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CN-122018734-A - User interface interaction method, device and equipment for power station management application program

CN122018734ACN 122018734 ACN122018734 ACN 122018734ACN-122018734-A

Abstract

The application discloses a user interface interaction method, device and equipment of a power station management application program, and belongs to the technical field of new energy power station management. The method comprises the steps of providing a multidimensional power resource display interface serving as a core interaction interface and at least one other interface in an application program, displaying a virtual model corresponding to a target power station in the multidimensional power resource display interface, enabling the virtual model to be used for visually displaying the running state and the energy flow condition of the target power station, and responding to interaction operation of a user on the virtual model to drive the multidimensional power resource display interface and the at least one other interface to cooperatively update so as to synchronously display interface interaction results corresponding to the interaction operation in each interface. According to the application, by constructing a multi-interface collaborative interaction mechanism taking a multi-dimensional electric power resource display interface as a core, the visual presentation and linkage display of the power station running state and energy flow information are realized, and the intuitiveness of power station management and the information acquisition efficiency are improved.

Inventors

  • LI WEI
  • FANG JIANYE

Assignees

  • 上海思格数字技术有限公司

Dates

Publication Date
20260512
Application Date
20251225

Claims (13)

  1. 1. A method of user interface interaction for a power plant management application, the method comprising: providing a multidimensional power resource presentation interface and at least one other interface as a core interaction interface in an application program; displaying a virtual model corresponding to a target power station in the multidimensional power resource display interface, wherein the virtual model is used for visually displaying the running state and the energy flow condition of the target power station; and in response to the interaction operation of the user on the virtual model, driving the multidimensional power resource display interface and at least one other interface to cooperatively update so as to synchronously present interface interaction results corresponding to the interaction operation in each interface.
  2. 2. The method of claim 1, wherein a plurality of visualization elements are configured in the virtual model, the visualization elements comprising device visualization elements and energy flow visualization elements, wherein: The device visualization element is for presenting power plant devices in the target power plant; the energy flow visualization element is used to dynamically present energy transfer conditions between power station devices in the target power station.
  3. 3. The method of user interface interactions of a plant management application according to claim 1, wherein the virtual model is generated by: Acquiring equipment topology information of a target power station, wherein the equipment topology information at least comprises equipment types, connection relations and space layout information of all power station equipment; generating a virtual model corresponding to the target power station based on the equipment topology information, wherein the virtual model comprises the following components: generating a corresponding device visualization element according to the device type; generating energy flow visual elements among the device visual elements according to the connection relation; And determining the relative positions of the equipment visualization elements in the virtual model according to the spatial layout information.
  4. 4. A method of user interface interaction for a power plant management application according to claim 2 or 3, The equipment visualization element comprises an equipment icon, wherein the display attribute of the equipment icon is dynamically updated according to the running state data of the corresponding power station equipment so as to distinguish different equipment working conditions; the energy flow visual element comprises an energy flow line, wherein the display attribute of the energy flow line at least comprises line width, color and animation effect, the line width of the energy flow line is associated with power data corresponding to energy transmission, the color of the energy flow line is used for distinguishing different energy transmission states, and the animation effect of the energy flow line is used for indicating the energy transmission direction and the energy transmission intensity.
  5. 5. A method of user interface interaction for a plant management application according to claim 3, the method further comprising: In response to user interaction with any device visual element, displaying operation parameter information of the power station device corresponding to the interacted device visual element and/or And responding to the interactive operation of the user on any energy flow visual element, and displaying the energy transmission parameter information between the power station equipment corresponding to the interactive energy flow visual element.
  6. 6. The method for interacting with a user interface of a power station management application according to claim 3, wherein the multidimensional power resource presentation interface further comprises a plurality of interaction controls, the interaction controls at least comprise a time axis control, a view angle interaction control, a legend description control and a detail panel control, wherein: The time axis control is used for responding to sliding operation of a user and triggering the multidimensional electric power resource display interface to display the running states of the target power station at different moments; the visual angle interaction control is used for adjusting the visual angle of the virtual model so as to realize rotation, scaling or visual angle resetting of the virtual model; the legend control is used for explaining the mapping relation between the display attribute of each visual element and the operation data of the target power station; The detail panel control is used for displaying detailed operation information related to the interacted target object when the user triggers corresponding interaction operation.
  7. 7. The method of claim 1, wherein the other interfaces include at least a home interface for a plant overview and an energy flow analysis interface, the method further comprising: responding to the selection operation of a user for a target power station in the home page interface, triggering the multidimensional electric power resource display interface to load and display a virtual model corresponding to the target power station; And in response to the interactive operation of a user on the virtual model in the multi-dimensional power resource display interface, synchronously updating and highlighting an energy flow path and/or an analysis result corresponding to a target object in the energy flow analysis interface based on the target object pointed by the interactive operation.
  8. 8. The method of claim 1, wherein the at least one other interface comprises a home interface for a plant overview, the method further comprising: displaying a plurality of display units in the home page interface, wherein each display unit corresponds to one power station; And responding to the selection operation of a user on a display unit corresponding to a target power station in the home page interface, and triggering loading and displaying a multidimensional electric power resource display interface corresponding to the target power station in the application program.
  9. 9. The method for interacting with a user interface of a power station management application according to claim 8, wherein the display priority of display units in the home interface is determined according to importance weights of the power stations, so that the display space and/or visual significance of display units corresponding to power stations with higher importance weights in the interface are larger, and the importance weights are obtained based on multidimensional factor data of the power stations.
  10. 10. The method of claim 1, wherein the at least one other interface further comprises an energy flow graph interface for exposing energy flow relationships, the method further comprising: In response to a user interaction with a target object in the multi-dimensional power resource presentation interface, an energy path corresponding to the target object is highlighted in the energy flow graph interface.
  11. 11. The method of claim 1, wherein the at least one other interface further comprises an intelligent analysis interaction interface, the method further comprising: Generating at least one of analysis results, health assessment results or operation suggestions related to the target power station based on the operation data of the target power station and the interaction behavior of the user in the application program in the intelligent analysis interaction interface, and And responding to a query instruction input by a user in the intelligent analysis interactive interface, analyzing the query instruction to determine a target object corresponding to the query instruction, and driving the multidimensional electric power resource display interface and/or the energy flow analysis interface to locate, highlight or display the target object in a linkage way.
  12. 12. A user interface interaction device for a plant management application, the device comprising: The configuration module is used for providing a multidimensional power resource display interface and at least one other interface which are used as core interaction interfaces in the application program; The display module is used for displaying a virtual model corresponding to the target power station in the multidimensional electric power resource display interface; and the interaction module is used for responding to the interaction operation of the user on the virtual model, driving the multidimensional electric power resource display interface and at least one other interface to cooperatively update so as to synchronously present interface interaction results corresponding to the interaction operation in each interface.
  13. 13. An electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor implements the user interface interaction method of the plant management application of any of claims 1-11 when the computer program is executed.

Description

User interface interaction method, device and equipment for power station management application program Technical Field The application belongs to the technical field of new energy power station management, and particularly relates to a user interface interaction method, device and equipment of a power station management application program. Background With the rapid development of new energy power stations, energy storage power stations and comprehensive energy systems, the scale of the power stations is continuously enlarged, the types and the number of internal equipment of the power stations are continuously increased, and operation data and energy flow information generated in the operation process of the power stations are characterized by multi-source, multi-dimensional and dynamic changes. In order to monitor, analyze and manage the operation state of the power station, the state of the power station equipment, the energy transmission condition and related operation parameters are usually displayed and interacted through application programs, so that operation and maintenance personnel or management personnel are assisted to conduct daily management and decision making. In the related art, a power station management application program generally displays power station equipment and operation data in a list, a table or a two-dimensional graph, for example, basic information of a plurality of power stations is displayed through a power station list page, operation parameters of a single device are checked through a device list or a parameter page, or an energy flow relation is statically displayed through a simple schematic diagram. The method can meet basic use requirements under the condition of smaller power station scale or limited equipment quantity, but has the problems that the power station running state and energy flow information are dispersed in different interfaces and lack of a uniform visual expression mode, so that a user cannot intuitively understand the whole running condition of the power station, the interfaces lack of an effective linkage mechanism, the user interaction operation is difficult to synchronously reflect in different interfaces, the information acquisition efficiency is reduced, and meanwhile, the traditional two-dimensional display mode has limited expression capability on complex energy flow relation, so that the whole analysis and management on the power station running state are not facilitated. Therefore, there is a need for a user interface interaction scheme for a power station management application that can more intuitively present the operation of a power station and support multi-interface collaborative interactions. Disclosure of Invention The present application aims to solve at least one of the technical problems existing in the prior art. Therefore, the application provides a user interface interaction method, device and equipment of a power station management application program, which are used for solving the problems of dispersion of power station operation state and energy flow information display, lack of visual expression and insufficient interaction between interfaces. In a first aspect, the present application provides a method for user interface interaction of a power station management application, the method comprising: providing a multidimensional power resource presentation interface and at least one other interface as a core interaction interface in an application program; displaying a virtual model corresponding to a target power station in the multidimensional power resource display interface, wherein the virtual model is used for visually displaying the running state and the energy flow condition of the target power station; and in response to the interaction operation of the user on the virtual model, driving the multidimensional power resource display interface and at least one other interface to cooperatively update so as to synchronously present interface interaction results corresponding to the interaction operation in each interface. In a second aspect, the present application provides a user interface interaction device for a power station management application, the device comprising: The configuration module is used for providing a multidimensional power resource display interface and at least one other interface which are used as core interaction interfaces in the application program; The display module is used for displaying a virtual model corresponding to the target power station in the multidimensional electric power resource display interface; and the interaction module is used for responding to the interaction operation of the user on the virtual model, driving the multidimensional electric power resource display interface and at least one other interface to cooperatively update so as to synchronously present interface interaction results corresponding to the interaction operation in each interface. In a third aspect, th