CN116129052A - Electric power three-dimensional scene construction method based on digital twin - Google Patents
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Abstract
The invention relates to the technical field of power grid construction, and discloses a digital twinning-based electric power three-dimensional scene construction method, which is mainly realized through a three-dimensional scene development application platform, wherein the three-dimensional scene development application platform mainly comprises five core modules, namely a three-dimensional scene designer, a two-dimensional configuration tool, a three-dimensional configuration tool, a component market and authority management; the three-dimensional scene designer is a tool capable of developing and designing a scene through simple operations such as point selection and dragging, can quickly construct a precise digital twin space, realizes data and scene interaction, displays a more real, vivid and comprehensive view angle for a user in a scene animation adding mode, and can be added into a front-end interface in a three-dimensional assembly mode. According to the electric power three-dimensional scene construction method based on digital twinning, the platform supports the designer management system to carry out logical configuration operation on the electric power three-dimensional scene construction method, and the operation form supports the visual dragging logical style.
Description
Technical Field
The invention relates to the technical field of power grid construction, in particular to a digital twin-based power three-dimensional scene construction method.
Background
In recent years, the national level continuously focuses on the construction and development of intelligent transformation in various fields, a plurality of policies are successively put out to promote the development of intelligent transformation in various fields, new states and new modes of intelligent cities, intelligent energy sources and the like continuously emerge, and the integration, storage, excavation and analysis capabilities of mass heterogeneous data in the whole domain of a novel power system are endowed by realizing efficient docking, transmission and centralized calculation of power three-dimensional scene data through the technologies of building three-dimensional scenes, digital twin scene integration Internet of things, sensors, artificial intelligence and the like, and the integration, storage, excavation and analysis capabilities of the mass heterogeneous data in the whole domain of the novel power system are endowed, so that power grid companies and the like are greatly pushed to realize digital, networking and intelligent transformation.
Along with the rapid development of related technologies such as the Internet, digital twinning, artificial intelligence and the like, digitization becomes an important task for transformation and upgrading of a central enterprise in China. The method is also suitable for the national power grid, and in recent years, along with the promotion of related technology of the "meta universe", a manager is enabled to successfully put the power grid into a computer, the computer is arranged on the power grid, and the intelligent transformation speed of the power grid is rapidly improved. The meta universe is a digital world which is parallel to the real world and is manufactured by people through computers. The meta universe is a virtual world which is generated based on the internet, is communicated with the real world and exists in parallel, and is a virtual mirror space which can be mapped to the real world and is independent of the real world.
An important technical support in the meta-universe is a three-dimensional visualization technology, and for the three-dimensional visualization technology, a powerful three-dimensional design platform is important, the rendering efficiency of the traditional three-dimensional design platform at the present stage is low, the equipment compatibility still has a problem, the three-dimensional content is manufactured by an engine-level programmer, the learning cost is high, the development difficulty is high, and meanwhile, a design development tool aiming at the three-dimensional scene is absent in a workflow, so that the application requirement of a company on building a novel power system can not be met far.
Therefore, a set of three-dimensional scene development application platform based on the WebGL architecture is designed and built, and a simple, easy-to-use and interface-friendly low-code application development function is provided for a developer. On the basis of a platform, the mirror image of the physical power grid system in the digital space can be established by a digital twin technology based on a sensor, a global ID, GIS information, a knowledge graph and the like. The mirror image system is composed of one or more electric power three-dimensional scenes, is identical to real physical system information, is continuously updated along with the change of a physical power grid, can realize comprehensive perception and prediction of the physical power grid based on a digital twin power grid, and provides key technical support for improving accuracy and instantaneity of scheduling operation decisions of the power grid.
Coming in the "meta-universe" era, many companies have also issued respective three-dimensional design platforms for three-dimensional application development parts, which also possess respective features and barriers.
1、DataV
DataV data visualization is a product that uses the means of the visualization application to analyze and display vast data. The DataV aims at enabling more people to see the charm of data visualization, helping non-professional engineers to easily build the visualization application of the professional level through a graphical interface, and meeting the display requirements of various businesses such as conference exhibition, business monitoring, risk early warning, geographic information analysis and the like.
2、RayDataWeb
The RayDataWeb is a visual system based on a B/S architecture, is completely hosted in a cloud, and can utilize a simple and powerful editing function, and a user can directly and more willingly read various information contained in data by inputting boring data into various display carriers including cool charts and interactive 3D models and converting the complicated and boring data into cool scene models and charts with strong participation.
3. View of the figure TM Application editor
View of the figure TM The application editor is a special product which is based on a B/S architecture, surrounds a digital twin full-element scene and helps a user to quickly construct a professional digital twin application. The native compatible cloud-on-cloud-off multi-source heterogeneous data has rich visual components, convenient configuration management tools, comprehensive definable object attributes, extraordinary real-time rendering effects, supports functions of secondary development, deployment and release and the like, and can be widely applied to the construction of digital twin application of each subdivision industry.
Digital twin is used as a key technology for promoting the digital construction of the power grid and an important measure for digital transformation of the national network, and is concerned by the national network and companies at all levels. Digital twin technology, while bringing convenience to three-dimensional application of electric power, gradually exposes many problems, mainly expressed in the following aspects:
(1) High construction cost and low reusability. In the construction process of the traditional electric three-dimensional scene, a great deal of labor and financial cost is often required, the three-dimensional scene after construction is limited by a three-dimensional rendering engine and a technical path, multiplexing is often difficult to realize, a great deal of resource waste is caused, and the construction of a novel electric power system is very unfavorable.
(2) The operation and maintenance complexity is high, and the cost is increased. The development and maintenance of the three-dimensional application have higher requirements on the professional level, and are not matched with the technical profession of the company, and the later maintenance of various built electric three-dimensional applications is easily bound by developers, so that the operation and maintenance cost of the system is greatly increased.
(3) Three-dimensional heavy-duty application and cross-platform difficulty. The three-dimensional rendering engines used for most of the traditional built power three-dimensional scenes are Unity3D and UE4, and the two engines have very strong three-dimensional expression capacity, but the problems of large volume of the three-dimensional scenes, high configuration requirements on display terminals and the like are brought, and generally, the three-dimensional rendering engines can only be applied to PC hosts with good performance, and cross-platform access is difficult to realize.
(4) The informatization systems are difficult to fuse, the traditional three-dimensional application development is limited by a rendering engine, and the manufactured application is relatively independent and cannot be fused with other informatization systems well.
In summary, with the development and application of the digital twin technology, the construction of the three-dimensional scene of electric power is not only to simply restore the physical power grid in the three-dimensional space, but also to have comprehensive perception and prediction of the physical power grid, and meanwhile, to meet the requirements of usability, reusability, maintainability, cross-platform application and the like.
Therefore, a digital twin-based power three-dimensional scene construction method is proposed for solving the problems mentioned in the background above.
Disclosure of Invention
The invention aims to provide a digital twinning-based electric power three-dimensional scene construction method so as to solve the problems in the background technology.
In order to solve the technical problems, the invention provides the following technical scheme: the electric power three-dimensional scene construction method based on digital twinning is mainly realized through a three-dimensional scene development application platform, wherein the three-dimensional scene development application platform mainly comprises five core modules, namely a three-dimensional scene designer, a two-dimensional configuration tool, a three-dimensional configuration tool, a component market and authority management;
the three-dimensional scene designer is a tool capable of developing and designing a scene through simple operations such as clicking, dragging and the like, can quickly construct a precise digital twin space, realizes data and scene interaction, displays a more real, vivid and comprehensive view angle for a user in a scene animation adding mode, and can add the completed scene into a front-end interface in a three-dimensional component mode, so that perfect mapping of data and three-dimensional space is realized while component services are enriched;
the two-dimensional configuration tool is a data visualization integration tool under a platform, and based on components, the design and interaction of the components are realized through flexible layout and simple configuration, so that the design results of other functional modules can be achieved;
the three-dimensional configuration tool module creates various system diagrams, topological diagrams and structural diagrams through simple dragging and splicing on a built-in three-dimensional component platform, supports real-time data-driven state and interactive change, and provides a quick configuration three-dimensional scene capability for each business system expert of a company;
the component market refers to the fact that part of models and scenes are required to be reused due to the industrial commonality, and the platform has the component market function, so that the scene manufacturing efficiency can be improved, and the scene style and experience consistency can be ensured;
the rights management means that the platform needs to be oriented to a huge organization for daily work in the development process and the use process of the delivery, so that complete rights management control is needed.
Preferably, the dimension scene development application platform adopts a B/S architecture design, supports local server deployment and distributed deployment, and can complete deployment construction of the whole platform only by 1 server during the local server deployment.
Preferably, the two-dimensional configuration tool includes: the three-dimensional scene, other charts and components are fused to the same page to carry out overall design and beautification, the three-dimensional scene and other charts and components have complete instant visual layout capability, the overall effect is checked at any time, the three-dimensional scenes in the three-dimensional scene designer are combined in the page in the form of the three-dimensional components, and the construction and development of the visual page are completed in a graphical construction mode.
Preferably, in the component market, along with expansion of the service scene, coverage of a large number of basic service scenes can be realized by continuously enriching the components, so that reusability and flexibility of the scene model are greatly improved.
Preferably, in the rights management module, strict careful to button-level operation rights control can be performed in terms of development and application management.
Preferably, in the rights management module, in terms of data security, an enterprise-level security mechanism and row-level rights control are provided, so that data hole finding is rapidly and safely shared to each user.
Preferably, the three-dimensional scene development application platform has complete development workflow, and the construction of the electric three-dimensional scene can be completed only by 5 steps.
Preferably, the building steps of the electric three-dimensional scene are as follows:
s1, dividing authorities of all participators of a project, and distinguishing developers from viewers by an administrator;
s2, creating and developing a three-dimensional scene by a three-dimensional developer, wherein the three-dimensional scene comprises logic, animation and docking of a data interface;
s3, creating and developing a front-end interface by a service developer, wherein the front-end interface comprises a service flow, a related chart and linkage with a three-dimensional scene;
s4, fusing the three-dimensional scene built by the three-dimensional developer and the front end interface built by the service developer to form a final three-dimensional application scene page of the electric power;
s5, publishing the outside, and enabling a viewer to access and view through the published links, wherein different operation authorities of the viewer can be set.
Preferably, in the step 2, if the scene to be multiplexed is a scene, the scene can be put into a three-dimensional configuration tool in the form of a component, so that the scene can be conveniently multiplexed in the development of other subsequent applications.
Compared with the prior art, the invention has the following beneficial effects:
the first, the invention platform supports the designer management system to carry out logical configuration operation, and the operation form supports the visual dragging logical style.
Secondly, the invention supports Instance rendering, and realizes the rendering technology of completing batch models in one DrawCall.
Thirdly, the platform supports a viewing cone rejection technology, and decides which objects need to be rendered by pre-calculating whether the objects are in a visual range. Meanwhile, an octree rapid algorithm is integrated, so that the performance pressure of a large number of models in view cone calculation is solved.
Fourthly, the platform supports LOD, and the rendering pressure is reduced by selecting models with different precision levels to render through calculating the distance between the position of the camera and the models.
Fifthly, the platform supports model ordering rendering, the rendering sequence is adjusted by calculating the distance between the position of the camera and the model, invalid rendering is reduced, and rendering pressure is reduced.
Sixth, the platform of the invention has dynamic three-dimensional componentization ability, and can provide abundant components for development, design, operation and maintenance of visual projects, and can also perform three-dimensional component custom development.
Drawings
FIG. 1 is a schematic diagram of a platform assembly according to the present invention;
fig. 2 is a diagram of a deployment architecture of a local server of the three-dimensional scene development application platform of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Please refer to fig. 1-2
Example 1
The embodiment is a specific implementation mode of a power three-dimensional scene construction method based on digital twin
The electric power three-dimensional scene construction method based on digital twinning is mainly realized through a three-dimensional scene development application platform, wherein the three-dimensional scene development application platform mainly comprises five core modules, namely a three-dimensional scene designer, a two-dimensional configuration tool, a three-dimensional configuration tool, a component market and authority management;
the three-dimensional scene designer is a tool capable of developing and designing a scene through simple operations such as point selection and dragging, can quickly construct a precise digital twin space, realizes data and scene interaction, displays a more real, vivid and comprehensive view angle for a user in a scene animation adding mode, enables the completed scene to be added into a front-end interface in a three-dimensional component mode, enriches component services and simultaneously realizes perfect mapping of data and three-dimensional space;
the two-dimensional configuration tool is a data visualization integration tool under a platform, and based on the components, the design and interaction of the components are realized through flexible layout and simple configuration, so that the design results of other functional modules can be achieved;
the three-dimensional configuration tool module creates various system diagrams, topological diagrams and structural diagrams through simple drag splicing on a built-in three-dimensional component platform, supports real-time data-driven state and interactive change, and provides a quick configuration three-dimensional scene capability for each business system expert of a company;
the component market refers to the fact that part of models and scenes are required to be reused due to the industrial commonality, and the platform has the component market function, so that the scene manufacturing efficiency can be improved, and the scene style and experience consistency can be guaranteed;
rights management means that the platform needs to be faced with a huge organization to perform daily work in both the development process and the use process of the delivery, so that complete rights management control is required.
Through the technical scheme, an accurate digital twin space can be constructed, all popular database interfaces are supported, the association limit of data and space is broken, perfect mapping of the data and the space is formed, point positions, ranges, states and routes in the space can be changed along with the change of the data, and all-dimensional and three-dimensional multi-dimensional viewing can be achieved.
Specifically, the dimension scene development application platform adopts a B/S architecture design, supports local server deployment and distributed deployment, and can complete deployment and establishment of the whole platform only by 1 server during the local server deployment.
Through the technical scheme, the enterprise-level operation and maintenance management function is provided, and a plurality of authority settings such as a user, roles, authorities, function menus and the like are set to form a complete and unified authority management system. Configuration management of default function menus of system roles is supported by integrating with SSO of a third-party system, and simultaneously, function menus are supported to be configured for roles and function menus are supported to be configured for individual users.
Specifically, the two-dimensional configuration tool includes: the three-dimensional scene, other charts and components are fused to the same page to carry out overall design and beautification, the three-dimensional scene and other charts and components have complete instant visual layout capability, the overall effect is checked at any time, the three-dimensional scenes in the three-dimensional scene designer are combined in the page in the form of the three-dimensional components, and the construction and development of the visual page are completed in a graphical construction mode.
Through the technical scheme, the three-dimensional scene development tool which is based on the Web end and can efficiently and quickly develop the three-dimensional scene and has complete functions is provided, a designer can be used for developing three-dimensional components, the components support sharing in groups and systems, and the components support various interaction modes, and actions such as enlarging, reducing, rotating, moving, disassembling and the like. The three-dimensional component supports the operations of interactive operation configuration, data authority configuration, style expression configuration and the like, and can be simply used without professional personnel. The method has the advantages of simple operation development page, and rapid and effective development work in combination with the development mode of the graph node class.
In particular, in the component market, along with expansion of the service scene, coverage of a large number of basic service scenes can be realized by continuously enriching the components, so that reusability and flexibility of the scene model are greatly improved.
Through the technical scheme, various typical chart styles are supported, including charts such as index cards, tables, bar charts, double-shaft charts, stacked and clustered bar charts and the like. The chart style can be clicked to quickly switch the chart type. The user can quickly realize the data table merging of the cross-data sources through a graphical form.
Specifically, in the rights management module, strict detailed to button-level operation rights control can be performed in terms of development and application management.
Through the technical scheme, the two-dimensional configuration tool has flexible data access mode and the capability of directly loading local text data, functional pages meeting service requirements are freely combined by carrying out component atomization packaging on service contents, the display dimension and depth of the data are greatly improved through the three-dimensional components and the service components, and custom development and product maintenance can be carried out according to the service. The method has the advantages of simple and efficient data access mode, powerful theme construction system, perfect authority management mechanism and full play of the data management capability of the configuration tool in various industries.
Specifically, in the authority management module, in terms of data security, an enterprise-level security mechanism and row-level authority control are provided, so that data hole finding is rapidly and safely shared to each user.
Specifically, the three-dimensional scene development application platform has complete development workflow, and the construction of the electric three-dimensional scene can be completed only by 5 steps.
Specifically, the construction steps of the three-dimensional electric power scene are as follows:
s1, dividing authorities of all participators of a project, and distinguishing developers from viewers by an administrator;
s2, creating and developing a three-dimensional scene by a three-dimensional developer, wherein the three-dimensional scene comprises logic, animation and docking of a data interface;
s3, creating and developing a front-end interface by a service developer, wherein the front-end interface comprises a service flow, a related chart and linkage with a three-dimensional scene;
s4, fusing the three-dimensional scene built by the three-dimensional developer and the front end interface built by the service developer to form a final three-dimensional application scene page of the electric power;
s5, publishing the outside, and enabling a viewer to access and view through the published links, wherein different operation authorities of the viewer can be set.
Specifically, in the step 2, if the scene to be multiplexed is a scene, the scene can be put into a three-dimensional configuration tool in the form of a component, so that the scene can be conveniently multiplexed in the development of other subsequent applications.
Example two
The embodiment is a specific implementation mode for constructing a three-dimensional electric power scene
The construction steps of the electric power three-dimensional scene are as follows:
s1, dividing authorities of all participators of a project, and distinguishing developers from viewers by an administrator;
s2, creating and developing a three-dimensional scene by a three-dimensional developer, wherein the three-dimensional scene comprises logic, animation and docking of a data interface;
s3, creating and developing a front-end interface by a service developer, wherein the front-end interface comprises a service flow, a related chart and linkage with a three-dimensional scene;
s4, fusing the three-dimensional scene built by the three-dimensional developer and the front end interface built by the service developer to form a final three-dimensional application scene page of the electric power;
s5, publishing the outside, and enabling a viewer to access and view through the published links, wherein different operation authorities of the viewer can be set.
It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Finally, it should be noted that: the above is only a preferred embodiment of the present invention, and the present invention is not limited thereto, but it is to be understood that the present invention is described in detail with reference to the foregoing embodiments, and modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (9)
1. The electric power three-dimensional scene construction method based on digital twin is mainly realized through a three-dimensional scene development application platform, and is characterized in that: the three-dimensional scene development application platform mainly comprises five core modules, namely a three-dimensional scene designer, a two-dimensional configuration tool, a three-dimensional configuration tool, a component market and authority management;
the three-dimensional scene designer is a tool capable of developing and designing a scene through simple operations such as clicking, dragging and the like, can quickly construct a precise digital twin space, realizes data and scene interaction, displays a more real, vivid and comprehensive view angle for a user in a scene animation adding mode, and can add the completed scene into a front-end interface in a three-dimensional component mode, so that perfect mapping of data and three-dimensional space is realized while component services are enriched;
the two-dimensional configuration tool is a data visualization integration tool under a platform, and based on components, the design and interaction of the components are realized through flexible layout and simple configuration, so that the design results of other functional modules can be achieved;
the three-dimensional configuration tool module creates various system diagrams, topological diagrams and structural diagrams through simple dragging and splicing on a built-in three-dimensional component platform, supports real-time data-driven state and interactive change, and provides a quick configuration three-dimensional scene capability for each business system expert of a company;
the component market refers to the fact that part of models and scenes are required to be reused due to the industrial commonality, and the platform has the component market function, so that the scene manufacturing efficiency can be improved, and the scene style and experience consistency can be ensured;
the rights management means that the platform needs to be oriented to a huge organization for daily work in the development process and the use process of the delivery, so that complete rights management control is needed.
2. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: the dimension scene development application platform adopts a B/S architecture design, supports local server deployment and distributed deployment, and can complete deployment and establishment of the whole platform only by 1 server when the local server is deployed.
3. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: the two-dimensional configuration tool includes: the three-dimensional scene, other charts and components are fused to the same page to carry out overall design and beautification, the three-dimensional scene and other charts and components have complete instant visual layout capability, the overall effect is checked at any time, the three-dimensional scenes in the three-dimensional scene designer are combined in the page in the form of the three-dimensional components, and the construction and development of the visual page are completed in a graphical construction mode.
4. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: in the component market, along with expansion of the service scene, coverage of a large number of basic service scenes can be realized by continuously enriching the components, so that reusability and flexibility of the scene model are greatly improved.
5. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: in the rights management module, strict fine-to-button-level operation rights control can be performed in terms of development and application management.
6. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: in the authority management module, in terms of data security, an enterprise-level security mechanism and row-level authority control are provided, so that data hole finding is rapidly and safely shared to each user.
7. The digital twinning-based power three-dimensional scene building method according to claim 1, characterized by: the three-dimensional scene development application platform has complete development workflow, and the construction of the electric three-dimensional scene can be completed only by 5 steps.
8. The digital twinning-based power three-dimensional scene building method as defined in claim 7, wherein: the construction steps of the electric power three-dimensional scene are as follows:
s1, dividing authorities of all participators of a project, and distinguishing developers from viewers by an administrator;
s2, creating and developing a three-dimensional scene by a three-dimensional developer, wherein the three-dimensional scene comprises logic, animation and docking of a data interface;
s3, creating and developing a front-end interface by a service developer, wherein the front-end interface comprises a service flow, a related chart and linkage with a three-dimensional scene;
s4, fusing the three-dimensional scene built by the three-dimensional developer and the front end interface built by the service developer to form a final three-dimensional application scene page of the electric power;
s5, publishing the outside, and enabling a viewer to access and view through the published links, wherein different operation authorities of the viewer can be set.
9. The digital twinning-based power three-dimensional scene building method as defined in claim 8, wherein: in the step 2, if the scene to be multiplexed is needed, the scene can be put into a three-dimensional configuration tool in the form of a component, so that the scene can be conveniently multiplexed in the development of other subsequent applications.
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| CN117095135A (en) * | 2023-10-19 | 2023-11-21 | 云南三耳科技有限公司 | Industrial three-dimensional scene modeling arrangement method and device capable of being edited online |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117095135A (en) * | 2023-10-19 | 2023-11-21 | 云南三耳科技有限公司 | Industrial three-dimensional scene modeling arrangement method and device capable of being edited online |
| CN117095135B (en) * | 2023-10-19 | 2024-01-02 | 云南三耳科技有限公司 | Industrial three-dimensional scene modeling arrangement method and device capable of being edited online |
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