CN110474431A - A kind of power system visualization platform monitoring management method and system - Google Patents
A kind of power system visualization platform monitoring management method and system Download PDFInfo
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- CN110474431A CN110474431A CN201910891848.0A CN201910891848A CN110474431A CN 110474431 A CN110474431 A CN 110474431A CN 201910891848 A CN201910891848 A CN 201910891848A CN 110474431 A CN110474431 A CN 110474431A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/40—Display of information, e.g. of data or controls
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Abstract
The invention discloses a kind of power system visualization platform monitoring management method and systems.Including: obtain the allocation list of electric system；According to the type information in attribute information, from selection in the power equipment 3D model library pre-established and each matched power equipment 3D model of power equipment in allocation list, wherein attribute information is in allocation list；According to the location information in attribute information, position of each power equipment 3D model of selection in default geographic area 3D model is set；Each power equipment 3D model is connected according to the topological relationship information in attribute information, obtains power system visualization platform；It obtains the management to power equipment in power system visualization platform to instruct, the display effect of at least one power equipment 3D model in adjustment power system visualization platform is instructed according to management.The various dimensions information of electric system is integrated together through the above way, and management is monitored to power system visualization platform.
Description
Technical field
The present invention relates to power system management field, in particular to a kind of power system visualization platform monitoring management method
And system.
Background technique
Power telecom network is come into being to guarantee the safe and stable operation of electric system.It is the same as electric system
Relay protection and safety stabilization control system, dispatch automated system are referred to as three big branch of safe and stable operation of power system
Column, even more power network schedule automation, the basis of the network operation marketization and management modernization.Power telecom network is electric system
Important infrastructure.Since power telecom network has the reliability of communication, the rapidity of protection control information transmission and accuracy
There are strict requirements, so also facing a series of challenge in terms of daily operation management.
Power telecom network is one and is made of, bull multiple technologies standard (optical transport, data, wireless, traffic, clock etc.)
(public network, private network, it is total adjust, save adjust, adjust) control, (operation of power networks controls class business, power grid production management class industry for multi-service
Business, business administration class business etc.) carrying and the isomery hybrid network that uses of multi-user, planning, design, construction, operation, dimension
The lifecycle process such as shield, logout need to assist by a series of tool.
For a long time, due to being realized that technology, operation management theory are limited by system, power telecom network operation management is supported
System Construction substantially centered on specialized function, thereby produce a large amount of point of professional operation management system, a point function and transport
It ties up management system and divides management domain operation management system, and then lead to the generation of a large amount of operation/maintenance data isolated islands, and need to configure
A large amount of operation maintenance personnels are responsible for the use of system, seriously constrain the performance for the operation/maintenance data comprehensive benefit largely dispersed.Meanwhile with
The new introduction of network technology, the proposition of new business demand, the construction of new operation management system, operation/maintenance data also will continue to divide
And increase, valuable data can not capitalization, the income of operation support system is low, or even information-based overload phenomenon becomes increasingly to dash forward
Out.
On the other hand, transmission network and data network of the power telecom network due to being distributed the whole province, is related to a large amount of route, equipment
Management with the cores place such as each substation, once going wrong, is needed by a large amount of geographical letter during daily O&M
Breath, facility information and monitoring system, and the information that interconnects carry out analysis investigation failure, these information are dispersed in respectively at present
Among a tool, and network is to need that the effective assistant analysis of ability is presented in the form of topology, to communications network architecture diagram sheet
A huge problem, a Zhang great Tu information content reach greatly simultaneously for the maintenance management of body, and a point several figures are difficult to search again, in addition each
A link, each equipment port it there are also standby redundancy mechanism, the business information of physical location and support that it is related to
It is also different.
These reasons are integrated into the information for needing to integrate many latitudes among one view, this is to the daily of communication network
Operation has very real important and urgency with operation management.The prior art can not integrate the information of these dispersions
Effective ways among a view.
Summary of the invention
In view of this, the present invention provides a kind of power system visualization platform monitoring management method and system, by multidimensional
For the purpose of the information of degree is integrated into a view.
In order to achieve the above-mentioned object of the invention, the present invention the following technical schemes are provided:
First aspect present invention discloses a kind of power system visualization platform monitoring management method, comprising:
The allocation list of electric system is obtained, includes: multiple power equipments in the electric system in the allocation list
Attribute information, the attribute information include at least: topological relationship information, type information and location information；
According to the type information in the attribute information, from the power equipment 3D model library pre-established selection with it is described
Each matched power equipment 3D model of power equipment in allocation list；
Each power equipment 3D model of selection is set in default geographic area according to the location information in the attribute information
Position in 3D model；
Each power equipment 3D model is connected according to the topological relationship information in the attribute information, it is visual to obtain electric system
Change platform；
It obtains the management to power equipment in power system visualization platform to instruct, according to management instruction adjustment
The display effect of at least one power equipment 3D model in power system visualization platform.
Optionally, the allocation list for obtaining electric system, comprising:
Obtain the classification tree graph of electric system configuration item；
The allocation list of electric system is obtained according to the classification tree graph.
Optionally, the topological relationship information according in the attribute information connects each power equipment 3D model, obtains
Power system visualization platform, comprising:
The 3D model with connection relationship is determined according to the topological relationship information in the attribute information；
Preset connecting line 3D model is set in the power equipment 3D model with connection relationship, it is visual to obtain electric system
Change platform.
Optionally, the location information includes: latitude and longitude information and/or altitude information.
Optionally, the default geographic area 3D model includes: building 3D model,
When the location information includes latitude and longitude information and altitude information, the position according in the attribute information
Position of each power equipment 3D model of selection in default geographic area 3D model is arranged in information, comprising:
According to the latitude and longitude information determination in the attribute information and each matched building of power equipment in the allocation list
3D model；
According to the position of the latitude and longitude information and altitude information adjustment power equipment 3D model in building 3D model.
Optionally, further includes:
The power system visualization platform is connect with other systems, obtains the electric power data in the other systems；
Electric power data will be received to show on the power equipment 3D model.
Optionally, the management instruction, comprising: power equipment 3D model increases instruction, the deletion of power equipment 3D model refers to
It enables, power equipment 3D model display effect modification instruction, power equipment 3D model display effect check the category of instruction, power equipment
Property information inspection instruction, power equipment attribute information modification instruction at least one of instruction.
Optionally, at least one 3D model in each 3D model is corresponding with visual representation symbol, the method also includes:
On a preset condition based, corresponding 3D model is indicated using the visual representation symbol.
Second aspect of the present invention discloses a kind of power system visualization platform monitoring management system, and the electric system can
Depending on changing platform monitoring management system, comprising: obtain module, matching module, position selecting module, link block and management mould
Block,
The acquisition module includes: in the electric system for obtaining the allocation list of electric system, in the allocation list
Multiple power equipments attribute information, the attribute information includes at least: topological relationship information, type information and position letter
Breath；
The matching module, for according to the type information in the attribute information from the power equipment 3D mould pre-established
Selection and each matched power equipment 3D model of power equipment in the allocation list in type library；
The position selecting module, for each power equipment of selection to be arranged according to the location information in the attribute information
Position of the 3D model in default geographic area 3D model；
The link block, for connecting each power equipment 3D mould according to the topological relationship information in the attribute information
Type obtains power system visualization platform；
The management module, for obtaining the management instruction to power equipment in power system visualization platform, according to institute
State the display effect that management instruction adjusts at least one power equipment 3D model in the power system visualization platform.
Optionally, the acquisition module, comprising: the first acquisition submodule and the second acquisition submodule,
First acquisition submodule, for obtaining the classification tree graph of electric system configuration item；
Second acquisition submodule, for obtaining the allocation list of electric system according to the classification tree graph.
Optionally, the link block, comprising: the first connection submodule and the second connection submodule,
The first connection submodule, for determining that there is connection to close according to the topological relationship information in the attribute information
The 3D model of system；
The second connection submodule, for preset connecting line to be arranged in the power equipment 3D model with connection relationship
3D model obtains power system visualization platform.
Optionally, the location information includes: latitude and longitude information and/or altitude information.
Optionally, the default geographic area 3D model includes: building 3D model,
When the location information includes latitude and longitude information and altitude information, the position selecting module includes: first
Selection submodule and second position selection submodule are set,
The first choice submodule, for being determined and the allocation list according to the latitude and longitude information in the attribute information
In each matched building 3D model of power equipment；
The second selection submodule, for adjusting power equipment 3D model according to the latitude and longitude information and altitude information
Position in building 3D model.
Optionally, the power system visualization platform monitoring management system, further includes: monitoring module,
For connecting the power system visualization platform with other systems, obtain described other is the monitoring module
Electric power data in system will receive electric power data and show on the power equipment 3D model.
Optionally, the management instruction, comprising: power equipment 3D model increases instruction, the deletion of power equipment 3D model refers to
It enables, power equipment 3D model display effect modification instruction, power equipment 3D model display effect check the category of instruction, power equipment
Property information inspection instruction, power equipment attribute information modification instruction at least one of instruction.
Optionally, at least one 3D model in each 3D model is corresponding with visual representation symbol, and the electric system can
Depending on changing platform monitoring management system, further includes: visual representation symbol representation module,
The visual representation symbol representation module, on a preset condition based, using the visual representation symbol table
Show corresponding 3D model.
A kind of power system visualization platform monitoring management method and system disclosed by the invention.It include: acquisition power train
The allocation list of system.According to the type information in attribute information, selection and configuration from the power equipment 3D model library pre-established
Each matched power equipment 3D model of power equipment in table, wherein attribute information is in allocation list.According to the position in attribute information
Position of each power equipment 3D model of selection in default geographic area 3D model is arranged in confidence breath.According in attribute information
Topological relationship information connects each power equipment 3D model, obtains power system visualization platform.It obtains to power system visualization
The management instruction of power equipment in platform, instructs at least one power equipment in adjustment power system visualization platform according to management
The display effect of 3D model.The various dimensions information of electric system is integrated together through the above way, and can to electric system
Effective monitoring management is carried out depending on changing platform.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described.
Fig. 1 is a kind of process signal of power system visualization platform monitoring management method provided in an embodiment of the present invention
Figure；
Fig. 2 is a kind of flow diagram of 3D model building method provided in an embodiment of the present invention；
Fig. 3 is a kind of structural representation of power system visualization platform monitoring management system provided in an embodiment of the present invention
Figure.
Specific embodiment
The invention discloses a kind of power system visualization platform monitoring management methods and system, those skilled in the art can
To use for reference present disclosure, it is suitably modified realization of process parameters.In particular, it should be pointed out that all similar substitutions and modifications are to this
It is it will be apparent that they are considered as being included in the present invention for the technical staff of field.Method and application of the invention is
Be described by preferred embodiment, related personnel obviously can not depart from the content of present invention, in spirit and scope to herein
The methods and applications are modified or appropriate changes and combinations, carry out implementation and application the technology of the present invention.
Visualization technique and theoretical developments introduce visual side in the nearest trend for increasingly becoming a certainty for 10 years
Method is the project for having great potential to the operation management for solving the communication system of power grids, visualization is understood as in the past various
Chart, really visualizing is the O&M pipe that it can be isolated for change with profession by the abstract theory of reduction of complicated reality and technology
System information construction mode is managed, the Data Integration centered on O&M scenarios is established, is not destroying original tool construction investment
On the basis of, allow existing tool to realize integration and increment, caused by sorts of systems construction before effective use and application
In data basis, O&M visualization level is promoted, the technical threshold of operation and maintenance is reduced, improves operating efficiency.
As shown in Figure 1, a kind of process of power system visualization platform monitoring management method provided in an embodiment of the present invention
Schematic diagram, this method comprises:
Step S101: the allocation list of electric system is obtained.
It should be noted that the attribute information of multiple power equipments in electric system, attribute information include at least: topology
Relation information, type information, location information, the information of equipment under the information and website of each power plant site, topological relation letter
Breath includes at least each website, and the equipment under each website, device attribute, device parameter, equipment interface further include each website
Between connection, one in the connection relationship between equipment and equipment.
Optionally, the classification tree graph for first obtaining electric system configuration item in one embodiment, then according to classification tree
Figure obtains the allocation list of electric system.
Step S102: it according to the type information in attribute information, is selected from the power equipment 3D model library pre-established
With the matched power equipment 3D model of power equipment each in allocation list.
Step S103: each power equipment 3D model of selection is arranged in default geography according to the location information in attribute information
Position in the 3D model of region.
It should be noted that location information may include: latitude and longitude information and/or altitude information.
Optionally, in one embodiment, presetting geographic area 3D model includes: building 3D model, in location information
Including latitude and longitude information and when altitude information, each power equipment 3D model of selection is set according to the location information in attribute information
Position in default geographic area 3D model, comprising:
According to the latitude and longitude information determination in attribute information and each matched building 3D model of power equipment in allocation list；
According to the position of latitude and longitude information and altitude information adjustment power equipment 3D model in building 3D model.
Step S104: each power equipment 3D model is connected according to the topological relationship information in attribute information, obtains power train
System Visualization Platform.
Optionally, the 3D model with connection relationship is determined according to the topological relationship information in attribute information.Connect having
Preset connecting line 3D model is arranged in the power equipment 3D model for connecing relationship, obtains power system visualization platform.
Step S105: it obtains the management to power equipment in power system visualization platform and instructs, adjusted according to management instruction
The display effect of at least one power equipment 3D model in whole power system visualization platform.
It should be noted that management instruction, comprising: power equipment 3D model increases instruction, power equipment 3D model is deleted
Instruction, power equipment 3D model display effect modification instruction, power equipment 3D model display effect check instruction, power equipment
Attribute information checks at least one of instruction, the attribute information modification instruction of power equipment instruction.
Optionally, in one embodiment, the data in 3D model can also be analyzed and processed, and to abnormal number
According to alarming.
Optionally, the power system visualization platform monitoring management method, further includes:
Power system visualization platform is connect with other systems, obtains the electric power data in other systems；It will receive
Electric power data is shown on power equipment 3D model.
It should be noted that other systems may include network management system, environmental monitoring system, one in Host Supervision System
It is a.
Optionally, the power system visualization platform monitoring management method, further includes:
At least one 3D model in each 3D model is corresponding with visual representation symbol, on a preset condition based, using visual
Changing characterization symbol indicates corresponding 3D model.
It should be noted that above-mentioned preset condition can be, when certain 3D models can not be shown completely in the view, make
Corresponding 3D model is indicated with visual representation symbol.
Optionally, when being configured to power equipment 3D model, first the visual representation symbol of power equipment is carried out
Configuration, then corresponds to power equipment 3D model for configured visual representation symbol.
Optionally, the progress additions and deletions of visual representation symbol can be changed and is looked into.
Optionally, specific 3D model can be checked by the way of clicking.
Optionally, in a specific implementation, 3D model construction process, as shown in Figure 2:
Step S201: importing the view of each equipment under the view and each website of each website, and import equipment it
Between topological relation.
Step S202: between the view and equipment by each equipment under the view and each website of each website
Topological relation, and according to the GIS of each website (GIS-Geographic Information System) data by obtained all data according to level and classification
It is input to Direct3D (3-D graphic application programming interface) engine renders module, data are rendered.
Step S203: according to number after level and classified use Javascript (literal translation formula scripting language) interface encapsulation rendering
According to.
Step S204: 3D model is exported by 3D plugin (3D package).
Optionally, in a specific implementation, virtual emulation is visualized by environment, is obtained and the consistent emulation of true environment
Effect, the structure and size including website and equipment carry out the exhibition of function information including the information in computer room each region or room
Show, and can check with various visual angles, angle, browse integrated environment；It can expansion to building to be layered to (laterally, longitudinal)
Browsing, or click single room and check specific inner case；The cold and hot channel airflow of 3D form display module computer room point can be used
Cloth situation, and realize dynamic effect.
Optionally, in one embodiment, by the 3D modeling of all autonomous devices and posture equipment, including equipment category
Property, device parameter, equipment interface, further include the connection relationship between connection, equipment and the equipment between each node.Specifically
It is set including the postures such as the autonomous devices such as air-conditioning, cabinet, generator, power distribution cabinet, UPS and PC server, interchanger, router
It is standby.The appearance of 3D modeling and real equipment is consistent, and has the identification of height；Can click check the assets information of equipment with
Configuration information；The port occupancy situation for checking equipment can be clicked；Support assets attended operation, may be implemented in 3D scene into
The upper undercarriage of row assets operates；It supports inquiry, search assets function, can assets be carried out with the fuzzy query of arbitrary fields, or
Advanced inquiry is carried out by all kinds of combination conditions, clicks the device location that a facility information can be navigated to quickly in 3D scene；Money
The maintenance support for producing information carries out batch importing by table, and the maintenance of individual equipment information can also be carried out in interface.
Optionally, in one embodiment, can by electric power pipeline, air-conditioning duct, leak line installation scenarios void
Quasi- emulation shows that wire laying mode is almost the same with true environment；Pipeline can be highlighted, by the virtualization of the metope of building with
It avoids blocking pipeline；The wiring visualization for realizing network of computer room draws network automatically by algorithm according to the wire jumper data of equipment
Link condition.The data of wire jumper can be imported by table, or support the integrated docking of exotics system data；It can check
All external network connections of one equipment, each port information of each intermediate equipment including process；It can check
All wire jumper information of one network link, each port information of each intermediate equipment including process；Click one
Port information, system can navigate to relevant position in 3D scene automatically.
Optionally, in one embodiment, to the visualized management of computer room capacity, including seat in the plane, U, load-bearing and function
Consumption etc.；Can to computer room U bit space progress visualized in the form of 3D, by using visualize symbol definition, can use
Color expresses the cabinet space in different capabilities section, and can count to the U bit space capacity checked in range, shows total empty
Between, used the indexs such as space and utilization rate；Can the load-bearing capacity to computer room visualized in the form of 3D, with cylindricality height
To express current load-bearing size cases；The power capacity of computer room can be visualized in the form of 3D, and energy basis is set
Standby deployment scenario programming count current device rated power total amount and dump power capacity；It can be in designated room or stack of cabinets range
It is interior, automatic space search inquiry is carried out according to the position U of setting, load-bearing and power consumption demand index, and be accurately positioned in 3D scene.
Optionally, in one embodiment, using full three-dimensional display mode (the non-side Flash of virtual reality technology
Formula), three-dimensional visualization management environment is established, using amplification mode of entrance step by step by floor in three-dimensional visualization management environment,
Computer room, stack of cabinets and cabinet, equipment, port, seven grades of full three dimensional navigations of cable.
Optionally, in one embodiment, stereoscopic full views are supported, and displaying background map can be promoted, so as to show
Interior multiple physics places, and can show that mouse chooses the schematic diagram in place with suspended pattern, and then support to enter in a manner of clicking
The 3D scene in each physics place.3D equipment is generated in the computer room and cabinet of 3D scene automatically according to data, and can be integrated
CMDB (configuration management database), the asset management system or data form data when changing, automatically in 3D scene
Increase and sweep equipment, and automatically update the attribute of 3D equipment and automatically update the network link of equipment room.It can be with all kinds of nets
Guard system, environmental monitoring system, Host Supervision System are integrated, and equipment is showed in 3D scene and is monitored in real time and alert data.
Based on power system visualization platform monitoring management method disclosed in foregoing invention embodiment, the embodiment of the present invention is also
Disclose a kind of power system visualization platform monitoring management system.As shown in figure 3, the system include: obtain module 301,
With module 302, position selecting module 303, link block 304 and management module 305.
Module 301 is obtained, for obtaining the allocation list of electric system.
It should be noted that the attribute information of multiple power equipments in electric system, attribute information include at least: topology
Relation information, type information, location information, the information of equipment under the information and website of each power plant site, topological relation letter
Breath includes at least each website, and the equipment under each website, device attribute, device parameter, equipment interface further include each website
Between connection, one in the connection relationship between equipment and equipment.
Optionally, module is obtained, comprising: the first acquisition submodule and the second acquisition submodule.
First acquisition submodule, for obtaining the classification tree graph of electric system configuration item；
Second acquisition submodule, for obtaining the allocation list of electric system according to classification tree graph.
Matching module 302, for according to the type information in attribute information from the power equipment 3D model library pre-established
Middle selection and each matched power equipment 3D model of power equipment in allocation list.
Position selecting module 303, for each power equipment 3D mould of selection to be arranged according to the location information in attribute information
Position of the type in default geographic area 3D model.
It should be noted that location information may include: latitude and longitude information and/or altitude information.
Optionally, presetting geographic area 3D model includes: building 3D model,
When location information includes latitude and longitude information and altitude information, position selecting module 303 includes: first position selection
Submodule and the second position select submodule,
First choice submodule, for according to the latitude and longitude information determination in attribute information and each power equipment in allocation list
Matched building 3D model；
Second selection submodule, for building 3D according to latitude and longitude information and altitude information adjustment power equipment 3D model
Position in model.
Link block 304 is obtained for connecting each power equipment 3D model according to the topological relationship information in attribute information
Power system visualization platform.
Optionally, link block 304, comprising: the first connection submodule and the second connection submodule,
First connection submodule, for determining the 3D mould with connection relationship according to the topological relationship information in attribute information
Type；
Second connection submodule, for preset connecting line 3D mould to be arranged in the power equipment 3D model with connection relationship
Type obtains power system visualization platform.
Management module 305, for obtaining the management instruction to power equipment in power system visualization platform, according to management
The display effect of at least one power equipment 3D model in instruction adjustment power system visualization platform.
It should be noted that management instruction, comprising: power equipment 3D model increases instruction, power equipment 3D model is deleted
Instruction, power equipment 3D model display effect modification instruction, power equipment 3D model display effect check instruction, power equipment
Attribute information checks at least one of instruction, the attribute information modification instruction of power equipment instruction.
Optionally, power system visualization platform monitoring management system, further includes: monitoring module,
Monitoring module obtains the electric power number in other systems for connecting power system visualization platform with other systems
According to will receive electric power data and shown on power equipment 3D model.
Optionally, at least one 3D model in each 3D model is corresponding with visualization symbol, power system visualization platform
Monitoring management system, further includes: visualization symbol representation module,
Symbol representation module is visualized, on a preset condition based, indicating corresponding 3D model using visualization symbol.
The above is only the preferred embodiment of the present invention, it is noted that those skilled in the art are come
It says, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should be regarded as
Protection scope of the present invention.
Claims (10)
1. a kind of power system visualization platform monitoring management method characterized by comprising
The allocation list of electric system is obtained, includes: the attribute of multiple power equipments in the electric system in the allocation list
Information, the attribute information include at least: topological relationship information, type information and location information；
According to the type information in the attribute information, selection and the configuration from the power equipment 3D model library pre-established
Each matched power equipment 3D model of power equipment in table；
Each power equipment 3D model of selection is set in default geographic area 3D mould according to the location information in the attribute information
Position in type；
Each power equipment 3D model is connected according to the topological relationship information in the attribute information, it is flat to obtain power system visualization
Platform；
It obtains the management to power equipment in power system visualization platform to instruct, the electric power is adjusted according to management instruction
The display effect of at least one power equipment 3D model in system Visualization Platform.
2. the method according to claim 1, wherein the allocation list for obtaining electric system, comprising:
Obtain the classification tree graph of electric system configuration item；
The allocation list of electric system is obtained according to the classification tree graph.
3. the method according to claim 1, wherein the topological relationship information according in the attribute information
Each power equipment 3D model is connected, power system visualization platform is obtained, comprising:
The 3D model with connection relationship is determined according to the topological relationship information in the attribute information；
Preset connecting line 3D model is set in the power equipment 3D model with connection relationship, it is flat to obtain power system visualization
Platform.
4. the method according to claim 1, wherein the location information includes: latitude and longitude information and/or height above sea level
Information.
5. according to the method described in claim 4, it is characterized in that, the default geographic area 3D model includes: building 3D mould
Type,
When the location information includes latitude and longitude information and altitude information, the location information according in the attribute information
Position of each power equipment 3D model of selection in default geographic area 3D model is set, comprising:
According to the latitude and longitude information determination in the attribute information and each matched building 3D mould of power equipment in the allocation list
Type；
According to the position of the latitude and longitude information and altitude information adjustment power equipment 3D model in building 3D model.
6. the method according to claim 1, wherein further include:
The power system visualization platform is connect with other systems, obtains the electric power data in the other systems；
Electric power data will be received to show on the power equipment 3D model.
7. the method according to claim 1, wherein the management instructs, comprising: power equipment 3D model increases
Instruction is deleted in instruction, power equipment 3D model, power equipment 3D model display effect modifies instruction, power equipment 3D model is shown
At least one during effect checks instruction, the attribute information of power equipment checks instruction, the modification of the attribute information of power equipment instructs
A instruction.
8. the method according to claim 1, wherein at least one 3D model in each 3D model is corresponding with visually
Change characterization symbol, the method also includes:
On a preset condition based, corresponding 3D model is indicated using the visual representation symbol.
9. a kind of power system visualization platform monitoring management system, which is characterized in that the power system visualization platform prison
Control management system, comprising: module, matching module, position selecting module, link block and management module are obtained,
The acquisition module includes: more in the electric system for obtaining the allocation list of electric system, in the allocation list
The attribute information of a power equipment, the attribute information include at least: topological relationship information, type information and location information；
The matching module, for according to the type information in the attribute information from the power equipment 3D model library pre-established
Middle selection and each matched power equipment 3D model of power equipment in the allocation list；
The position selecting module, for each power equipment 3D mould of selection to be arranged according to the location information in the attribute information
Position of the type in default geographic area 3D model；
The link block is obtained for connecting each power equipment 3D model according to the topological relationship information in the attribute information
Obtain power system visualization platform；
The management module, for obtaining the management instruction to power equipment in power system visualization platform, according to the pipe
Reason instruction adjusts the display effect of at least one power equipment 3D model in the power system visualization platform.
10. power system visualization platform monitoring management system according to claim 9, which is characterized in that the acquisition
Module, comprising: the first acquisition submodule and the second acquisition submodule,
First acquisition submodule, for obtaining the classification tree graph of electric system configuration item；
Second acquisition submodule, for obtaining the allocation list of electric system according to the classification tree graph.
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| CN111930056A (en) * | 2020-07-31 | 2020-11-13 | 贵州优特云科技有限公司 | Power monitoring system and method for intelligent building |
| CN112381923A (en) * | 2020-11-11 | 2021-02-19 | 深圳供电局有限公司 | Three-dimensional visual management method and device for data center and electronic equipment |
| CN112598160A (en) * | 2020-12-04 | 2021-04-02 | 广东电网有限责任公司 | Electric power Internet of things shape display method, device, medium and electronic equipment |
| CN114461154A (en) * | 2020-11-10 | 2022-05-10 | 西安诺瓦星云科技股份有限公司 | Display system management method and apparatus, and computer-readable storage medium |
| CN116341064A (en) * | 2023-03-14 | 2023-06-27 | 连云港智源电力设计有限公司 | Modeling system and method of intelligent substation cloud system based on 3DMax modeling |
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