A method and system for monitoring power grid operation

Abstract

The present invention provides a method and system for monitoring the operation of a power grid, wherein the method includes: displaying a preset visualization model corresponding to a power grid; interactively assisting a user in formulating an operation monitoring task of the power grid based on the visualization model; executing the operation monitoring task online; tracking and obtaining the execution progress information of the operation monitoring task; and mapping the execution progress information into the visualization model. The method and system for monitoring the operation of a power grid of the present invention introduce a visualization model of the power grid, through which power grid monitoring personnel can intuitively view the overall situation of the power grid from a global perspective, thereby formulating operation monitoring tasks in a targeted manner according to the actual situation of the power grid, which greatly improves the efficiency of power grid operation monitoring. In addition, the system assists power grid monitoring personnel in formulating operation monitoring tasks, further improving the efficiency of power grid operation monitoring.

Description

Technical Field

[0001] The present invention relates to the technical field of power grid operation monitoring, and in particular to a power grid operation monitoring method and system. Background Art

[0002] At present, in order to ensure the stable operation of the power grid, it is necessary to monitor the operation of the power grid. Generally, when monitoring the operation of the power grid, some simple monitoring tasks (such as power outage monitoring, etc.) can be set in advance and then executed. However, due to the complexity and particularity of the operation of the power grid, it is necessary to set the operation monitoring tasks according to the actual situation of the power grid. The formulation of such operation monitoring tasks often requires monitoring personnel to complete. However, monitoring personnel lack a way to view the overall situation of the power grid from a global perspective and intuitively. When formulating operation monitoring tasks, it is usually completely manual, which reduces the efficiency of power grid operation monitoring. Therefore, a solution is urgently needed. Summary of the invention

[0003] The present invention provides a power grid operation monitoring method and system, which introduce a visualization model of the power grid. Power grid monitoring personnel can use the visualization model to intuitively view the overall situation of the power grid from a global perspective, thereby formulating operation monitoring tasks in a targeted manner according to the actual situation of the power grid, thereby greatly improving the efficiency of power grid operation monitoring. In addition, the system assists power grid monitoring personnel in formulating operation monitoring tasks, further improving the efficiency of power grid operation monitoring.

[0004] The present invention provides a method for monitoring power grid operation, comprising:

[0005] Display the preset visualization model corresponding to the power grid;

[0006] Interactively assist users to formulate power grid operation monitoring tasks based on visual models;

[0007] Perform operation monitoring tasks online;

[0008] Track and obtain the execution progress information of the operation monitoring tasks;

[0009] Map execution progress information into a visual model.

[0010] Preferably, the interactive assistance for users to formulate power grid operation monitoring tasks based on the visualization model includes:

[0011] Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user;

[0012] Obtaining a set of historical display contents in the first display window within a recent preset time;

[0013] determining whether a historical display content set meets a content set condition;

[0014] When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set;

[0015] Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library;

[0016] Determine from the visualization model to display a first minimum local model that includes all first historical display contents;

[0017] Controlling the first display window to display the preset first prompt information and the first minimum local model in sequence;

[0018] Control the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence;

[0019] When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, an operation monitoring task is generated based on the power grid operation monitoring suggestion;

[0020] Among them, the content set conditions include:

[0021] The content type set of the historical display content set matches the preset standard content type set;

[0022] Among them, the first content condition includes:

[0023] The continuous complete display time of the first historical display content in the first display window within the most recent preset time is greater than or equal to a preset first time threshold.

[0024] Preferably, the interactively assisting user to formulate the operation monitoring task of the power grid based on the visualization model also includes:

[0025] Determining at least one second historical display content that meets the second content condition from the first historical display content;

[0026] Determine at least one content association matching rule based on the second historical display content and a preset content association matching rule library;

[0027] Based on the content association matching rule, associating and matching at least one model display content from the visualization model;

[0028] Determine from the visualization model to display a second smallest partial model that includes all model display contents;

[0029] Controlling the second display window to display the preset third prompt information and the second minimum local model in sequence;

[0030] The second content condition includes:

[0031] The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

[0032] Preferably, tracking and obtaining the execution progress information of the operation monitoring task includes:

[0033] Parse the task type of the running monitoring task;

[0034] Determine the tracking acquisition template based on the task type and the preset tracking acquisition template library;

[0035] Based on the tracking acquisition template, track and obtain the execution progress information of the running monitoring task.

[0036] Preferably, the power grid operation monitoring method further includes:

[0037] Display the preset task modification toolbar;

[0038] Receive a task modification instruction input by a user based on a task modification toolbar;

[0039] Modify the operation monitoring task based on the task modification instruction;

[0040] Relay online to execute the modified operation monitoring tasks.

[0041] The present invention provides a power grid operation monitoring system, comprising:

[0042] A display module, used to display a preset visualization model corresponding to the power grid;

[0043] Auxiliary module, used to interactively assist users in formulating power grid operation monitoring tasks based on the visual model;

[0044] Execution module, used to perform operation monitoring tasks online;

[0045] The tracking module is used to track and obtain the execution progress information of the operation monitoring task;

[0046] The mapping module is used to map the execution progress information into the visualization model.

[0047] Preferably, the auxiliary module interactively assists the user in formulating the operation monitoring task of the power grid based on the visualization model, including:

[0048] Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user;

[0049] Obtaining a set of historical display contents in the first display window within a recent preset time;

[0050] determining whether a historical display content set meets a content set condition;

[0051] When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set;

[0052] Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library;

[0053] Determine from the visualization model to display a first minimum local model that includes all first historical display contents;

[0054] Controlling the first display window to display the preset first prompt information and the first minimum local model in sequence;

[0055] Control the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence;

[0056] When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, an operation monitoring task is generated based on the power grid operation monitoring suggestion;

[0057] Among them, the content set conditions include:

[0058] The content type set of the historical display content set matches the preset standard content type set;

[0059] Among them, the first content condition includes:

[0060] The continuous complete display time of the first historical display content in the first display window within the most recent preset time is greater than or equal to a preset first time threshold.

[0061] Preferably, the auxiliary module interactively assists the user in formulating the operation monitoring task of the power grid based on the visualization model, and further includes:

[0062] Determining at least one second historical display content that meets the second content condition from the first historical display content;

[0063] Determine at least one content association matching rule based on the second historical display content and a preset content association matching rule library;

[0064] Based on the content association matching rule, associating and matching at least one model display content from the visualization model;

[0065] Determine from the visualization model to display a second smallest partial model that includes all model display contents;

[0066] Controlling the second display window to display the preset third prompt information and the second minimum local model in sequence;

[0067] The second content condition includes:

[0068] The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

[0069] Preferably, the tracking module tracks and obtains the execution progress information of the operation monitoring task, including:

[0070] Parse the task type of the running monitoring task;

[0071] Determine the tracking acquisition template based on the task type and the preset tracking acquisition template library;

[0072] Based on the tracking acquisition template, track and obtain the execution progress information of the running monitoring task.

[0073] Preferably, the power grid operation monitoring system further includes:

[0074] Modify the module to include:

[0075] Display the preset task modification toolbar;

[0076] Receive a task modification instruction input by a user based on a task modification toolbar;

[0077] Modify the operation monitoring task based on the task modification instruction;

[0078] Relay online to execute the modified operation monitoring tasks.

[0079] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description, claims, and drawings.

[0080] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0081] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0082] Figure 1 This is a flow chart of a method for monitoring power grid operation in an embodiment of the present invention;

[0083] Figure 2 Schematic diagram of a power grid operation monitoring system in an embodiment of the present invention. DETAILED DESCRIPTION

[0084] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0085] The present invention provides a method for monitoring power grid operation. Figure 1 As shown, including:

[0086] Step S1: displaying a preset visualization model corresponding to the power grid;

[0087] Step S2: interactively assisting the user to formulate the operation monitoring task of the power grid based on the visualization model;

[0088] Step S3: Execute the operation monitoring task online;

[0089] Step S4: Track and obtain the execution progress information of the operation monitoring task;

[0090] Step S5: Map the execution progress information into the visualization model.

[0091] In the above technical scheme, the power grid can be a distribution network within a certain area (such as a city, an enterprise, etc.); the visualization model is a three-dimensional simulation model of the power grid, on which the operation data of the power grid is displayed, which can be implemented based on BIM technology, GIS technology, etc.; when the visualization model is displayed, the user (such as: power grid monitoring personnel) can use the visualization model to intuitively view the overall situation of the power grid from a global perspective and formulate operation monitoring tasks; the operation monitoring task is an online operation monitoring task of the power grid set by the monitoring personnel according to the actual situation of the power grid, such as: a power outage in a power consumption area in the power grid, monitoring the relay power supply of the backup power supply equipment in the area of ​​the power grid to the area, etc.; when the user formulates the operation monitoring task, the system also assists it; after the operation monitoring task is formulated, it is executed online; the execution progress information is the execution start time and execution progress of the operation monitoring task; the execution progress information is mapped to the visualization model, so that users who view the visualization model can view it and know the progress of the task.

[0092] This application introduces a visualization model of the power grid. The power grid monitoring personnel can use the visualization model to intuitively view the overall situation of the power grid from a global perspective, and thus formulate operation monitoring tasks based on the actual situation of the power grid, which greatly improves the efficiency of power grid operation monitoring. In addition, the system assists power grid monitoring personnel in formulating operation monitoring tasks, further improving the efficiency of power grid operation monitoring.

[0093] In one embodiment, the interactive assistance user formulates the operation monitoring task of the power grid based on the visualization model, including:

[0094] Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user;

[0095] Obtaining a set of historical display contents in the first display window within a recent preset time;

[0096] determining whether a historical display content set meets a content set condition;

[0097] When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set;

[0098] Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library;

[0099] Determine from the visualization model to display a first minimum local model that includes all first historical display contents;

[0100] Controlling the first display window to display the preset first prompt information and the first minimum local model in sequence;

[0101] Control the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence;

[0102] When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, an operation monitoring task is generated based on the power grid operation monitoring suggestion;

[0103] Among them, the content set conditions include:

[0104] The content type set of the historical display content set matches the preset standard content type set;

[0105] Among them, the first content condition includes:

[0106] The continuous complete display time of the first historical display content in the first display window within the most recent preset time is greater than or equal to a preset first time threshold.

[0107] In the above technical scheme, the first display window and the second display window are software windows on the user's smart terminal (such as: mobile phone, computer, etc.), and the first display window is dedicated to the user to freely operate and view the visualization model; the preset time can be, for example: 5 minutes; the historical display content set includes the content in the visualization model viewed by the user through the first display window within the recent preset time, such as: the load condition of the power supply equipment in a certain area, the power generation condition of the power generation equipment, etc.; when the historical display content set meets the content set conditions, it indicates that it is time to enter the auxiliary user to formulate operation monitoring tasks; when the first content condition is met, it means that the first historical display content is necessary for the user to view and formulate the operation monitoring task based on it; there are different first historical display contents in the power grid operation monitoring suggestion library The grid operation monitoring suggestions corresponding to the first historical display content are suggestions for formulating operation monitoring tasks based on the first historical display content. For example, if the first historical display content is the duration of power outages in a certain area and the duration of the startup of backup power supply equipment, then the grid operation monitoring suggestions are to monitor the power restoration time in the area, the operation status of the backup power supply equipment, etc. Based on the first historical display content, the corresponding grid operation monitoring suggestions can be determined from the grid operation monitoring suggestion library, and based on the grid operation monitoring suggestions, a grid operation monitoring suggestion table can be combined; when the first minimum local model is displayed in the first display window, the user can view all the first historical display contents at the same time; the first prompt information is to prompt the user to start formulating operation monitoring based on the first minimum local model When the first display window displays the first prompt information and the first minimum local model in sequence, the user can know and start to formulate the operation monitoring task based on the first minimum local model; generally, the display time of the first prompt information in the first display window can be 5 seconds, and then the first minimum local model is continuously displayed in the first display window; the second prompt information is information prompting the user to formulate the operation monitoring task with reference to the power grid operation monitoring suggestion table; when the second display window displays the second prompt information and the power grid operation monitoring suggestion table in sequence, the user can know and start to formulate the operation monitoring task with reference to the power grid operation monitoring suggestion table; generally, the display time of the second prompt information in the second display window can be 3 seconds, and then the power grid operation monitoring suggestion table is continuously displayed in the second display window. Grid operation monitoring suggestion table; then, the user can select the grid operation monitoring suggestion he wants to take from the grid operation monitoring suggestion table, and generate an operation monitoring task based on the grid operation monitoring suggestion; the content type set includes the content type of each historical display content in the historical display content set, such as: power supply equipment load status, etc.; when the historical display content set matches the standard content type set, it represents the time to enter the auxiliary user to formulate an operation monitoring task, for example: the content types in the standard content type set are respectively the power outage duration and the startup duration of the backup power supply equipment, which means that the user needs to monitor the power outage recovery status, the backup power supply status, etc., and enter the time to assist the user to formulate an operation monitoring task; the first duration threshold can be, for example: 15 seconds;The first historical display content is presented in the visualization model as a content block, and the continuous complete display duration is the total duration that the content block continuously and completely falls within the first display window; when the continuous complete display duration is greater than or equal to the first duration threshold, it indicates that the user may have actually viewed the first historical display content, which can be used as a basis for formulating operation monitoring tasks. ;

[0108] The embodiment of the present invention interactively assists users in formulating operation monitoring tasks of the power grid based on a visualization model, interacts with users, and assists them in completing the formulation of operation monitoring tasks, thereby improving the efficiency of users in formulating operation monitoring tasks, and at the same time, it is more humane; in addition, the embodiment of the present invention introduces content set conditions to accurately determine the timing of formulating operation monitoring tasks for users, thereby reducing the auxiliary resources of the system and improving the auxiliary efficiency of the system; secondly, the first content condition is introduced to accurately select the first historical display content that needs to be viewed by users at the same time, thereby further improving the efficiency of users in formulating operation monitoring tasks, and at the same time, it is more intelligent.

[0109] In one embodiment, the interactive assistance for users to formulate power grid operation monitoring tasks based on the visualization model also includes:

[0110] Determining at least one second historical display content that meets the second content condition from the first historical display content;

[0111] Determine at least one content association matching rule based on the second historical display content and a preset content association matching rule library;

[0112] Based on the content association matching rule, associating and matching at least one model display content from the visualization model;

[0113] Determine from the visualization model to display a second smallest partial model that includes all model display contents;

[0114] Controlling the second display window to display the preset third prompt information and the second minimum local model in sequence;

[0115] The second content condition includes:

[0116] The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

[0117] In the above technical solution, when the second historical display content meets the second content condition, it means that the user wants to view the associated matching content of the second historical display content, that is, the model display content associated and matched from the visualization model based on the content association matching rule; there are content association matching rules corresponding to different second historical display contents in the content association matching rule library, and the content association matching rule is a rule for associating and matching the model display content associated with the second historical display content for the second historical display content. For example, if the second historical display content is the power generation of the power generation equipment in area A in the city, then the content association matching rule is to associate and match the power generation of the power generation equipment in other areas B in the city as the model display content (which can be used by users to formulate monitoring plans for various areas in the city). the second minimum local model is displayed in the second display window, and the user can view all the model display contents at the same time; the third prompt information is information prompting the user to refer to all the model display contents in the second minimum local model to formulate the operation monitoring task; generally, the display time of the third prompt information in the second display window can be 4 seconds, and then the second minimum local model is continuously displayed in the second display window; the second duration threshold can be 3 seconds; the standard operation type can be a click operation, etc.; the user can perform a standard operation type viewing operation on the second historical display content for a period greater than or equal to the second duration threshold, indicating that he wants to view the associated matching content of the second historical display content.

[0118] Generally, when a user views the first minimum local model to formulate an operation monitoring task, the user may want to view some model display contents in the visualization model that are associated with and matched with the first historical display content, and jointly formulate an operation monitoring task. The embodiment of the present invention can achieve this, greatly improving the humanization, further improving the efficiency of users in formulating operation monitoring tasks, and improving the applicability of the system.

[0119] In one embodiment, tracking and obtaining the execution progress information of the operation monitoring task includes:

[0120] Parse the task type of the running monitoring task;

[0121] Based on the task type and the preset tracking and acquisition template library, determine the tracking and acquisition template; the tracking and acquisition template library contains tracking and acquisition templates corresponding to different task types, for example: if the task type is to monitor the relay power supply of the backup power supply equipment, then the tracking and acquisition template is to obtain the operating status information of the backup power supply equipment, etc.

[0122] Based on the tracking acquisition template, track and obtain the execution progress information of the running monitoring task.

[0123] In one embodiment, the power grid operation monitoring method further includes:

[0124] Display the preset task modification toolbar; the task modification toolbar contains multiple tools for modifying the running monitoring tasks, such as: modifying the monitoring start time, etc.;

[0125] Receive a task modification instruction input by a user based on a task modification toolbar;

[0126] Modify the operation monitoring task based on the task modification instruction;

[0127] Relay online execution of the modified operation monitoring task. The user can enter the task modification command to modify the operation monitoring task through the task modification toolbar. After the modification, the system relays online execution of the modified operation monitoring task.

[0128] The present invention provides a power grid operation monitoring system, such as Figure 2 As shown, including:

[0129] Display module 1, used to display a preset visualization model corresponding to the power grid;

[0130] Auxiliary module 2, used to interactively assist users in formulating power grid operation monitoring tasks based on the visualization model;

[0131] Execution module 3, used to perform operation monitoring tasks online;

[0132] Tracking module 4, used to track and obtain the execution progress information of the operation monitoring task;

[0133] The mapping module 5 is used to map the execution progress information into the visualization model.

[0134] Auxiliary module 2 interactively assists users to formulate power grid operation monitoring tasks based on the visual model, including:

[0135] Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user;

[0136] Obtaining a set of historical display contents in the first display window within a recent preset time;

[0137] determining whether a historical display content set meets a content set condition;

[0138] When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set;

[0139] Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library;

[0140] Determine from the visualization model to display a first minimum local model that includes all first historical display contents;

[0141] Controlling the first display window to display the preset first prompt information and the first minimum local model in sequence;

[0142] Control the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence;

[0143] When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, an operation monitoring task is generated based on the power grid operation monitoring suggestion;

[0144] Among them, the content set conditions include:

[0145] The content type set of the historical display content set matches the preset standard content type set;

[0146] Among them, the first content condition includes:

[0147] The continuous complete display time of the first historical display content in the first display window within the most recent preset time is greater than or equal to a preset first time threshold.

[0148] Auxiliary module 2 interactively assists users to formulate power grid operation monitoring tasks based on the visual model, and also includes:

[0149] Determining at least one second historical display content that meets the second content condition from the first historical display content;

[0150] Determine at least one content association matching rule based on the second historical display content and a preset content association matching rule library;

[0151] Based on the content association matching rule, associating and matching at least one model display content from the visualization model;

[0152] Determine from the visualization model to display a second smallest partial model that includes all model display contents;

[0153] Controlling the second display window to display the preset third prompt information and the second minimum local model in sequence;

[0154] The second content condition includes:

[0155] The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

[0156] The tracking module 4 tracks and obtains the execution progress information of the operation monitoring task, including:

[0157] Parse the task type of the running monitoring task;

[0158] Determine the tracking acquisition template based on the task type and the preset tracking acquisition template library;

[0159] Based on the tracking acquisition template, track and obtain the execution progress information of the running monitoring task.

[0160] The power grid operation monitoring system also includes:

[0161] Modify the module to include:

[0162] Display the preset task modification toolbar;

[0163] Receive a task modification instruction input by a user based on a task modification toolbar;

[0164] Modify the operation monitoring task based on the task modification instruction;

[0165] Relay online to execute the modified operation monitoring tasks.

[0166] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A method for monitoring power grid operation, characterized in that: include: Display the preset visualization model corresponding to the power grid; Interactively assisting a user to formulate an operation monitoring task of the power grid based on the visualization model; Execute the operation monitoring task online; Tracking and obtaining the execution progress information of the operation monitoring task; mapping the execution progress information into the visualization model; The interactive assisting user formulates the operation monitoring task of the power grid based on the visualization model, including: Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user; Acquire a set of historical display contents in the first display window within a recent preset time; Determining whether the historical display content set meets a content set condition; When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set; Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library; Determine from the visualization model to display a first minimum local model that includes all of the first historical display content; Controlling the first display window to display a preset first prompt information and the first minimum local model in sequence; Controlling the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence; When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, the operation monitoring task is generated based on the power grid operation monitoring suggestion; The content set conditions include: The content type set of the historical display content set matches the preset standard content type set; Wherein, the first content condition includes: The continuous complete display time of the first historical display content in the first display window within the most recently preset time is greater than or equal to a preset first time threshold.

2. A method for monitoring power grid operation according to claim 1, characterized in that: The interactive assisting user formulates the operation monitoring task of the power grid based on the visualization model, further comprising: Determining at least one second historical display content that meets a second content condition from the first historical display content; Determining at least one content association matching rule based on the second historical display content and a preset content association matching rule library; Based on the content association matching rule, associating and matching at least one model display content from the visualization model; Determine from the visualization model to display a second minimum local model that includes all of the model display content; Controlling the second display window to display a preset third prompt information and the second minimum local model in sequence; Wherein, the second content condition includes: The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

3. A method for monitoring power grid operation according to claim 1, characterized in that: The tracking and obtaining of the execution progress information of the operation monitoring task includes: Analyze the task type of the operation monitoring task; Determine a tracking and acquisition template based on the task type and a preset tracking and acquisition template library; Based on the tracking and acquisition template, the execution progress information of the operation monitoring task is tracked and acquired.

4. A method for monitoring power grid operation according to claim 1, characterized in that: Also includes: Display the preset task modification toolbar; Receiving a task modification instruction input by a user based on the task modification toolbar; Based on the task modification instruction, modify the operation monitoring task; The modified operation monitoring task is executed online by the relay.

5. A power grid operation monitoring system, characterized in that: include: A display module, used to display a preset visualization model corresponding to the power grid; An auxiliary module, used for interactively assisting a user to formulate an operation monitoring task of the power grid based on the visualization model; An execution module, used for executing the operation monitoring task online; A tracking module, used to track and obtain the execution progress information of the operation monitoring task; A mapping module, used for mapping the execution progress information into the visualization model; The auxiliary module interactively assists the user in formulating the operation monitoring task of the power grid based on the visualization model, including: Acquire a first display window and a second display window of the visualization model; the first display window and the second display window are arranged in parallel with each other and respond to a viewing operation of a user; Acquire a set of historical display contents in the first display window within a recent preset time; Determining whether the historical display content set meets a content set condition; When it is determined to be in compliance, determining at least one first historical display content that meets the first content condition from the historical display content set; Determine a power grid operation monitoring suggestion table based on the first historical display content and a preset power grid operation monitoring suggestion library; Determine from the visualization model to display a first minimum local model that includes all of the first historical display content; Controlling the first display window to display a preset first prompt information and the first minimum local model in sequence; Controlling the second display window to display the preset second prompt information and the power grid operation monitoring suggestion table in sequence; When the user selects a power grid operation monitoring suggestion from the power grid operation monitoring suggestion table, the operation monitoring task is generated based on the power grid operation monitoring suggestion; The content set conditions include: The content type set of the historical display content set matches the preset standard content type set; Wherein, the first content condition includes: The continuous complete display time of the first historical display content in the first display window within the most recently preset time is greater than or equal to a preset first time threshold.

6. A power grid operation monitoring system as claimed in claim 5, characterized in that: The auxiliary module interactively assists the user in formulating the operation monitoring task of the power grid based on the visualization model, and further includes: Determining at least one second historical display content that meets a second content condition from the first historical display content; Determining at least one content association matching rule based on the second historical display content and a preset content association matching rule library; Based on the content association matching rule, associating and matching at least one model display content from the visualization model; Determine from the visualization model to display a second minimum local model that includes all of the model display content; Controlling the second display window to display a preset third prompt information and the second minimum local model in sequence; Wherein, the second content condition includes: The user performs a viewing operation of a preset standard operation type on the second historical display content in the first display window for a period of time greater than or equal to a preset second time threshold.

7. A power grid operation monitoring system as claimed in claim 5, characterized in that: The tracking module tracks and obtains the execution progress information of the operation monitoring task, including: Analyze the task type of the operation monitoring task; Determine a tracking and acquisition template based on the task type and a preset tracking and acquisition template library; Based on the tracking and acquisition template, the execution progress information of the operation monitoring task is tracked and acquired.

8. A power grid operation monitoring system as claimed in claim 5, characterized in that: Also includes: Modify the module to include: Display the preset task modification toolbar; Receiving a task modification instruction input by a user based on the task modification toolbar; Based on the task modification instruction, modify the operation monitoring task; The modified operation monitoring task is executed online by the relay.

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