A Portable Monitoring Information Acceptance and Control Method and Terminal for Centralized Control Stations

Abstract

The present invention discloses a portable monitoring information acceptance control method and terminal for a centralized control station. The method implements the following steps based on a portable monitoring information acceptance control terminal: requesting and receiving a fixed-value point table from a monitoring information management master station; compiling an acceptance card based on the fixed-value point table and actual acceptance content, and submitting an acceptance application to the monitoring information management master station; receiving an electronic acceptance form approved by the monitoring information management master station; obtaining in real time a trigger signal sent by a point-to-point debugging device based on the signal sequence in the electronic acceptance form, and uploading it to the monitoring information management master station; receiving a closed-loop acceptance result from the monitoring information management master station; applying for and obtaining an acceptance report for the point-to-point debugging device, and uploading the acceptance report to the monitoring information management master station. This method solves the current problems of cumbersome monitoring information acceptance applications and contacts, extensive management of acceptance point tables, and the inability to timely grasp the acceptance status on site, thereby improving the efficiency of on-site acceptance contacts and the level of informatization of acceptance control.

Description

Technical Field

[0001] The present invention relates to the technical field of power system automation, and in particular to a portable monitoring information acceptance and control method and terminal for a centralized control station. Background Art

[0002] With the physical operation of centralized substations across the country, the construction and deployment of next-generation centralized control systems for these stations is in full swing. During the integration phase, all operating substations must be gradually connected to the new-generation system, posing a significant amount of acceptance work and daily inspection and management. Traditional monitoring and acceptance work relies on dedicated personnel. Based on the maintenance unit's acceptance plan and the submitted acceptance point list, the monitoring and acceptance management personnel at the centralized control station review the acceptance point list, approve the acceptance time, and then print the acceptance point list and place it on the duty desk. At the agreed acceptance time, on-site maintenance or commissioning personnel conduct the inspection by phone with the acceptance personnel at the centralized control master station. Both acceptance personnel confirm the acceptance status on the printed paper acceptance point list and tick it. The current acceptance model lacks acceptance communication tools and information-based management and control between the centralized control site and the master station. This makes it difficult for the site to accurately obtain the latest substation point list during the initial acceptance phase, resulting in difficulty in accurately compiling the acceptance point list. During the acceptance process, the acceptance process is also slow, leading to extended inspection times. Furthermore, there are challenges such as cumbersome preparation and difficult process data management. Summary of the Invention

[0003] The present invention provides a portable monitoring information acceptance control method and terminal for a centralized control station, so as to solve the problem of low efficiency in the existing monitoring information acceptance.

[0004] In a first aspect, a portable monitoring information acceptance and control method for a centralized control station is provided. The method is implemented based on a portable monitoring information acceptance and control terminal. The portable monitoring information acceptance and control terminal implements the following steps:

[0005] Request and receive the substation setting point table from the monitoring information management master station;

[0006] Prepare acceptance cards based on the substation value point table and actual acceptance content, and submit acceptance applications to the monitoring information management master station;

[0007] Receive the electronic acceptance form after review and approval by the monitoring information management master station;

[0008] Acquire the trigger signal sent by the point debugging device in real time based on the signal sequence in the electronic acceptance form and upload it to the monitoring information management main station;

[0009] Receive closed-loop acceptance results from the monitoring information management master station;

[0010] Apply for and obtain the acceptance report after the point debugging device completes all signal triggering, and upload the acceptance report to the monitoring information management main station.

[0011] Furthermore, the portable monitoring information acceptance control terminal and the monitoring information management master station realize transit communication through the security access zone master station; the portable monitoring information acceptance control terminal and the security access zone master station communicate through wireless encryption.

[0012] Furthermore, the portable monitoring information acceptance control terminal communicates with the point debugging device using a wired encryption method or a wireless encryption method.

[0013] Furthermore, the requesting and receiving the substation setting point table from the monitoring information management master station specifically includes:

[0014] The portable monitoring information acceptance control terminal selects the substation to be accepted and submits a point list request to the monitoring information management master station to obtain the latest substation fixed-value point list from the monitoring information management master station.

[0015] Furthermore, the said preparation of the acceptance card based on the substation value point table and the actual acceptance content, and submission of the acceptance application to the monitoring information management master station, specifically includes:

[0016] Clarify the actual acceptance scope and the contents of the substation acceptance point table;

[0017] Select the acceptance time and acceptance method, and compile an acceptance card in a fixed format;

[0018] The portable monitoring information acceptance control terminal sends the acceptance application and acceptance card in encrypted format to the monitoring information management master station and stores them in the designated location of the security access area master station.

[0019] Furthermore, the electronic acceptance form received after review by the monitoring information management main station specifically includes:

[0020] The portable monitoring information acceptance control terminal communicates with the master station in the security access area;

[0021] After the application is approved by the monitoring information management master station, the electronic acceptance form will be stored in the security access area master station.

[0022] Furthermore, the real-time acquisition of the trigger signal sent by the point debugging device based on the signal sequence in the electronic acceptance form and uploading it to the monitoring information management main station specifically includes:

[0023] The portable monitoring information acceptance control terminal communicates with the point-to-point debugging device to obtain a time-stamped trigger signal in real time. This trigger signal is sent to the centralized control master station by the point-to-point debugging device, which simulates the primary and secondary equipment models in the order of the monitoring signals in the electronic acceptance form.

[0024] The portable monitoring information acceptance and control terminal displays the trigger signal in a time sequence, and simultaneously communicates with the monitoring information management main station to upload the corresponding trigger signal.

[0025] Furthermore, the closed-loop acceptance result of the monitoring information management master station is obtained in the following manner:

[0026] The monitoring information management master station obtains the real-time alarm signals transmitted by the new generation centralized control system and the trigger signals uploaded by the portable monitoring information acceptance and control terminal, and compares them;

[0027] If the point number and signal description are consistent, and the receiving time is within the specified error range, the trigger signal is considered to have passed the acceptance, and the result of the acceptance of the trigger signal is sent to the portable monitoring information acceptance control terminal;

[0028] If the trigger signal acceptance does not meet the acceptance rules, the result of the trigger signal acceptance failure is sent to the portable monitoring information acceptance control terminal after waiting for a preset time.

[0029] In the second aspect, a portable monitoring information acceptance and control terminal for a centralized control station is provided, comprising a processing module and a master-substation communication module, a point-to-point debugging device communication module, and a display connected thereto;

[0030] The master-substation communication module is used to communicate with the monitoring information management master station, and the peer debugging device communication module is used to communicate with the peer debugging device;

[0031] The display shown is used for visual display of acceptance-related processes and process data;

[0032] The processing module includes an acceptance card preparation unit, an acceptance signal synchronization unit, and an acceptance data management unit;

[0033] The acceptance card preparation unit is used to request and obtain the substation value point table from the monitoring information management master station, and prepare the acceptance card based on the actual acceptance content; and submit the acceptance application to the monitoring information management master station, and receive the electronic acceptance form after the monitoring information management master station reviews and approves it;

[0034] The acceptance signal synchronization unit is used to obtain in real time the trigger signal sent by the point debugging device based on the signal sequence in the electronic acceptance form, and upload it to the monitoring information management master station; and receive the closed-loop acceptance result of the monitoring information management master station;

[0035] The acceptance data management unit is used to apply for and obtain an acceptance report after the point debugging device completes all signal triggering, and upload the acceptance report to the monitoring information management main station.

[0036] Furthermore, the master-substation communication module has a built-in 4G / 5G secure wireless encryption / decryption module and 104 protocol, and communicates with the secure access area master station according to the 104 protocol through wireless network encryption; the point-to-point debugging device communication module uses wired or wireless encrypted communication to communicate with the point-to-point debugging device.

[0037] Beneficial effects

[0038] The present invention proposes a portable monitoring information acceptance and control method and terminal for a centralized control station, which has the following advantages:

[0039] 1. This invention uses a portable monitoring information acceptance control terminal to replace manual acceptance application contact and acceptance management, realizing online interaction between the substation site and the centralized control station monitoring information management master station. The acceptance application process, acceptance point table compilation requirements, and acceptance rules are integrated into the machine and program, realizing the standardization and digitization of acceptance application and acceptance process, strengthening the source end control and process control of acceptance, and standardizing the preparation of acceptance cards, acceptance applications, master station and on-site acceptance process management, and acceptance data archiving according to unified requirements, ensuring full digital control of the acceptance process.

[0040] 2. This invention manages the entire acceptance process based on standard acceptance cards. By requesting the latest version of the substation monitoring information fixed-value point table from the monitoring information management master station, on-site maintenance or commissioning personnel can formulate acceptance cards based on the acceptance guidelines and the scope of maintenance or modification, select the acceptance point table content, acceptance time, and acceptance method, thus achieving source-end control of acceptance. The centralized control master station organizes review and approval of the acceptance cards submitted on-site, generates and issues electronic acceptance forms, and implements online approval of the acceptance process and confirmation of the consistency of the acceptance content.

[0041] 3. The portable monitoring information acceptance and control terminal of the present invention uses wireless encrypted communication to communicate with the monitoring information management master station and interacts with the point-to-point debugging device through encrypted isolation measures. This not only enables rapid information exchange and convenient operation, but also fully guarantees the network security of acceptance information exchange.

[0042] 4. To prepare the acceptance card / electronic acceptance form described in the present invention, you can apply to the monitoring information management master station for the latest version of the substation's fixed-value point table. Based on the fixed-value point table and acceptance point table template, you can quickly add or modify monitoring signals manually to generate the current acceptance point table. After selecting the acceptance method and acceptance time, a standard acceptance card is generated.

[0043] 5. The portable monitoring information acceptance and control terminal described in the present invention has a wizard-type operation interface. By integrating the acceptance application requirements and acceptance process into the wizard-type operation interface, internal connection and automatic call between processes are formed, friendly human-computer interaction is achieved, and wizard-type operation and visual display of acceptance content and acceptance results are realized in the acceptance application stage and the acceptance execution stage, thereby strengthening the acceptance process control and reducing the arbitrariness of manual contact and management of acceptance. BRIEF DESCRIPTION OF THE DRAWINGS

[0044] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0045] Figure 1 This is a schematic diagram of the interaction between the portable monitoring information acceptance and control terminal and the main station provided by an embodiment of the present invention;

[0046] Figure 2 This is a schematic diagram of the structure of a portable monitoring information acceptance and control terminal provided by an embodiment of the present invention;

[0047] Figure 3 This is a functional module diagram of a portable monitoring information acceptance and control terminal provided by an embodiment of the present invention;

[0048] Figure 4 This is a flow chart of a portable monitoring information acceptance and control method for a centralized control station provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0049] To make the objectives, technical solutions, and advantages of the present invention more apparent, the technical solutions of the present invention will be described in detail below. Obviously, the embodiments described are only some of the embodiments of the present invention, not all of them. Based on the embodiments of the present invention, all other implementations obtained by those of ordinary skill in the art without inventive effort are within the scope of protection of the present invention.

[0050] In response to the current major issues of monitoring information acceptance, such as the lack of effective communication tools and online management tools for on-site business connections between centralized control stations and substations, a portable monitoring information acceptance management and control method and terminal are proposed. The terminal has wireless communication and encryption capabilities, and is capable of encrypted communication with point-to-point debugging devices and the monitoring information management master station. It is capable of compiling monitoring acceptance cards, synchronizing acceptance applications with electronic acceptance forms, and synchronizing monitoring information trigger signals and acceptance reports with point-to-point debugging devices. At the same time, the terminal also has a wizard-style operation interface with friendly human-computer interaction functions, incorporating various acceptance management and control requirements. Through the interaction of the terminal with the monitoring information management master station and the point-to-point debugging device for acceptance content and processes, it realizes functions such as online compilation of acceptance content, online application and approval of acceptance applications, synchronization and upload of source-end trigger signals and acceptance reports of point-to-point debugging devices, and real-time display of acceptance results, thereby achieving fully automatic online flow of monitoring information acceptance management and control and full traceability management of the acceptance process.

[0051] The information interaction between the portable monitoring information acceptance control terminal and the monitoring information management master station is shown as follows Figure 1 As shown, the portable monitoring information acceptance control terminal 2 primarily serves as an acceptance management substation and a transfer point for important acceptance data. As an acceptance management substation, it initiates acceptance applications, compiles acceptance cards in a specified format, and receives and displays acceptance results from the monitoring information management master station. As a data transfer point between the point-to-point debugging device 1 and the monitoring information management master station 4, it primarily transmits trigger signals and on-site acceptance reports from the point-to-point debugging device 1, effectively providing network security isolation.

[0052] Based on this, the embodiment of the present invention provides a portable monitoring information acceptance and control terminal for the centralized control station, such as Figure 2 As shown, it includes a processing module 21 and a master-substation communication module 22, a point debugging device communication module 23, and a display 24 connected thereto;

[0053] The master-substation communication module 22 is used to communicate with the monitoring information management master station 4, and the point-to-point debugging device communication module 23 is used to communicate with the point-to-point debugging device 1;

[0054] The display 24 shown is used for visual display of acceptance-related processes and process data;

[0055] The processing module 21 includes an acceptance card preparation unit, an acceptance signal synchronization unit, and an acceptance data management unit;

[0056] The acceptance card preparation unit is used to request and obtain the substation fixed-value point table from the monitoring information management main station 4, and prepare the acceptance card based on the actual acceptance content; and submit the acceptance application to the monitoring information management main station 4, and receive the electronic acceptance form after the monitoring information management main station 4 reviews and approves it; the acceptance card preparation unit and the monitoring information management main station 4 regularly synchronize the substation name library, interval equipment tree and other equipment list information, and can apply to the monitoring information management main station 4 for the latest version of the fixed-value point table of the station by selecting the substation name;

[0057] The acceptance signal synchronization unit is used to obtain the trigger signal sent by the point debugging device 1 based on the signal sequence in the electronic acceptance form in real time, and upload it to the monitoring information management master station 4; and receive the closed-loop acceptance result of the monitoring information management master station 4;

[0058] The acceptance data management unit is used to apply for and obtain an acceptance report after the point debugging device 1 completes all signal triggering, and upload the acceptance report to the monitoring information management main station 4.

[0059] Preferably, the master-substation communication module 22 has a built-in 4G / 5G secure wireless encryption / decryption module and 104 protocol, and communicates with the secure access zone master station 3 according to the 104 protocol through wireless network encryption; the point-to-point debugging device communication module 23 uses wired or wireless encrypted communication to communicate with the point-to-point debugging device 1.

[0060] To further understand the portable monitoring information acceptance and control terminal provided by this embodiment, the following will further explain it according to the functional modules. Figure 3As shown, the portable monitoring information acceptance and control terminal consists of six main functional components: a master-substation communication module, an acceptance card compilation and display module, an acceptance signal synchronization module, a wizard interface module, a point-to-point debugging device communication module, and an acceptance data management module. The master-substation communication module, with its built-in 4G / 5G secure wireless encryption / decryption module and 104 protocol, enables wireless communication with the full-caliber acquisition server (secure access zone master station) at the centralized control station. It communicates with the master station via wireless network encryption according to the 104 protocol. The monitoring information management master station accesses the designated location of the secure access zone master station, retrieves relevant requests and acceptance information uploaded by on-site terminal devices, and places the fixed-value point table and acceptance results in the corresponding download folder, allowing the secure access zone master station to respond to on-site requests. The acceptance card compilation and display module regularly synchronizes equipment inventory information, including the substation name database and bay equipment tree, with the monitoring information management master station. Users can request the latest version of the fixed-value point table for a substation by selecting its name. Based on the fixed-value point table and acceptance point table template, monitoring signals can be quickly and manually added or modified based on maintenance or on-site modifications to generate the current acceptance point table. After selecting the acceptance method and time, a standard acceptance card is generated and submitted to the master station. Upon approval by the master station, the acceptance card becomes a formal acceptance card and is displayed on the terminal in the specified format. The acceptance signal synchronization module transmits real-time trigger signals to the monitoring information management master station via wireless communication. The monitoring information management master station independently compares real-time alarm signals with trigger signals, generates acceptance results, and sends the results to the terminal. The corresponding acceptance results are displayed on the terminal device interface. The wizard interface module supports visual display of acceptance-related processes and process data, integrating the execution sequence and control requirements of relevant processes into the interface nodes, enabling user-friendly human-computer interaction. The point-to-point debugging device communication module communicates with the point-to-point debugging device using wired or wireless encrypted communication. The acceptance data management module uploads the on-site acceptance report to the monitoring information management master station via file transfer protocol for storage and display after acceptance is completed.

[0061] The embodiment of the present invention also provides a portable monitoring information acceptance and control method for a centralized control station, such as Figure 4 As shown in the figure, it consists of two main processes: the acceptance application phase and the acceptance implementation phase. The acceptance application phase consists of requesting the substation value point table from the master station, clarifying the acceptance scope and content, compiling the acceptance card, submitting the acceptance application, the centralized control station reviewing and approving the acceptance card and acceptance content, and the master and substations automatically synchronizing the electronic acceptance form. The specific contents of the acceptance application phase sub-process are as follows:

[0062] S1: Request a fixed-value point table for the substation from the master station. Select the substation to be accepted through the portable monitoring information acceptance and control terminal, submit a point table acquisition request to the monitoring information management master station, and obtain the latest four-remote point table (i.e., fixed-value point table) for the substation in the monitoring information management master station system.

[0063] S2: Clarify the scope and content of acceptance. Based on the acceptance guidelines and on-site modification and maintenance conditions, maintenance or construction commissioning personnel will select the intervals to be accepted and the required changes to the point list, and clarify the scope of acceptance and the content of the acceptance point list.

[0064] S3: Preparation of acceptance card: Based on the acceptance scope and acceptance point table in step S2, select the acceptance time and acceptance method, and generate a fixed format acceptance card.

[0065] S4: Submit acceptance application. Send the encrypted acceptance application and acceptance card to the monitoring information management master station through the portable monitoring information acceptance control terminal.

[0066] S5: The monitoring information management master station reviews and approves the acceptance card and acceptance content. The monitoring information management master station regularly reads the file information at the designated location of the security access area master station. After discovering an acceptance card application, the monitoring information management master station reads the corresponding acceptance application file and displays the acceptance scope, acceptance point table and acceptance time. The monitoring management personnel of the centralized control station organizes the review of the acceptance scope, point table and acceptance method, approves the reviewed acceptance point table and acceptance time, generates an approved version of the electronic acceptance form, and places it in the download folder of the security access area master station.

[0067] S6: The master and slave stations automatically synchronize the electronic acceptance form. After the monitoring information management master station approves the acceptance point list and acceptance time, the device communicates with the secure access zone master station to request the approved electronic acceptance form in the downloaded folder as the content to be accepted.

[0068] The acceptance implementation phase includes automatic synchronization of the trigger signal of the point-to-point debugging device, uploading the trigger signal with the action time, receiving the closed-loop acceptance result of the master station, synchronizing the on-site acceptance report of the point-to-point debugging device, and uploading the on-site acceptance report. The specific contents of the sub-process of the acceptance implementation phase are as follows:

[0069] S7: Automatic synchronization of the trigger signal for the point-to-point debugging device. During the joint acceptance of the master and substations at the substation, the point-to-point debugging device simulates the primary and secondary equipment models in the order specified in the electronic acceptance form and sends trigger signals to the centralized control master station. The portable monitoring information acceptance and control terminal communicates with the point-to-point debugging device to obtain the time-stamped monitoring trigger signal in real time.

[0070] S8: Upload the trigger signal with the action time. After the portable monitoring information acceptance control terminal obtains the trigger signal with the trigger time, it displays it in chronological order on the acceptance interface. At the same time, it communicates with the monitoring information management master station, uploads the trigger signal triggering status to the monitoring information management master station, and waits for the monitoring information management master station's acceptance result of the relevant trigger signal.

[0071] S9: Receive the closed-loop acceptance results from the master station. The monitoring information management master station receives the real-time alarm signal transmitted by the new generation centralized control system and the trigger signal uploaded by the portable monitoring information acceptance and control terminal, and compares them. If the point number and signal description are consistent, and the reception time is within the specified error range, the signal is considered to have passed the acceptance, and the acceptance result of the signal is issued to the portable monitoring information acceptance and control terminal. If the signal acceptance does not meet the acceptance rules, the master station will wait for a certain period of time and then issue the acceptance result of the signal to the portable monitoring information acceptance and control terminal.

[0072] S10: Synchronize the on-site acceptance report of the point-to-point debugging device. After the point-to-point debugging device completes all signal triggering, it generates an on-site acceptance report. After the portable monitoring information acceptance control terminal applies for the acceptance report from the point-to-point debugging device, it synchronizes the acceptance report.

[0073] S11: Upload the on-site acceptance report. After the portable monitoring information acceptance control terminal receives the acceptance report, it verifies the report format and acceptance content according to the preset rules. If the verification passes, the acceptance report is uploaded to the monitoring information management master station. If any problems are found during the verification process, the on-site acceptance and commissioning personnel are promptly notified for confirmation.

[0074] The present invention realizes a portable monitoring information acceptance control method and terminal for acceptance information interaction and acceptance control of the centralized control station, solves the current problems of cumbersome monitoring information acceptance application and communication, extensive management of acceptance point tables, and inability to timely grasp the acceptance status on site, strengthens the process control of acceptance application and acceptance links, and improves the efficiency of on-site acceptance communication and the level of informatization of acceptance control.

[0075] It can be understood that the same or similar parts of the above embodiments can be referenced to each other, and the contents not described in detail in some embodiments can refer to the same or similar contents in other embodiments.

[0076] Any process or method description in a flowchart or otherwise described herein may be understood to represent a module, segment or portion of code comprising one or more executable instructions for implementing the steps of a specific logical function or process, and the scope of the preferred embodiments of the present invention includes alternative implementations in which functions may be performed out of the order shown or discussed, including performing functions in a substantially simultaneous manner or in the reverse order depending on the functions involved, which should be understood by those skilled in the art to which the embodiments of the present invention pertain.

[0077] Although the embodiments of the present invention have been shown and described above, it will be understood that the above embodiments are illustrative and are not to be construed as limitations on the present invention. A person skilled in the art may change, modify, replace and modify the above embodiments within the scope of the present invention.

Claims

1. A portable monitoring information acceptance and control method for a centralized control station, characterized in that: The method is implemented based on a portable monitoring information acceptance and control terminal, which implements the following steps: Request and receive the substation setting point table from the monitoring information management master station; Prepare acceptance cards based on the substation value point table and actual acceptance content, and submit acceptance applications to the monitoring information management master station; Receive the electronic acceptance form after review and approval by the monitoring information management master station; Acquire the trigger signal sent by the point debugging device in real time based on the signal sequence in the electronic acceptance form and upload it to the monitoring information management main station; Receive closed-loop acceptance results from the monitoring information management master station; Apply for and obtain the acceptance report after the point debugging device completes all signal triggering, and upload the acceptance report to the monitoring information management main station; The portable monitoring information acceptance control terminal and the monitoring information management master station realize transfer communication through the security access area master station; the portable monitoring information acceptance control terminal and the security access area master station communicate through wireless encryption; The acceptance card is prepared based on the substation value point table and actual acceptance content, and the acceptance application is submitted to the monitoring information management master station, specifically including: Clarify the actual acceptance scope and the contents of the substation acceptance point table; Select the acceptance time and acceptance method, and compile an acceptance card in a fixed format; The portable monitoring information acceptance control terminal sends the acceptance application and acceptance card in encrypted format to the monitoring information management master station and stores them in the designated location of the security access area master station.

2. The portable monitoring information acceptance and control method for centralized control stations according to claim 1 is characterized in that: The portable monitoring information acceptance control terminal communicates with the point debugging device using wired encryption or wireless encryption.

3. The portable monitoring information acceptance and control method for centralized control stations according to claim 1 is characterized in that: The requesting and receiving the substation setting point table from the monitoring information management master station specifically includes: The portable monitoring information acceptance control terminal selects the substation to be accepted and submits a point list request to the monitoring information management master station to obtain the latest substation fixed-value point list from the monitoring information management master station.

4. The portable monitoring information acceptance and control method for centralized control stations according to claim 1 is characterized in that: The electronic acceptance form after the monitoring information management master station has reviewed and approved it specifically includes: The portable monitoring information acceptance control terminal communicates with the master station in the security access area; After the application is approved by the monitoring information management master station, the electronic acceptance form will be stored in the security access area master station.

5. The portable monitoring information acceptance and control method for a centralized control station according to any one of claims 1 to 2, characterized in that: The real-time acquisition of the trigger signal sent by the point debugging device based on the signal sequence in the electronic acceptance form and uploading it to the monitoring information management main station specifically includes: The portable monitoring information acceptance control terminal communicates with the point-to-point debugging device to obtain a time-stamped trigger signal in real time. This trigger signal is sent to the centralized control master station by the point-to-point debugging device, which simulates the primary and secondary equipment models in the order of the monitoring signals in the electronic acceptance form. The portable monitoring information acceptance and control terminal displays the trigger signal in a time sequence, and simultaneously communicates with the monitoring information management main station to upload the corresponding trigger signal.

6. The portable monitoring information acceptance and control method for a centralized control station according to any one of claims 1 to 2, characterized in that: The closed-loop acceptance result of the monitoring information management master station is obtained in the following manner: The monitoring information management master station obtains the real-time alarm signals transmitted by the new generation centralized control system and the trigger signals uploaded by the portable monitoring information acceptance and control terminal, and compares them; If the point number and signal description are consistent, and the receiving time is within the specified error range, the trigger signal is considered to have passed the acceptance, and the result of the acceptance of the trigger signal is sent to the portable monitoring information acceptance control terminal; If the trigger signal acceptance does not meet the acceptance rules, the result of the trigger signal acceptance failure is sent to the portable monitoring information acceptance control terminal after waiting for a preset time.

7. A portable monitoring information acceptance and control terminal for a centralized control station, characterized in that: Used to implement the portable monitoring information acceptance and control method for a centralized control station as described in any one of claims 1 to 6, comprising a processing module and a master-substation communication module, a point debugging device communication module, and a display connected thereto; The master-substation communication module is used to communicate with the monitoring information management master station, and the peer debugging device communication module is used to communicate with the peer debugging device; The display shown is used to display the wizard-style operation interface and visualize the acceptance-related processes and process data; The processing module includes an acceptance card preparation unit, an acceptance signal synchronization unit, and an acceptance data management unit; The acceptance card preparation unit is used to request and obtain the substation value point table from the monitoring information management master station, and prepare the acceptance card based on the actual acceptance content; and submit the acceptance application to the monitoring information management master station, and receive the electronic acceptance form after the monitoring information management master station reviews and approves it; The acceptance signal synchronization unit is used to obtain in real time the trigger signal sent by the point debugging device based on the signal sequence in the electronic acceptance form, and upload it to the monitoring information management master station; and receive the closed-loop acceptance result of the monitoring information management master station; The acceptance data management unit is used to apply for and obtain an acceptance report after the point debugging device completes all signal triggering, and upload the acceptance report to the monitoring information management main station.

8. The portable monitoring information acceptance and control terminal for centralized control stations according to claim 7 is characterized in that: The master-substation communication module has a built-in 4G / 5G secure wireless encryption / decryption module and 104 protocol, and communicates with the secure access area master station according to the 104 protocol through wireless network encryption; the point-to-point debugging device communication module uses wired or wireless encrypted communication to communicate with the point-to-point debugging device.

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