A system and method for visualizing interactive acceptance of master-substation monitoring information

Abstract

The present invention relates to a visual interactive acceptance system for monitoring information of a master substation, comprising: a user interaction layer for visually displaying and interacting with data; a data parsing layer for importing and parsing configuration information data of the entire station; an application function layer for verifying whether the configuration information data of the master substation is correct, whether the visual display of the data is correct, and whether the forwarding information of the remote motor is correct; and a data communication layer for realizing a communication connection between the visual interactive acceptance system and the master substation.

Description

Technical Field

[0001] The present invention relates to a system and method for visualizing interactive acceptance of master-substation monitoring information, belonging to the technical field of transformer substation monitoring. Background Art

[0002] With the advancement of domestic digital technology, traditional substations are gradually being replaced. Smart substations are distinguished by more intelligent electrical equipment and a greater amount of monitoring information. However, the format of the full-station configuration file for smart substations is cumbersome, the monitoring information point table contains a large number of items, and it is difficult to establish a correlation between the two, which increases the difficulty of integrating smart substation information and acceptance.

[0003] At present, the information exchange acceptance between the master and substations of smart substations is mostly still carried out manually. For example, the joint commissioning and acceptance of the four remote information of the substation still adopts on-site trigger signals, and the master and substations test and accept the four remote information by telephone. This method is time-consuming and labor-intensive, and prone to errors and omissions. Usually, the information joint commissioning work of a new substation takes at least 2-3 weeks, and the power outage lasts for more than 20 days, resulting in large economic losses. Summary of the Invention

[0004] In order to solve the problems existing in the above-mentioned prior art, the present invention proposes a visual interactive acceptance system and method for master-substation monitoring information, establishes an interactive acceptance system in software form, and simulates measurement and protection devices, master stations, and remote motors through visual display and interaction of data, as well as configuration information verification and interactive process display of the entire master-substation. It can complete the visual interactive acceptance of telemetry, telesignaling and other signals, shorten the point debugging cycle before the substation is put into operation, improve the efficiency of substation information acceptance, and reduce the construction cost of the substation.

[0005] The technical solutions of the present invention are as follows:

[0006] In one aspect, the present invention provides a master-substation monitoring information visualization interactive acceptance system, comprising:

[0007] User interaction layer, used for visual display and interaction of data;

[0008] Data parsing layer, used to import and parse the configuration information data of the entire site;

[0009] The application function layer is used to verify whether the configuration information data of the master and slave stations is correct, whether the visualization display of the verification data is correct, and whether the forwarding information of the remote motor is correct;

[0010] Data communication layer, used to realize the communication connection between the visual interactive acceptance system and the master substation;

[0011] The application function layer includes a topology generation module and an acceptance test generation module. The topology generation module is used to generate a topology diagram of the entire station based on the configuration information data of the entire station. The acceptance program generation module is used to generate at least one acceptance program based on the topology diagram of the entire station. The acceptance program includes a configuration file of actions to be performed by the master station and the remote motor, and the generated acceptance program list is sent to the user interaction layer.

[0012] The user interaction layer selects the acceptance program to be executed currently through the acceptance program list, and distributes the configuration files of the actions to be executed of each master substation and motion machine to each master substation and remote machine through the data communication layer according to the selected acceptance program.

[0013] As a preferred embodiment, the user interaction layer includes a login module and an interface module;

[0014] The login module is used for user account login and management;

[0015] The interface module is used for visual display of data and visual interaction of data. The visual display of data includes the data display of the configuration information data of the entire station, as well as the visual display of the information interaction process and information interaction acceptance results of the master and substations; the visual interaction of data includes the query and selection page of the acceptance program list.

[0016] As a preferred embodiment, the data parsing layer includes a station-wide system configuration file parsing module, a telecontrol configuration description file parsing module, a telecontrol monitoring information point table parsing module, a message parsing module, and an association module;

[0017] The whole-station system configuration file parsing module is used to import and parse the whole-station system configuration file, and the parsed content includes the bay layer device information within the station;

[0018] The telecontrol configuration description file parsing module is used to import and parse the telecontrol configuration description file, and the parsed content includes the telecontrol point number, description information, synthetic signal and MMS address;

[0019] The telecontrol monitoring information point table parsing module is used to import and parse the telecontrol monitoring information point table, and the parsed content includes the telecontrol point number and description information;

[0020] The message parsing module is used to parse MMS messages and 104 messages, and the parsed content includes MMS message information, 104 message information, device information and sports machine point number;

[0021] The association module is used to associate the parsed content, specifically including: associating and mapping the device information obtained by parsing the MMS message by the message parsing module with the station-interval layer device information parsed by the whole-station system configuration file parsing module; and associating and mapping the motion machine point number obtained by parsing the 104 message information body address of the 104 message by the message parsing module with the remote control monitoring information point table, and associating and mapping it with the corresponding point table device information; and associating and mapping the MMS message information, the station-interval layer device information, the 104 message information, and the point table device information based on the uniqueness of the time stamp.

[0022] As a preferred embodiment, the application function layer includes a configuration verification module, a synchronization acceptance module, a dynamic verification module and a reporting module;

[0023] The configuration verification module is used to verify the syntax, semantics and consistency of the parsed contents of the entire station system configuration file, the telecontrol configuration description file and the telecontrol monitoring information point table;

[0024] The synchronization acceptance module is used to check whether the visual display content of the master station is consistent with the on-site;

[0025] The dynamic verification module is used to verify whether the information forwarded by the remote motor is accurate;

[0026] The reporting module is used to generate a report based on the verification results of the configuration verification module, the synchronization acceptance module and the dynamic verification module.

[0027] As a preferred embodiment, the data communication layer includes a sending module, a receiving module and a Socket communication module;

[0028] The sending module and the receiving module are used for sending and receiving data respectively, and the Socket communication module is used for establishing a communication network based on the ServerSocket object.

[0029] In another aspect, the present invention provides a method for visually interacting and accepting master-substation monitoring information, which is implemented based on a system for visually interacting and accepting master-substation monitoring information according to any embodiment of the present invention, and includes the following steps:

[0030] Import the entire station system configuration file, telecontrol configuration description file, telecontrol monitoring information point table and message information into the data parsing layer, obtain the parsed content through the data parsing layer, and associate the parsed content;

[0031] Verify the syntax and semantics of the above parsed content through the application function layer;

[0032] Through the application function layer, based on the telecontrol configuration description file, the parsed telecontrol configuration description file and the parsed content of the telecontrol monitoring information point table, the point table point number is used as the reference for association, and the consistency of the parsed content is checked. The verification results are then visually displayed through the user interaction layer.

[0033] Generate a topology diagram of the entire site through the application function layer and generate at least one acceptance procedure based on the topology diagram of the entire site, and send the generated acceptance procedure list to the user interaction layer;

[0034] Select the acceptance procedure to be executed currently through the user interaction layer;

[0035] Through the data communication layer, the configuration files of the actions to be executed by each master station and motion machine are distributed to each master station and remote machine according to the selected acceptance procedure;

[0036] The remote control master station is connected through the data communication layer. The remote control master station receives the actual trigger signal on site according to the configuration file of the action to be executed. The application function layer compares the master station signal, the signal received by the master-substation monitoring information visualization interactive acceptance system, and the actual trigger signal to see if they are consistent.

[0037] Access the remote motor input and output sides through the data communication layer. The remote motor input and output sides read the actual configuration information of the remote motor according to the configuration file of the action to be executed and compare it with the parsed content of the remote motor configuration description file;

[0038] The remote control unit input and output sides are connected through the data communication layer. The remote control unit input and output sides simulate and send trigger signals in sequence according to the configuration files of the actions to be executed and the parsed contents of the configuration files of the entire station system. At the same time, they receive the forwarding signals of the remote control unit. The trigger signals and forwarding signals are compared with each other based on the point number through the application function layer to see if they are consistent.

[0039] The remote motor input side is connected through the data communication layer. The remote motor input side sends signals in sequence based on the configuration file of the action to be executed and the point number is used as the reference. The monitoring background receives the signal and compares it with the simulation signal to see if it is consistent.

[0040] Complete the acceptance of master-substation monitoring information.

[0041] The present invention has the following beneficial effects:

[0042] The present invention provides a visual interactive acceptance system for master-substation monitoring information. It can simulate measurement and protection devices, master stations, and telemotors, completing visual interactive acceptance of telemetry and telesignaling signals. This significantly shortens the pre-operation point commissioning cycle for substations, improves the efficiency of substation information acceptance, and reduces substation construction costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] Figure 1Schematic diagram of the hierarchical structure of the visual interactive acceptance system of the present invention;

[0044] Figure 2 Schematic diagram of the functional framework of the visual interactive acceptance system of the present invention;

[0045] Figure 3 Schematic diagram of the data communication layer framework in an embodiment of the present invention;

[0046] Figure 4 This is an example diagram of the on-site application of the visual interactive acceptance system in an embodiment of the present invention;

[0047] Figure 5 This is another example diagram of the on-site application of the visual interactive acceptance system in an embodiment of the present invention;

[0048] Figure 6 This is another example diagram of the on-site application of the visual interactive acceptance system in an embodiment of the present invention;

[0049] Figure 7 The figure is a flowchart of a visual interactive acceptance method according to an embodiment of the present invention. DETAILED DESCRIPTION

[0050] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. All other embodiments obtained by ordinary technicians in this field based on the embodiments of the present invention without making any creative efforts shall fall within the scope of protection of the present invention.

[0051] It should be understood that the step numbers used herein are only for convenience of description and are not intended to limit the order in which the steps are to be executed.

[0052] It should be understood that the terms used in the present specification are only for the purpose of describing specific embodiments and are not intended to limit the present invention. As used in the present specification and the appended claims, the singular forms "a", "an" and "the" are intended to include the plural forms unless the context clearly indicates otherwise.

[0053] The terms “include” and “comprising” indicate the presence of described features, integers, steps, operations, elements and / or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or groups thereof.

[0054] The term "and / or" refers to and includes any and all possible combinations of one or more of the associated listed items.

[0055] Example 1:

[0056] See also Figure 1 , a master-substation monitoring information visualization interactive acceptance system, including:

[0057] User interaction layer, used for visual display and interaction of data;

[0058] Data parsing layer, used to import and parse the configuration information data of the entire site;

[0059] The application function layer is used to verify whether the configuration information data of the master and slave stations is correct, whether the visualization display of the verification data is correct, and whether the forwarding information of the remote motor is correct;

[0060] Data communication layer, used to realize the communication connection between the visual interactive acceptance system and the master substation;

[0061] The application function layer includes a topology generation module and an acceptance test generation module. The topology generation module is used to generate a topology diagram of the entire station based on the configuration information data of the entire station. The acceptance program generation module is used to generate at least one acceptance program based on the topology diagram of the entire station. The acceptance program includes a configuration file of actions to be performed by the master station and the remote motor, and the generated acceptance program list is sent to the user interaction layer.

[0062] The user interaction layer selects the acceptance program to be executed currently through the acceptance program list, and distributes the configuration files of the actions to be executed of each master substation and motion machine to each master substation and remote machine through the data communication layer according to the selected acceptance program.

[0063] See Figure 2 The master-substation monitoring information visualization interactive acceptance system is used to realize information integration and information interaction functions. Information integration includes the verification and association of configuration information data. Information interaction functions include the following situations:

[0064] 1) Connect the system to the remote motor substation side to simulate the monitoring device to send a trigger signal to the remote control; 2) Connect the system to the remote motor master station side to simulate the dispatching master station to receive the remote control forwarding signal; 3) Connect the system to the remote motor substation and master station side at the same time to form a closed loop.

[0065] As a preferred implementation of this embodiment, the user interaction layer includes a login module and an interface module;

[0066] The login module is used for user account login and management;

[0067] The interface module is used for visual display and interactive data. The visual display of data includes the display of the entire station's configuration information data, specifically including the SCD file (substation configuration description, the entire station system configuration file), the RCD file (telecontrol configuration description file), and the telecontrol monitoring information point table data, as well as the visual display of the master-substation information interaction process and information interaction acceptance results, such as the remote signaling acceptance process and results. The visual interaction of data includes the query and selection page of the acceptance program list.

[0068] The above-mentioned visual display of the master-substation information interaction acceptance process is implemented as follows: the master-substation information is classified according to telemetry, telesignaling, remote control, communication interruption, etc., and the signals are displayed in a table form. After each signal, a graphic input and output button is added, and different color marks are given for different action and reset states, which can clearly show whether the signal is interacting normally.

[0069] As a preferred implementation of this embodiment, the data parsing layer includes a station-wide system configuration file parsing module, a telecontrol configuration description file parsing module, a telecontrol monitoring information point table parsing module, a message parsing module, and an association module;

[0070] The whole-station system configuration file parsing module is used to import and parse the whole-station system configuration file, and the parsed content includes the bay layer device information within the station;

[0071] The telecontrol configuration description file parsing module is used to import and parse the telecontrol configuration description file, and the parsed content includes the telecontrol point number, description information, synthetic signal and MMS address;

[0072] The telecontrol monitoring information point table parsing module is used to import and parse the telecontrol monitoring information point table, and the parsed content includes the telecontrol point number and description information;

[0073] The message parsing module is used to parse MMS messages and 104 messages, and the parsed content includes MMS message information, 104 message information, device information and sports machine point number;

[0074] The association module is used to associate the parsed content, specifically including: associating and mapping the device information obtained by parsing the MMS message by the message parsing module with the station-interval layer device information parsed by the whole-station system configuration file parsing module; and associating and mapping the motion machine point number obtained by parsing the 104 message information body address of the 104 message by the message parsing module with the remote control monitoring information point table, and associating and mapping it with the corresponding point table device information; and associating and mapping the MMS message information, the station-interval layer device information, the 104 message information, and the point table device information based on the uniqueness of the time stamp.

[0075] As a preferred implementation of this embodiment, the application function layer includes a configuration verification module, a synchronization acceptance module, a dynamic verification module and a reporting module;

[0076] The configuration verification module is used to verify the syntax and semantics of the parsed contents of the entire station system configuration file, the telecontrol configuration description file, and the telecontrol monitoring information point table, as well as to verify the consistency of the parsed contents of the entire station system configuration file, the telecontrol configuration description file, and the telecontrol monitoring information point table, by comparing the descriptions based on the point number to see if they are consistent;

[0077] The synchronous acceptance module is used to check whether the visual display content of the master station is consistent with the on-site display. The purpose of the synchronous acceptance module is to check whether the master-substation monitoring information visual interactive acceptance system can correctly simulate the master station. The implementation method is to connect the master-substation monitoring information visual interactive acceptance system to the remote machine master station side, receive the signal forwarded by the remote machine, and the acceptance personnel compare the consistency of the master-substation monitoring information visual interactive acceptance system screen, the background screen and the on-site applied signal;

[0078] The dynamic verification module is used to verify whether the information forwarded by the remote motor is accurate; the implementation method is to connect the master-substation monitoring information visualization interactive acceptance system to the input and output sides of the remote motor to form a closed loop, and compare the remote motor forwarding table and the monitoring information acceptance point table to see if they are consistent. The comparison method is based on the point number, and the description is compared to see if they are consistent, and the accepted remote motor forwarding table is retained.

[0079] The reporting module is used to generate reports based on the verification results of the configuration verification module, the synchronous acceptance module and the dynamic verification module, including a synchronous acceptance report, a dynamic verification report and a master-substation joint acceptance report.

[0080] See Figure 3 , as a preferred implementation of this embodiment, the data communication layer includes a sending module, a receiving module and a Socket communication module;

[0081] The sending module and the receiving module are used for sending and receiving data respectively, and the Socket communication module is used for establishing a communication network based on the ServerSocket object and implemented by the TCP / IP protocol.

[0082] The receiving module receives data in the following way:

[0083] Receive message data sent by the server and store the data in the buffer area;

[0084] Read the data stored in the buffer in sequence in frames;

[0085] Correspond each byte to the sample value and convert the data into a string that meets the requirements;

[0086] Display the converted message character string in the format of protocols 103 and 104.

[0087] Among them, the communication mode based on the Socket communication module is:

[0088] The server creates a ServerSocket object and specifies a port number, waiting for the client's communication request; the client creates a Socket object, specifies the IP address and port number, and sends a connection request to the server;

[0089] The server receives the client's connection request, establishes a TCP connection, and then creates a Socket object to communicate with the client;

[0090] The server and client create byte output and input streams respectively. The byte input stream receives data sent by the other party, and the byte output stream sends data.

[0091] When one party sends an end message, the communication ends, both parties close the TCP connection, and the server stops waiting for communication requests.

[0092] See also Figure 4-6 This example proposes an example of the actual on-site application of the master-substation monitoring information visualization interactive acceptance system under an acceptance procedure. The site includes the master-substation monitoring information visualization interactive acceptance system, monitoring background, remote motor, and substation internal monitoring device; among them, Figure 4 On-site wiring diagram for simultaneous acceptance; Figure 5 For dynamic verification of the on-site wiring diagram, Figure 5 This is the on-site wiring diagram for the joint acceptance of the main and substations.

[0093] The acceptance procedures for this example are as follows:

[0094] like Figure 4 As shown, when conducting on-site synchronous acceptance, the on-site measurement and protection device actually triggers and sends a signal to the remote motor, and the master-substation monitoring information visualization interactive acceptance system is connected to the remote motor master station side to receive the actual on-site trigger signal and compare the system screen with the monitoring background screen to see if they are consistent.

[0095] like Figure 5 As shown, the dynamic verification is carried out in two steps. The visual interactive acceptance system of the master-substation monitoring information is connected to the input and output sides of the remote motor. The first step is to read the remote motor configuration and transfer table, compare the transfer table with the monitoring point table to see if they are consistent, and save them.

[0096] The second dynamic verification is to simulate the signal sent by the measurement and maintenance device of the visualization interactive acceptance system of the main substation monitoring information. At the same time, it receives the signal forwarded by the remote motor and verifies and compares whether the signal forwarded by the remote motor is consistent with the simulated signal. The comparison method is based on the equipment information and point number to check whether the descriptions are consistent.

[0097] like Figure 6 As shown in the figure, during the joint acceptance of the master and substations, the master and substation monitoring information visualization interactive acceptance system is connected to the input side of the remote motor. The simulation measurement and protection device sends signals to the remote motor, and the master station receives the telecontrol forwarding signal, completing the joint acceptance of the master and substations. Finally, the master station commissioning personnel are dispatched to manually verify the signal consistency.

[0098] The simulation signals of the above-mentioned measurement and protection devices include telesignaling, telemetering, communication interruption signals, etc.

[0099] Example 2:

[0100] See also Figure 7 This embodiment provides a method for visually interacting and accepting monitoring information of a master-substation, which is based on the visually interacting and accepting monitoring information of a master-substation described in the first embodiment, and includes the following steps:

[0101] A1. Import the entire station system configuration file, telecontrol configuration description file, and telecontrol monitoring information point table into the data parsing layer, obtain the parsed content, and associate the parsed content. Verify the syntax and semantics of the parsed content through the application function layer. If the verification is correct, proceed to the next step. If there is an error, modify the incorrect file and re-import it.

[0102] A2. Through the application function layer, the telecontrol configuration description file, the parsed telecontrol configuration description file, and the parsed content of the telecontrol monitoring information point table are linked based on the point table point number. The consistency of the parsed content is checked and the verification results are visualized through the user interaction layer. If the three are correctly linked, the next step is carried out. If not, the incorrect file is modified and re-imported.

[0103] A3. Generate a topology diagram of the entire site through the application function layer and generate at least one acceptance procedure based on the topology diagram of the entire site. Send the generated acceptance procedure list to the user interaction layer; select the acceptance procedure to be executed through the user interaction layer;

[0104] A4. Perform synchronous acceptance according to the selected acceptance procedure. Access the remote control master station through the data communication layer. The remote control master station receives the actual on-site trigger signal based on the configuration file of the action to be executed. The application function layer compares the master station signal, the signal received by the master-substation monitoring information visualization interactive acceptance system, and the actual trigger signal to see if they are consistent. If the signals are consistent, proceed to the next step.

[0105] A5. Perform dynamic closed-loop verification. Access the remote motor input and output sides through the data communication layer. The remote motor input and output sides read the actual configuration information of the remote motor based on the configuration file of the action to be executed and compare it with the parsed content of the remote motor configuration description file to verify whether the remote motor configuration is correct. If it is correct, proceed to the next step.

[0106] A6. Conduct joint acceptance inspection of the master and substations. Access the input and output sides of the remote motor through the data communication layer. The remote motor input and output sides simulate sending trigger signals and reset signals to the remote motor point by point based on the configuration file of the action to be executed and the parsed content of the entire station system configuration file. Simultaneously, they receive the forwarding signal of the remote motor. The master station debugging personnel compare the trigger signal and forwarding signal based on the point number through the application function layer to ensure consistency. If correct, the acceptance is completed. If incorrect, the error is noted.

[0107] Access the remote motor input side through the data communication layer. The remote motor input side sends signals in sequence based on the configuration file of the action to be executed and the point number as the basis. The monitoring background receives the signal and compares it with the simulation signal to see if it is consistent. If it is correct, the acceptance is completed. If it is wrong, the error is noted.

[0108] A7. Manually review and eliminate defects until all signals are accepted.

[0109] The above descriptions are merely embodiments of the present invention and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made using the contents of the present invention's description and drawings, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A visual interactive acceptance system for master-substation monitoring information, characterized in that: include: User interaction layer, used for visual display and interaction of data; Data parsing layer, used to import and parse the configuration information data of the entire site; The application function layer is used to verify whether the configuration information data of the master and slave stations is correct, whether the visualization display of the verification data is correct, and whether the forwarding information of the remote motor is correct; Data communication layer, used to realize the communication connection between the visual interactive acceptance system and the master substation; The application function layer includes a topology generation module and an acceptance program generation module. The topology generation module is used to generate a topology diagram of the entire station based on the configuration information data of the entire station. The acceptance program generation module is used to generate at least one acceptance program based on the topology diagram of the entire station. The acceptance program includes a configuration file of actions to be performed by the master station, the substation, and the remote motor, and sends the generated acceptance program list to the user interaction layer. The user interaction layer selects the acceptance program to be executed currently through the acceptance program list, and distributes the configuration files of the actions to be executed of each master substation and motion machine to each master substation and motion machine through the data communication layer according to the selected acceptance program; The data parsing layer includes a station system configuration file parsing module, a telecontrol configuration description file parsing module, a telecontrol monitoring information point table parsing module, a message parsing module and a correlation module; The whole-station system configuration file parsing module is used to import and parse the whole-station system configuration file, and the parsed content includes the bay layer device information within the station; The telecontrol configuration description file parsing module is used to import and parse the telecontrol configuration description file, and the parsed content includes the telecontrol point number, description information, synthetic signal and MMS address; The telecontrol monitoring information point table parsing module is used to import and parse the telecontrol monitoring information point table, and the parsed content includes the telecontrol point number and description information; The message parsing module is used to parse MMS messages and 104 messages, and the parsed content includes MMS message information, 104 message information, device information and sports machine point number; The association module is used to associate the parsed content, specifically including: associating and mapping the device information obtained by parsing the MMS message by the message parsing module with the station-interval layer device information parsed by the whole-station system configuration file parsing module; and associating and mapping the motion machine point number obtained by parsing the 104 message information body address of the 104 message by the message parsing module with the remote control monitoring information point table, and associating and mapping it with the corresponding point table device information; and associating and mapping the MMS message information, the station-interval layer device information, the 104 message information and the point table device information based on the uniqueness of the time stamp.

2. A visual interactive acceptance system for master-substation monitoring information according to claim 1, characterized in that: The user interaction layer includes a login module and an interface module; The login module is used for user account login and management; The interface module is used for visual display of data and visual interaction of data. The visual display of data includes the data display of the configuration information data of the entire station, as well as the visual display of the information interaction process and information interaction acceptance results of the master and substations; the visual interaction of data includes the query and selection page of the acceptance program list.

3. The master-substation monitoring information visualization interactive acceptance system according to claim 1, characterized in that: The application function layer includes a configuration verification module, a synchronization acceptance module, a dynamic verification module and a reporting module; The configuration verification module is used to verify the syntax, semantics and consistency of the parsed contents of the entire station system configuration file, the telecontrol configuration description file and the telecontrol monitoring information point table; The synchronization acceptance module is used to check whether the visual display content of the master station is consistent with the on-site; The dynamic verification module is used to verify whether the information forwarded by the remote motor is accurate; The reporting module is used to generate a report based on the verification results of the configuration verification module, the synchronization acceptance module and the dynamic verification module.

4. The master-substation monitoring information visualization interactive acceptance system according to claim 1, characterized in that: The data communication layer includes a sending module, a receiving module and a Socket communication module; The sending module and the receiving module are used for sending and receiving data respectively, and the Socket communication module is used for establishing a communication network based on the ServerSocket object.

5. A method for visual interactive acceptance of master-substation monitoring information, implemented based on a system for visual interactive acceptance of master-substation monitoring information according to any one of claims 1 to 4, characterized in that: The following steps are involved: Import the entire station system configuration file, telecontrol configuration description file, telecontrol monitoring information point table and message information into the data parsing layer, obtain the parsed content through the data parsing layer, and associate the parsed content; Verify the syntax and semantics of the above parsed content through the application function layer; Through the application function layer, based on the telecontrol configuration description file, the parsed telecontrol configuration description file and the parsed content of the telecontrol monitoring information point table, the point table point number is used as the reference for association, and the consistency of the parsed content is checked. The verification results are then visually displayed through the user interaction layer. Generate a topology diagram of the entire site through the application function layer and generate at least one acceptance procedure based on the topology diagram of the entire site, and send the generated acceptance procedure list to the user interaction layer; Select the acceptance procedure to be executed currently through the user interaction layer; Through the data communication layer, the configuration files of the actions to be executed by each master station and motion machine are distributed to each master station and remote machine according to the selected acceptance procedure; The remote control master station is connected through the data communication layer. The remote control master station receives the actual trigger signal on site according to the configuration file of the action to be executed. The application function layer compares the master station signal, the signal received by the master-substation monitoring information visualization interactive acceptance system, and the actual trigger signal to see if they are consistent. Access the remote motor input and output sides through the data communication layer. The remote motor input and output sides read the actual configuration information of the remote motor according to the configuration file of the action to be executed and compare it with the parsed content of the remote motor configuration description file; The remote control unit input and output sides are connected through the data communication layer. The remote control unit input and output sides simulate and send trigger signals in sequence according to the configuration files of the actions to be executed and the parsed contents of the configuration files of the entire station system. At the same time, they receive the forwarding signals of the remote control unit. The trigger signals and forwarding signals are compared with each other based on the point number through the application function layer to see if they are consistent. The remote motor input side is connected through the data communication layer. The remote motor input side sends signals in sequence based on the configuration file of the action to be executed and the point number is used as the reference. The monitoring background receives the signal and compares it with the simulation signal to see if it is consistent. Complete the acceptance of master-substation monitoring information.

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