support platform 30;
Support platform 30 is for according to map datum and the electric power data of reading command reading database subsystem 40, and map datum and electric power data are outputed to application subsystem 20; Support platform 30 is also for outputing to for controlling the electric control system of the power equipment of low-voltage platform area carrying out instruction;
Interface subsystem 50 is provided with basic resource management system interface 51, for receiving the power consumption information of basic resource management system and power consumption information being outputed to support platform 30.
Application subsystem 20 is also for organizing map datum, electric power data and the power consumption information of support platform 30 feedbacks, and generating three-dimensional visual information also outputs to user's Query Subsystem 10 by three-dimensional visualization information;
User's Query Subsystem 10 is also for obtain the three-dimensional visualization information of the low-voltage platform area of its generation from application subsystem 20, and is illustrated in operating personnel at the moment, thereby realizes real-time location and the visual presentation of power equipment information.
From above-mentioned technical scheme, can find out, the application discloses a kind of three-dimensional visualization low-voltage platform area management system, comprise user's Query Subsystem, application subsystem, support platform, the database subset interface subsystem of unifying, utilize support platform to carry out unified management to the database subset interface subsystem of unifying, and therefrom obtain map datum, electric power data and power consumption information, and carry out organization of unity, in recycling application subsystem, each operational module is to map datum, electric power data and power consumption information are carried out integration process, generating three-dimensional visual information, operating personnel utilize for Query Subsystem and can inquire about intuitively three-dimensional visualization information, and can export steering order to complete the operations such as back brake to the equipment of low-voltage platform area, can realize low-voltage platform area specialized, systematized management, thereby can solve confusion and the poor efficiency of existing ladder of management to low-voltage platform area management.
User's Query Subsystem 10 of the present embodiment comprises safety guarantee unit 11 and workstation unit 12, wherein:
Safety guarantee unit 11 provides classification to log in management access service, for query statement or the execution instruction of sending by default access receiving workstation unit, and query statement or execution instruction is outputed to application subsystem.
Workstation unit 12, for providing workbench to operating personnel, receives query statement or execution instruction that operating personnel send.
Workstation unit 12 is divided into leading position station 121 and common workstation 122, and leading position station 121, as the operating terminal of high authority, can be operated to send the query statement of higher-rights or be carried out instruction by chief or chief engineer; Common workstation 12, as the operational terminal of common operating personnel, can send compared with the query statement of low rights or carry out instruction during operating personnel work at ordinary times.
Application subsystem 20 comprises that map basic operation module, statistical analysis module, transformer surpass a year display module, query search module, power failure visualization model, the painted display module of building electric consumption, topological analysis module and/or back brake analog module;
Map basic operation module provides the operational requirements of operating personnel to map, mainly comprise map amplify dwindle, mark, frame choosing, range finding, survey face, label show hide, two three-dimensional map switchings and display user's information, switching user etc.;
Statistical analysis module is for realizing a certain for the checking of the power consumption within a period of time and tariff notification, such as the statistical study to following parameter: transformer load rate, building electric consumption etc.;
Transformer surpasses year display module in conjunction with public transformer terminals monitoring system off-line data, realizes low-voltage platform area and surpasses a year displaying directly perceived.Choose a circuit, on this circuit all public become according to Real-time Load rate, carry out painted, and the service area of this transformer, comprise electrical equipment also can same color;
Query search module is for searching for power equipment, user profile etc.;
Power failure visualization model is used for based on three-dimensional map, with the painted and region of equipment, delineate two kinds of current i.e. historical certain all kinds of power failure constantly (plan, fault) of forms reflection situations, the mode that can analyze by service area is determined power supply interrupted district, and typing power failure information, comprise scheduled outage and fault outage, every power failure information and power supply interrupted district are set up corresponding relation.Can to the user of pre-power supply interrupted district, send SMS notification by external SMS module;
The painted display module of building electric consumption is used for adding up building electric consumption, and be that buildings is painted according to power consumption, power consumption statistics by marketing system, can draw buildings total power load over a period to come, and then calculate a certain buildings power consumption per family within a certain period of time, and by different colors, the power consumption with user is sorted;
Topological analysis module has been used for power supply tracking and service area analysis.After can selecting certain buildings or power equipment exactly, so-called power supply tracking is traceable to higher level's power-supply unit or station; Service area analysis refers to after selected a certain power supply unit, can demonstrate electric unit and building for its subordinate;
Back brake analog module can be had a power failure and simulate painted simulation its power supply area by the analog switch of transformer, when selected power failure, its power supply area is hidden to black processing, when selected power supply, can carry out highlighted demonstration to its power supply area, make visual cross section cheer and bright.
Support platform 30 comprises three-dimensional geographic information platform 31 and a plurality of intermediate information interactive module 32.
Database subsystem 40 comprises map data base 41 and electric power data storehouse 42, and wherein map data base 41 is for storing three-dimensional map data, and electric power data storehouse 42 is for store power system data.Electric power system data comprises device space information, device parameter information and equipment topology information.
The present embodiment adopts browser/server framework to carry out work, browser is wherein user's Query Subsystem 10, and server consists of application subsystem 20, support platform 30 and database subsystem 40, interface subsystem 50 forms the input-output system of server and external system.
Embodiment bis-
A kind of three-dimensional visualization low-voltage platform area management system that Fig. 2 provides for another embodiment of the application.
As shown in Figure 2, the three-dimensional visualization low-voltage platform area management system that the three-dimensional visualization low-voltage platform area management system that the present embodiment provides and a upper embodiment provide is basically identical, is obstructedly that interface subsystem 50 is also provided with the public transformer terminals system interface 52 of electric power and other electric system interfaces 53.
The public transformer terminals system interface 52 of electric power is connected for the public transformer terminals system of the electric power with low-voltage platform area.Other electric system interfaces 53 are for being connected with other electric system.
Finally, also it should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and each embodiment stresses is the difference with other embodiment, between each embodiment identical similar part mutually referring to.
Above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the application.To the multiple modification of these embodiment, will be apparent for those skilled in the art, General Principle as defined herein can be in the situation that do not depart from the application's spirit or scope, realization in other embodiments.Therefore, the application will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. a three-dimensional visualization low-voltage platform area management system, is characterized in that, comprises user's Query Subsystem, application subsystem, support platform, the database subset interface subsystem of unifying, wherein:
Described user's Query Subsystem is used for sending query statement or carrying out instruction to application subsystem, and from described application subsystem, obtains the three-dimensional visualization information of low-voltage platform area, to realize real-time location and the visual presentation of power equipment information;
Described application subsystem is used for receiving described query statement or described execution instruction, and to described support platform, send reading command according to described query statement, and map datum, electric power data and the power consumption information of described support platform feedback are organized, generate described three-dimensional visualization information and described three-dimensional visualization information is outputed to described Query Subsystem; Or described execution instruction is outputed to described support platform;
Described support platform is used for according to the described map datum of described reading command reading database subsystem and described electric power data, and described map datum and described electric power data are outputed to described application subsystem; Described support platform is also for outputing to described execution instruction for controlling the electric control system of the equipment of described low-voltage platform area;
Described interface subsystem is for receiving the described power consumption information of basic resource management system and described power consumption information being outputed to described support platform.
2. three-dimensional visualization as claimed in claim 1 low-voltage platform area management system, is characterized in that, described user's Query Subsystem comprises safety guarantee unit and workstation unit, wherein:
Described safety guarantee unit provides classification to log in management access service, for sending described query statement or described execution instruction by default access to described application subsystem;
Described workstation unit, for providing workbench to operating personnel, receives described query statement or described execution instruction that operating personnel send.
3. three-dimensional visualization as claimed in claim 2 low-voltage platform area management system, is characterized in that, described workstation unit comprises leading position station and/or common workstation, wherein:
Described leading position station is for receiving described query statement or the described execution instruction of the higher-rights of leader's output;
Described common workstation for receive default access compared with the described query statement of low rights or described execution instruction.
4. three-dimensional visualization as claimed in claim 1 low-voltage platform area management system, it is characterized in that, described application subsystem comprises that map basic operation module, statistical analysis module, transformer surpass a year display module, query search module, power failure visualization model, the painted display module of building electric consumption, topological analysis module and/or back brake analog module.
5. three-dimensional visualization as claimed in claim 1 low-voltage platform area management system, is characterized in that, described supporting platform comprises three-dimensional geographic information platform and a plurality of intermediate information interactive module.
6. three-dimensional visualization as claimed in claim 1 low-voltage platform area management system, is characterized in that, described database subsystem comprises map data base and electric power data storehouse, wherein:
Described map data base is used for storing three-dimensional map data;
Described electric power data storehouse is for store power system data.
7. three-dimensional visualization as claimed in claim 6 low-voltage platform area management system, is characterized in that, described electric power system data comprises device space information, device parameter information and equipment topology information.
8. the three-dimensional visualization low-voltage platform area management system as described in claim 1～7 any one, is characterized in that, this management system adopts browser/server framework, wherein:
Described for Query Subsystem as described browser;
Described application subsystem, described support platform and described database subsystem form described server;
Described interface subsystem forms described server to the input-output system of external system.
9. three-dimensional visualization as claimed in claim 9 low-voltage platform area management system, is characterized in that, described interface subsystem is provided with the public transformer terminals system interface of electric power;
The public transformer terminals system interface of described electric power is connected for the public transformer terminals system of the electric power with described low-voltage platform area.
10. three-dimensional visualization as claimed in claim 9 low-voltage platform area management system, is characterized in that, described interface subsystem is also provided with other electric system interfaces;
Described other electric system interfaces are for being connected with other electric system.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410155390.XA CN104036341A (en) | 2014-04-17 | 2014-04-17 | Three-dimensional visual low-voltage transformer area management system |
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| CN201410155390.XA CN104036341A (en) | 2014-04-17 | 2014-04-17 | Three-dimensional visual low-voltage transformer area management system |
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| CN201410155390.XA Pending CN104036341A (en) | 2014-04-17 | 2014-04-17 | Three-dimensional visual low-voltage transformer area management system |
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Application publication date: 20140910 |