CN111179119B - Intelligent monitoring and early warning system and method for law enforcement recorder of transformer substation - Google Patents

Intelligent monitoring and early warning system and method for law enforcement recorder of transformer substation Download PDF

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Publication number
CN111179119B
CN111179119B CN202010006862.0A CN202010006862A CN111179119B CN 111179119 B CN111179119 B CN 111179119B CN 202010006862 A CN202010006862 A CN 202010006862A CN 111179119 B CN111179119 B CN 111179119B
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information
server
task
unit
intelligent
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CN111179119A (en
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冯勇
施正香
杨家全
唐立军
罗恩博
杨洋
李浩涛
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Electric Power Research Institute of Yunnan Power Grid Co Ltd
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Electric Power Research Institute of Yunnan Power Grid Co Ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/06—Electricity, gas or water supply
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/04—Network management architectures or arrangements
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/06—Management of faults, events, alarms or notifications
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B70/00—Technologies for an efficient end-user side electric power management and consumption
    • Y02B70/30—Systems integrating technologies related to power network operation and communication or information technologies for improving the carbon footprint of the management of residential or tertiary loads, i.e. smart grids as climate change mitigation technology in the buildings sector, including also the last stages of power distribution and the control, monitoring or operating management systems at local level
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
    • Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
    • Y04S10/00—Systems supporting electrical power generation, transmission or distribution
    • Y04S10/16—Electric power substations
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
    • Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
    • Y04S20/00—Management or operation of end-user stationary applications or the last stages of power distribution; Controlling, monitoring or operating thereof
    • Y04S20/20—End-user application control systems

Abstract

The application discloses substation law enforcement record appearance intelligent monitoring early warning system and method, the system includes: the system comprises a regulator monitoring station, a communication device, a substation law enforcement recorder, a data acquisition server, a dispatching master station automation subsystem, an intelligent analysis server, an intelligent monitoring server, a data storage server, a data access workstation, first safety protection equipment, second safety protection equipment, a wireless network and an office network. The intelligent monitoring and early warning system and the intelligent monitoring and early warning method for the transformer substation law enforcement recorder provided by the application are used for carrying out intelligent monitoring and early warning on the operation of operators on the basis of existing equipment, so that the problem that power grid safety accidents are caused by operator errors in the current stage is solved.

Description

Intelligent monitoring and early warning system and method for law enforcement recorder of transformer substation
Technical Field
The application relates to an intelligent monitoring and early warning system and method, in particular to an intelligent monitoring and early warning system and method for a law enforcement recorder of a transformer substation.
Background
The law enforcement recorder is an instrument integrating digital camera shooting, digital photographing and intercom functions. The system can digitally record dynamic and static site conditions in the law enforcement process, and is convenient for a user to perform law enforcement in various environments. Meanwhile, the intelligent law enforcement recorder capable of carrying out wireless video transmission is wider in application scene and is widely applied to scenes needing real-time communication such as the public inspection method field, various indoor and outdoor detection places and the like.
At present, with the increasing expansion of the power grid scale, the power grid operation mode is more and more complex, and the safety risk is increased. Meanwhile, the devices are various in variety, the operation modes are various and complex, and in recent years, the situation of grid safety accidents caused by errors of operators sometimes occurs. In order to avoid accidents caused by human factors, law enforcement recorders are applied to power systems, and intelligent early warning is particularly urgent on the basis of existing equipment.
Therefore, how to provide an intelligent monitoring and early warning system and method for a law enforcement recorder of a transformer substation is a technical problem to be solved urgently by those skilled in the art.
Disclosure of Invention
The application provides an intelligent monitoring and early warning system and method for a transformer substation law enforcement recorder, which are used for performing intelligent monitoring and early warning on the operation of operators on the basis of existing equipment so as to solve the problem of power grid safety accidents caused by operator errors in the current stage.
In one aspect, the application provides a substation law enforcement recorder intelligent monitoring early warning system, includes:
the modulator monitoring station is used for inputting an operation task and illegally alarming by a modulator;
the communication device is used for communication between the regulator and the guardian;
The substation law enforcement recorder is used for recording the operation process of an operator, the monitoring process of a guardian on the operator and receiving and transmitting data information;
the data acquisition server is used for acquiring data information;
the dispatching master station automation subsystem is used for monitoring the operation of the power grid and outputting power grid operation data;
the intelligent analysis server is used for analyzing the data information recorded by the transformer substation law enforcement recorder to obtain an analysis result, and sending the analysis result to the intelligent monitoring server and the data storage server;
the intelligent monitoring server is used for sending the received analysis result to the regulator monitoring station and the data acquisition server, sending the operation task to the intelligent analysis server, generating a task verification code and sending the task verification code to the data acquisition server;
the data storage server is used for storing data information;
a data access workstation for accessing data information stored in the data storage server;
the first safety protection device is used for carrying out safety protection on the transmission process of the data information between the substation law enforcement recorder and the data acquisition server;
The second safety protection device is used for carrying out safety protection on the transmission process of the data information between the dispatching master station automation subsystem and the intelligent analysis server;
the wireless network is used for providing a communication network for data information transmission among the transformer substation law enforcement recorder, the first safety protection equipment and the data acquisition server;
and the local network is used for providing a communication network for data information transmission among the data acquisition server, the second safety protection equipment, the data storage server, the intelligent analysis server, the intelligent monitoring server, the dispatching master station automation subsystem, the data access workstation and the dispatcher monitoring station.
Optionally, the communication device is a wired telephone or a wireless communication device;
the transformer substation law enforcement recorder comprises an audio and video shooting unit, a positioning unit, a wireless transmitting unit, a wireless receiving unit, a first information compression unit, a first information decompression unit, a first voice alarm device and an operation display terminal;
the audio and video shooting unit is used for recording the operation site environment, the operation process of an operator, the monitoring process of a guardian on the operator and the dialogue between a regulator and the guardian to obtain operation record data; the positioning unit is used for collecting the position information of an operator and a guardian; the wireless transmitting unit is used for transmitting operation record data to the data acquisition server through the wireless network, and the wireless receiving unit is used for receiving data information transmitted by the data acquisition server through the wireless network; the first information compression unit is used for encrypting and compressing the data information sent by the wireless transmitting unit, and the first information decompression unit is used for decrypting and decompressing the data information received by the wireless receiving unit;
The data acquisition server comprises a first information receiving unit, a first information sending unit, a second information compression unit, a second information decompression unit, a second information receiving unit and a second information sending unit;
the first information receiving unit is used for receiving data information sent by the transformer substation law enforcement recorder, the second information receiving unit is used for receiving the data information sent by the intelligent monitoring server and the data information sent by the intelligent analysis server, the first information sending unit is used for sending the data information received by the second information receiving unit to the transformer substation law enforcement recorder, and the second information sending unit is used for sending the data information received by the first information receiving unit to the intelligent analysis server; the second information compression unit is used for encrypting and compressing the sent data information, and the second information decompression unit is used for decrypting and decompressing the received data information;
the intelligent analysis server comprises a task receiving unit, a power grid operation acquisition unit, a power grid operation rule base unit, a third information receiving unit, an intelligent map unit, an intelligent analysis unit and a third information sending unit;
The task receiving unit is used for receiving the operation task sent by the intelligent monitoring server; the power grid operation acquisition unit is used for receiving power grid operation data sent by the dispatching master station automation subsystem and the operation task sent by the task receiving unit, and is also used for matching the power grid operation data with the operation task in an information manner; the power grid operation rule base unit is used for storing a transformer substation operation rule base manufactured according to a transformer substation main wiring diagram; the intelligent map unit is used for acquiring the geographic position information of all devices in the transformer substation and planning all the moving paths of an operator in the operation process, and the optimal position ranges and reasonable position ranges of the operator and a guardian according to the geographic position information of all the devices; the third information receiving unit is used for receiving the operation record data sent by the data acquisition server; the intelligent analysis unit is used for analyzing the operation record data received by the third information receiving unit to obtain an analysis result; the third information sending unit is used for sending the analysis result to the intelligent monitoring server and the data storage server;
The intelligent monitoring server comprises a task input unit, an information transfer unit and an intelligent alarm unit;
the task input unit is used for receiving the operation task sent by the regulator monitoring station, the information transfer unit is used for receiving the data information sent by the data acquisition server, and the intelligent alarm unit is used for receiving the analysis result sent by the intelligent analysis server;
the controller monitoring station comprises a host, a display, a second voice alarm device and a light alarm device, wherein the display, the second voice alarm device and the light alarm device are connected with the host.
On the other hand, the application provides an intelligent monitoring and early warning method for a law enforcement recorder of a transformer substation, which comprises the following steps:
the regulator issues an operation task to the guardian through the communication device;
the guardian transfers the operation task to an operator;
inputting the operation task into a regulator monitoring station by a regulator;
the controller monitoring station sends the operation task to an intelligent monitoring server;
the intelligent monitoring server generates a corresponding task verification code after receiving the operation task;
the intelligent monitoring server sends the operation task and the task verification code to a data acquisition server;
The intelligent monitoring server sends the operation task to an intelligent analysis server;
the data acquisition server sends the operation task and the task verification code to a substation law enforcement recorder;
the operator compares the operation task read in the substation law enforcement recorder with the operation task transferred by the guardian to obtain a comparison result;
when the comparison result is that the operation task read by the operator in the substation law enforcement recorder is the same as the operation task transferred by the guardian, the operator inputs the task verification code read in the substation law enforcement recorder into the substation law enforcement recorder for task verification, and a task verification result is obtained;
when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
the dispatching master station automation subsystem sends power grid operation information to the intelligent analysis server;
the intelligent analysis server performs information matching on the operation task and the power grid operation information;
when the information is successfully matched, the intelligent analysis server generates an operation scheme and sends the operation scheme to the data acquisition server and the data storage server;
The data acquisition server sends the operation scheme to the substation law enforcement recorder;
the operator operates according to the operation scheme read in the substation law enforcement recorder;
monitoring the operation and the station of the operator by a guardian;
the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data;
the substation law enforcement recorder sends the operation record data to the data acquisition server;
the data acquisition server sends the operation record data to the intelligent analysis server and the data storage server;
the intelligent analysis server analyzes the operation record data to obtain an analysis result, wherein the analysis result comprises legal and illegal;
the intelligent analysis server sends the analysis result to the data storage server and the intelligent monitoring server respectively;
the intelligent monitoring server distinguishes the analysis result, and whether the analysis result is legal or illegal is distinguished;
when the analysis result is illegal, the intelligent monitoring server sends the analysis result to the data acquisition server;
The data acquisition server sends the received analysis result to the substation law enforcement recorder;
converting the analysis result into audio by the substation law enforcement recorder to perform first illegal voice warning;
the intelligent monitoring server sends the analysis result to the regulator monitoring station;
and when the analysis result is illegal, the regulator monitoring station carries out illegal alarm.
Optionally, the controller issues the operation task to the guardian through the communication device, including:
the modulator transmits an operation task to the guardian through a wired telephone or a wireless communication device;
the regulator inputs the operation task into a regulator monitoring station, comprising:
inputting the operation task into a host of a controller monitoring station by a controller;
the controller monitoring station sends an operation task to an intelligent monitoring server, and the controller monitoring station comprises;
the host of the regulator monitoring station sends the operation task to a task input unit of the intelligent monitoring server;
the intelligent monitoring server generates a corresponding task verification code after receiving an operation task, and the intelligent monitoring server comprises the following steps:
after the task input unit of the intelligent monitoring server receives the operation task, the task input unit generates a task verification code corresponding to the operation task;
The intelligent monitoring server sends the operation task and the task verification code to the data acquisition server, and the intelligent monitoring server comprises:
the task input unit of the intelligent monitoring server sends the operation task and the task verification code to a second information receiving unit of the data acquisition server;
the intelligent monitoring server sends the operation task to the intelligent analysis server, and the intelligent monitoring server comprises:
the task input unit of the intelligent monitoring server sends the operation task to the task receiving unit of the intelligent analysis server;
the task receiving unit sends the operation task to a power grid operation acquisition unit;
the data acquisition server sends an operation task and a task verification code to a substation law enforcement recorder, and the data acquisition server comprises:
the second information compression unit of the data acquisition server encrypts and compresses the operation task and the task verification code received by the second information receiving unit;
the first information sending unit sends the operation task and the task verification code encrypted and compressed by the second information compression unit to first safety protection equipment;
the first safety protection device sends the encrypted and compressed operation task and the task verification code to a wireless receiving unit of the transformer substation law enforcement recorder;
The first information decompressing unit decrypts and decompresses the encrypted and compressed operation task and the task verification code received by the wireless receiving unit;
the operation display terminal displays the operation task and the task verification code;
when the task verification result is that the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder, and the method comprises the following steps:
when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
the audio and video acquisition unit and the positioning unit of the transformer substation law enforcement recorder are automatically started;
the dispatching master station automation subsystem sends power grid operation information to an intelligent analysis server, and the dispatching master station automation subsystem comprises:
the dispatching master station automation subsystem sends power grid operation information to second safety protection equipment;
the second safety protection equipment sends the power grid operation information to a power grid operation acquisition unit of the intelligent analysis server;
the intelligent analysis server performs information matching on the operation tasks and the power grid operation information, and the intelligent analysis server comprises:
the power grid operation acquisition unit of the intelligent analysis server performs information matching on the operation task and the power grid operation information;
When the guardian finds that the operation of the operator is illegal or the station is unreasonable, the guardian reminds the operator on site;
the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data, and the substation law enforcement recorder comprises:
the operation record data comprise operation audio and video, monitoring audio and video, operator position information and guardian position information, and an audio and video acquisition unit of the transformer substation law enforcement recorder acquires video and audio of an operation process of an operator and a monitoring process of a guardian to obtain operation audio and video;
the positioning unit of the transformer substation law enforcement recorder respectively acquires the position information of an operator and the position information of a guardian, and respectively obtains the position information of the operator and the position information of the guardian;
the substation law enforcement recorder sends operation record data to a data acquisition server, and the substation law enforcement recorder comprises:
the first information compression unit of the transformer substation law enforcement recorder encrypts and compresses the operation record data;
the wireless transmitting unit transmits the encrypted and compressed operation record data to the first safety protection equipment;
the first safety protection device sends the encrypted and compressed operation record data to a first information receiving unit of the data acquisition server;
The second information decompressing unit decrypts and decompresses the encrypted and compressed operation record data;
the data acquisition server transmits operation record data to the intelligent analysis server and the data storage server, and the data acquisition server comprises:
the second information sending unit sends the operation record data to a third information receiving unit of the intelligent analysis server;
the third information receiving unit sends the operation record data to the intelligent analysis unit;
the second information sending unit sends the operation record data to the data storage server;
the data storage server stores the operation record data;
the intelligent analysis server sends analysis results to the data storage server and the intelligent monitoring server respectively, and the intelligent analysis server comprises:
a third information sending unit of the intelligent analysis server sends the analysis result to the data storage server;
the data storage server stores the received analysis result;
the third information sending unit of the intelligent analysis server sends the analysis result to the intelligent warning unit of the intelligent monitoring server;
The intelligent monitoring server distinguishes the analysis result, whether the analysis result is legal or illegal, and comprises the following steps:
the intelligent warning unit of the intelligent analysis server distinguishes the analysis result, and whether the analysis result is legal or illegal is distinguished;
the data acquisition server sends the received analysis result to a substation law enforcement recorder, and the method comprises the following steps:
the second information compression unit of the data acquisition server encrypts and compresses the analysis result received by the second information receiving unit;
the first information sending unit sends the encrypted and compressed analysis result to the first safety protection equipment;
the first safety protection device sends the encrypted and compressed analysis result to the wireless receiving unit of the transformer substation law enforcement recorder;
the first information decompression unit decrypts and decompresses the encrypted and compressed analysis result;
the substation law enforcement recorder converts the analysis result into audio to perform first illegal voice warning, and the method comprises the following steps:
the first voice alarm device of the transformer substation law enforcement recorder converts the analysis result into audio to perform first illegal voice alarm;
When the analysis result is illegal, the controller monitoring station carries out illegal alarm, which comprises the following steps:
when the analysis result is illegal, the host computer of the regulator monitoring station controls the display to display an illegal upper alarm window;
when the comparison result is illegal, the host computer of the regulator monitoring station controls the second voice alarm device to carry out second illegal voice alarm;
and when the comparison result is illegal, the host computer of the regulator monitoring station controls the light alarm device to perform illegal light alarm.
Optionally, when the information matching is successful, the intelligent analysis server generates an operation scheme, and sends the operation scheme to the substation law enforcement recorder and the data storage server, including:
when the information is successfully matched, the power grid operation acquisition unit of the intelligent analysis server sends the operation task to a power grid operation rule base unit;
manufacturing a substation operation rule base according to a substation main wiring diagram, and storing the substation operation rule base in the power grid operation rule base unit;
the method comprises the steps of planning all active paths of an operator in the operation process according to geographic position information of all devices in a transformer substation, storing the geographic position information of all devices in the transformer substation, all active paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian in an intelligent map unit;
Generating an operation flow by the power grid operation rule base unit according to the operation task and the substation operation rule base;
the power grid operation rule base unit sends the operation flow to the intelligent analysis unit;
the intelligent map unit sends all the moving paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian to the intelligent analysis unit;
according to the operation flow, all the moving paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian, the intelligent analysis unit generates an operation scheme;
the intelligent analysis unit sends the operation scheme to a third information sending unit;
the third information sending unit sends the operation scheme to the data storage server, and the data storage server stores the operation scheme;
the third information sending unit sends the operation scheme to a second information receiving unit of the data acquisition server;
the data acquisition server sends the operating scheme to a substation law enforcement recorder, comprising:
The second information compression unit of the data acquisition server encrypts and compresses the operation scheme received by the second information receiving unit;
a first information transmitting unit transmits the operation scheme encrypted and compressed by the second information compressing unit to the first safety protection device;
the first safety protection equipment sends the encrypted and compressed operation scheme to a wireless receiving unit of the transformer substation law enforcement recorder;
the first information decompression unit decrypts and decompresses the encrypted and compressed operation scheme received by the wireless receiving unit;
the wireless receiving unit sends the operation scheme to an operation display terminal, and the operation display terminal displays the operation scheme.
Optionally, the intelligent analysis server analyzes the operation record data to obtain an analysis result, where the analysis result includes legal and illegal, and the method includes:
the intelligent analysis unit of the intelligent analysis server compares the operation record data with the operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal;
the intelligent analysis unit of the intelligent analysis server compares the operation record data with an operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal and comprises the following steps:
The intelligent analysis unit compares the operation record data with the operation flow in the operation scheme to obtain a flow comparison result, wherein the flow comparison result comprises a legal flow and an illegal flow, the legal flow is that the operation flow of an operator is consistent with the operation flow in the operation scheme, and the illegal flow is that the operation flow of the operator is inconsistent with the operation flow in the operation scheme;
and the intelligent analysis unit compares the position information of the operator in the operation record data and the position information of the guardian with the optimal position range of the operator and the reasonable position range of the guardian in the operation scheme to obtain a position comparison result, wherein the position comparison result comprises a legal position and an illegal position, the legal position is that the station position of the operator is in the optimal position range and the station position of the guardian is in the reasonable position range, and the illegal position is that the station position of the operator is out of the optimal position range and/or the station position of the guardian is out of the reasonable position range.
Optionally, when the comparison result is that the operation task read by the operator in the substation law enforcement recorder is different from the operation task transferred by the guardian, the operator inputs a task default verification code in the substation law enforcement recorder, and waits for the modulator to issue the operation task again;
When the information matching fails, the operation task fails, and the power grid operation acquisition unit of the intelligent analysis server sends matching failure information to the third information sending unit;
the third information sending unit sends the matching failure information to the intelligent monitoring server;
the intelligent monitoring server sends the matching failure information to the regulator monitoring station for matching failure warning;
when the modulator discovers that the matching of the modulator monitoring station fails to give an alarm, the modulator issues a new operation task to the guardian through a wired telephone or a wireless communication device;
the regulator inputs the new operational task into a regulator monitoring station.
Optionally, the third information sending unit sends the matching failure information to the intelligent monitoring server, including:
the third information sending unit sends the matching failure information to the intelligent alarm unit of the intelligent monitoring server;
the intelligent monitoring server sends the matching failure information to a regulator monitoring station for matching failure warning, and the intelligent monitoring server comprises the following components:
the intelligent alarm unit of the intelligent monitoring server sends the matching failure information to the host of the regulator monitoring station;
The host control display of the regulator monitoring station displays an upper alarm window for failure in matching;
the host computer of the controller monitoring station controls the second voice alarm device to carry out voice alarm of failure in matching;
and the host computer of the controller monitoring station controls the light alarm device to carry out failure light alarm.
Optionally, when the operator and/or the guardian find the first illegal voice alarm sent by the substation law enforcement recorder, the operator and/or the guardian carries out operation correction and/or station correction according to the first illegal voice alarm;
when the modulator discovers illegal alarms of the modulator monitoring station, the modulator transmits illegal operating alarms and correction instructions to a guardian through the communication device;
the guardian corrects based on the illegal alerts and correction instructions, and/or,
the guardian transmits an operation illegal alarm and a correction operation instruction to the operator;
the operator receives the operation illegitimate warning and the correction instruction to perform the correction of the operation, and/or,
and correcting the station position.
According to the technical scheme, the application provides an intelligent monitoring and early warning system and method for a law enforcement recorder of a transformer substation, wherein the system comprises the following steps: the system comprises a regulator monitoring station, a communication device, a substation law enforcement recorder, a data acquisition server, a dispatching master station automation subsystem, an intelligent analysis server, an intelligent monitoring server, a data storage server, a data access workstation, first safety protection equipment, second safety protection equipment, a wireless network and an office network.
The intelligent monitoring and early warning system and the intelligent monitoring and early warning method for the substation law enforcement recorder are used for monitoring the operation process of an operator or the monitoring process of a guardian on the basis of existing equipment, carrying out illegal warning on illegal operation or illegal station positions, and correcting the illegal operation and illegal station positions in time so as to solve the problem that the power grid safety accidents are caused by operator errors at present.
Drawings
In order to more clearly illustrate the technical solutions of the present application, the drawings that are needed in the embodiments will be briefly described below, and it will be obvious to those skilled in the art that other drawings can be obtained from these drawings without inventive effort.
Fig. 1 is a schematic structural diagram of an intelligent monitoring and early warning system of a law enforcement recorder of a transformer substation;
fig. 2 is a flowchart of a substation law enforcement recorder intelligent monitoring and early warning method provided by the application;
fig. 3 is a detailed flowchart of step S07;
fig. 4 is a detailed flowchart of step S08;
fig. 5 is a detailed flowchart of step S11;
FIG. 6 is a detailed flowchart of step S12;
Fig. 7 is a detailed flowchart of step S13;
fig. 8 is a detailed flowchart of step S14;
FIG. 9 is a detailed flowchart of step S15;
fig. 10 is a detailed flowchart of step S18;
fig. 11 is a detailed flowchart of step S19;
fig. 12 is a detailed flowchart of step S20;
FIG. 13 is a detailed flowchart of step S21;
fig. 14 is a detailed flowchart of step S22;
fig. 15 is a detailed flowchart of step S25;
fig. 16 is a detailed flowchart of step S28;
fig. 17 is a flowchart of supplementary steps of an intelligent monitoring and early warning method for a law enforcement recorder of a transformer substation.
Detailed Description
The following description of the embodiments of the present application will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all, of the embodiments of the present application. All other embodiments, which can be made by one of ordinary skill in the art without undue burden from the present disclosure, are within the scope of the present application based on the embodiments herein.
The law enforcement recorder is an instrument integrating digital camera shooting, digital photographing and intercom functions. The system can digitally record dynamic and static site conditions in the law enforcement process, and is convenient for a user to perform law enforcement in various environments. Meanwhile, the intelligent law enforcement recorder capable of carrying out wireless video transmission is wider in application scene and is widely applied to scenes needing real-time communication such as the public inspection method field, various indoor and outdoor detection places and the like.
At present, with the increasing expansion of the power grid scale, the power grid operation mode is more and more complex, and the safety risk is increased. Meanwhile, the devices are various in variety, the operation modes are various and complex, and in recent years, the situation of grid safety accidents caused by errors of operators sometimes occurs. In order to avoid accidents caused by human factors, law enforcement recorders are applied to power systems, and intelligent early warning is particularly urgent on the basis of existing equipment.
In view of this, on the one hand, fig. 1 is a schematic structural diagram of a substation law enforcement recorder intelligent monitoring and early warning system provided in the present application, as shown in fig. 1, the present application provides a substation law enforcement recorder intelligent monitoring and early warning system 00, including:
and the modulator monitoring station 1 is used for inputting operation tasks and illegal alarms by modulators.
Alternatively, as shown in fig. 1, the regulator monitoring station 1 includes a host 11, and a display 12, a second voice alarm device 13, and a light alarm device 14 connected to the host 11.
The operator may input an operation task into the host 11, and the host 11 may control the display 12 connected thereto to display the relevant data information. The host 11 may control the voice alarm device 13 for performing voice alarm; the host 11 may control the light warning device 14 for performing a light warning.
And the communication device 2 is used for communication between the regulator and the guardian.
Alternatively, the communication device 2 is a wired telephone or a wireless communication device.
It should be noted that, when the communication device 2 is a wired phone, it may be a wired phone with a recording function, which is used to record the call between the regulator and the guardian for later investigation. When the communication device 2 is a wireless communication device, the wireless communication device may be a mobile phone, a tablet computer, or the like, and the operation task issued by the regulator is sent to the guardian through the wireless network, it is easy to understand that a wired phone or a wireless communication device is also required in the guardian's hand, so as to receive the operation task issued by the regulator.
The substation law enforcement recorder 3 is used for recording the operation process of an operator, the monitoring process of a guardian on the operator and receiving and transmitting data information;
optionally, as shown in fig. 1, the substation law enforcement recorder 3 includes an audio/video capturing unit 31, a positioning unit 32, a wireless transmitting unit 33, a wireless receiving unit 34, a first information compressing unit 35, a first information decompressing unit 36, a first voice alarm device 37, and an operation display terminal 38.
The audio/video shooting unit 31 is used for recording the operation site environment, the operation process of an operator, the monitoring process of a guardian on the operator and the dialogue between a regulator and the guardian to obtain operation record data; the positioning unit 32 is used for collecting position information of operators and guardians; the wireless transmitting unit 33 is used for transmitting the operation record data to the data acquisition server 4 through the wireless network 03, and the wireless receiving unit 34 is used for receiving the data information transmitted by the data acquisition server 4 through the wireless network 03; the first information compression unit 35 is used for encrypting and compressing the data information sent by the wireless transmitting unit, and the first information decompression unit 36 is used for decrypting and decompressing the data information received by the wireless receiving unit 34;
And the data acquisition server 4 is used for acquiring data information.
Alternatively, as shown in fig. 1, the data acquisition server 4 includes a first information receiving unit 41, a first information transmitting unit 42, a second information compressing unit 43, a second information decompressing unit 44, a second information receiving unit 45, and a second information transmitting unit 46.
The first information receiving unit 41 is used for receiving data information sent by the substation law enforcement recorder 3, the second information receiving unit 45 is used for receiving the data information sent by the intelligent monitoring server 7 and the data information sent by the intelligent analysis server 6, the first information sending unit 42 is used for sending the data information received by the second information receiving unit 45 to the substation law enforcement recorder 3, and the second information sending unit 46 is used for sending the data information received by the first information receiving unit 41 to the intelligent analysis server 6; the second information compression unit 43 is used for encrypting and compressing the sent data information, and the second information decompression unit 44 is used for decrypting and decompressing the received data information;
the dispatching master station automation subsystem 5 is used for monitoring the operation of the power grid and outputting power grid operation data;
the intelligent analysis server 6 is used for analyzing the data information recorded by the transformer substation law enforcement recorder 3 to obtain an analysis result, and sending the analysis result to the intelligent monitoring server 7 and the data storage server 8;
Optionally, as shown in fig. 1, the intelligent analysis server 6 includes a task receiving unit 61, a grid operation acquisition unit 62, a grid operation rule base unit 63, a third information receiving unit 64, an intelligent map unit 65, an intelligent analysis unit 66, and a third information transmitting unit 67;
the task receiving unit 61 is configured to receive an operation task sent by the intelligent monitoring server 7; the power grid operation acquisition unit 62 is used for receiving power grid operation data sent by the dispatching master station automation subsystem 5 and operation tasks sent by the task receiving unit 61, and the power grid operation acquisition unit 62 is also used for matching the power grid operation data with the operation tasks in an information manner; the power grid operation rule base unit 63 is used for storing a substation operation rule base manufactured according to a substation main wiring diagram; the intelligent map unit 65 is used for acquiring the geographic position information of all devices in the transformer substation, and planning all the moving paths of the operator in the operation process, and the optimal position ranges and reasonable position ranges of the operator and the guardian according to the geographic position information of all the devices; the third information receiving unit 64 is configured to receive operation record data sent from the data acquisition server 4; the intelligent analysis unit 66 is configured to analyze the operation record data received by the third information receiving unit 64 to obtain an analysis result; the third information transmitting unit 67 is configured to transmit the analysis result to the intelligent monitoring server 7 and the data storage server 8.
The intelligent monitoring server 7 is used for sending the received analysis result to the regulator monitoring station 1 and the data acquisition server 4, sending the operation task to the intelligent analysis server 6, generating a task verification code and sending the task verification code to the data acquisition server 4;
optionally, as shown in fig. 1, the intelligent monitoring server 7 includes a task input unit 71, an information transfer unit 72, an intelligent warning unit 73, and an audio input unit 74.
The audio input unit 74 is used for establishing communication connection between the communication device 2 and the data acquisition server 4; the task input unit 71 is used for receiving operation tasks sent by the controller monitoring station 1, the information transfer unit 72 is used for receiving data information sent by the data analysis server 6 or transferring data information sent by the maintenance workstation 04, and the intelligent alarm unit 73 is used for receiving analysis results sent by the intelligent analysis server 6.
As shown in fig. 1, the intelligent monitoring and early warning system 00 of the law enforcement recorder of the transformer substation further comprises a maintenance workstation 04, the maintenance workstation 04 is in communication connection with the information transfer unit 72, and the maintenance workstation 04 is used for detecting and maintaining the intelligent monitoring and early warning system 00 of the law enforcement recorder of the transformer substation by a maintainer.
And a data storage server 8 for storing the data information.
A data access workstation 9 for accessing data information stored in the data storage server 8.
The first safety protection device 01 is used for carrying out safety protection on the transmission process of data information between the substation law enforcement recorder 3 and the data acquisition server 4.
The second safety protection device 02 is used for carrying out safety protection on the transmission process of the data information between the dispatching master station automation subsystem 5 and the intelligent analysis server 6;
the wireless network 03 is used for providing a communication network for data information transmission among the substation law enforcement recorder 3, the first safety protection device 01 and the data acquisition server 4.
The local network is used for providing a communication network for data information transmission among the data acquisition server 4, the second safety protection device 02, the data storage server 8, the intelligent analysis server 6, the intelligent monitoring server 7, the dispatching master station automation subsystem 5, the data access workstation 9 and the dispatcher monitoring station 1, and is not shown in fig. 1.
It should be noted that, the data and the information are interrelated. The data information mentioned in the present application may be information, data, or both, and therefore, the data information mentioned in the present application indicates schematic description, and is not particularly limited.
On the other hand, fig. 2 is a flowchart of an intelligent monitoring and early warning method for a law enforcement recorder of a transformer substation, as shown in fig. 2, the application provides an intelligent monitoring and early warning method for a law enforcement recorder of a transformer substation, which includes:
s01: the regulator issues an operation task to the guardian through the communication device;
optionally, S01, the regulator issues an operation task to the guardian through the communication device, including:
s011: the modulator transmits an operation task to the guardian through a wired telephone or a wireless communication device;
s02: the guardian transfers the operation task to the operator;
since both the guardian and the operator are on the operation site, the transmission of the operation task from the guardian to the operator may be a face-to-face oral transmission, but the present application is not particularly limited.
S03: inputting an operation task into a regulator monitoring station by a regulator;
optionally, S03, the operator inputting the operation task into the operator monitoring station includes:
s031: inputting an operation task into a host of a regulator monitoring station by a regulator;
s04: the controller monitoring station sends the operation task to the intelligent monitoring server;
optionally, S04, the operator monitoring station sends the operation task to the intelligent monitoring server, including;
S041: the host of the regulator monitoring station sends the operation task to a task input unit of the intelligent monitoring server;
s05: the intelligent monitoring server generates a corresponding task verification code after receiving the operation task;
optionally, S05, generating, by the intelligent monitoring server, a corresponding task verification code after receiving the operation task, including:
s051: after a task input unit of the intelligent monitoring server receives an operation task, the task input unit generates a task verification code corresponding to the operation task;
s06: the intelligent monitoring server sends the operation task and the task verification code to the data acquisition server;
optionally, S06, the intelligent monitoring server sends the operation task and the task verification code to the data acquisition server, including:
s061: the task input unit of the intelligent monitoring server sends the operation task and the task verification code to the second information receiving unit of the data acquisition server;
s07: the intelligent monitoring server sends the operation task to the intelligent analysis server;
optionally, fig. 3 is a detailed flowchart of step S07, and as shown in fig. 3, S07, the intelligent monitoring server sends the operation task to the intelligent analysis server, including:
S071: the task input unit of the intelligent monitoring server sends the operation task to the task receiving unit of the intelligent analysis server;
s072: the task receiving unit sends the operation task to the power grid operation acquisition unit;
s08: the data acquisition server sends the operation task and the task verification code to a substation law enforcement recorder;
optionally, fig. 4 is a detailed flowchart of step S08, as shown in fig. 4, S08, the data collecting server sends the operation task and the task verification code to the substation law enforcement recorder, including:
s081: the second information compression unit of the data acquisition server encrypts and compresses the operation task and the task verification code received by the second information receiving unit;
s082: the first information sending unit sends the operation task and the task verification code encrypted and compressed by the second information compression unit to the first safety protection equipment;
s083: the first safety protection device sends the encrypted and compressed operation task to a wireless receiving unit of a substation law enforcement recorder;
s084: the first information decompression unit decrypts and decompresses the encrypted and compressed operation tasks and task verification codes received by the wireless receiving unit;
s085: the operation display terminal displays an operation task and a task verification code;
S09: the operator compares the operation task read in the substation law enforcement recorder with the operation task transferred by the guardian to obtain a comparison result;
s10: when the comparison result is that the operation task read by the operator in the substation law enforcement recorder is the same as the operation task transferred by the guardian, the operator inputs the task verification code read in the substation law enforcement recorder into the substation law enforcement recorder for task verification, and a task verification result is obtained;
optionally, S101: when the comparison result shows that the operation task read by the operator in the substation law enforcement recorder is different from the operation task transferred by the guardian, the operator inputs a task default verification code in the substation law enforcement recorder, and waits for the modulator to issue the operation task again;
s11: when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
optionally, fig. 5 is a detailed flowchart of step S11, as shown in fig. 5, S11: when the result of the verification is that it is passed, the dispatching master station automation subsystem establishes communication connection with a substation law enforcement recorder, and comprises:
s111: when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
S112: an audio and video acquisition unit and a positioning unit of the transformer substation law enforcement recorder are automatically started;
s12: the dispatching master station automation subsystem sends the power grid operation information to an intelligent analysis server;
optionally, fig. 6 is a detailed flowchart of step S12, and as shown in fig. 6, S12, the dispatching master station automation subsystem sends the power grid operation information to the intelligent analysis server, including:
s121: the dispatching master station automation subsystem sends power grid operation information to the second safety protection equipment;
s122: the second safety protection equipment sends the power grid operation information to a power grid operation acquisition unit of the intelligent analysis server;
s13: the intelligent analysis server performs information matching on the operation tasks and the power grid operation information;
the intelligent analysis server performs information matching on the operation task and the power grid operation information, that is, the intelligent analysis server performs information matching on the power grid equipment setting state in the operation task and the power grid equipment actual state or other equipment parameter information in the power grid operation information.
Optionally, fig. 7 is a detailed flowchart of step S13, and as shown in fig. 7, S13, the information matching between the operation task and the grid operation information by the intelligent analysis server includes:
S131: the power grid operation acquisition unit of the intelligent analysis server performs information matching on the operation task and the power grid operation information;
optionally, S132: when the information matching fails, the operation task fails, and the power grid operation acquisition unit of the intelligent analysis server sends matching failure information to the third information sending unit;
s133: the third information sending unit sends the matching failure information to the intelligent monitoring server;
optionally, S133, the third information sending unit sends the matching failure information to the intelligent monitoring server, including:
s1331: the third information sending unit sends the matching failure information to an intelligent alarm unit of the intelligent monitoring server;
s134: the intelligent monitoring server sends the matching failure information to a regulator monitoring station for matching failure warning;
optionally, S134, the intelligent monitoring server sends the matching failure information to the regulator monitoring station to perform matching failure alarm, including:
s1341: the intelligent alarm unit of the intelligent monitoring server sends the matching failure information to a host of a regulator monitoring station;
s1342: the host control display of the regulator monitoring station displays an upper alarm window for failure in matching;
s1343: the host computer of the controller monitoring station controls the second voice alarm device to carry out voice alarm of failure in matching;
S1344: the host computer of the controller monitoring station controls the light alarm device to carry out failure light alarm;
s135: when the modulator discovers that the matching of the modulator monitoring station fails to give an alarm, the modulator issues a new operation task to the guardian through a wired telephone or a wireless communication device;
s136: inputting a new operation task into a controller monitoring station by a controller;
s14: when the information is successfully matched, the intelligent analysis server generates an operation scheme and sends the operation scheme to the data acquisition server and the data storage server;
optionally, fig. 8 is a detailed flowchart of step S14, as shown in fig. 14, S14, when the information matching is successful, the intelligent analysis server generates an operation scheme, and sends the operation scheme to the substation law enforcement recorder and the data storage server, including:
s140: when the information is successfully matched, the power grid operation acquisition unit of the intelligent analysis server sends an operation task to the power grid operation rule base unit;
s141: manufacturing a substation operation rule base according to a substation main wiring diagram, and storing the substation operation rule base in a power grid operation rule base unit;
s142: the method comprises the steps of planning all active paths of an operator in the operation process according to geographic position information of all devices in a transformer substation, storing the geographic position information of all devices in the transformer substation, all active paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian in an intelligent map unit;
S143: generating an operation flow by a power grid operation rule base unit according to the operation task and a transformer substation operation rule base;
s144: the power grid operation rule base unit sends the operation flow to the intelligent analysis unit;
s145: the intelligent map unit sends all the moving paths of the operator in the operation process and the optimal position range of the operator and the reasonable position range of the guardian to the intelligent analysis unit;
s146: according to the operation flow, all the moving paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian, the intelligent analysis unit generates an operation scheme;
s147: the intelligent analysis unit sends the operation scheme to the third information sending unit;
s148: the third information sending unit sends the operation scheme to the data storage server, and the data storage server stores the operation scheme;
s149: the third information sending unit sends the operation scheme to a second information receiving unit of the data acquisition server;
s15: the data acquisition server sends the operation scheme to a substation law enforcement recorder;
optionally, fig. 9 is a detailed flowchart of step S15, and as shown in fig. 9, S15, the data collecting server sends the operating scheme to the substation law enforcement recorder, including:
S151: the second information compression unit of the data acquisition server encrypts and compresses the operation scheme received by the second information receiving unit;
s152: the first information sending unit sends the operation scheme encrypted and compressed by the second information compressing unit to the first safety protection equipment;
s153: the first safety protection device sends the encrypted and compressed operation scheme to a wireless receiving unit of a substation law enforcement recorder;
s154: the first information decompression unit decrypts and decompresses the encrypted and compressed operation scheme received by the wireless receiving unit;
s155: the wireless receiving unit sends the operation scheme to the operation display terminal, and the operation display terminal displays the operation scheme.
S16: the operator operates according to the operation scheme read in the substation law enforcement recorder;
s17: monitoring the operation and the station of the operator by a guardian;
optionally, when the guardian finds that the operation of the operator is illegal or the station is unreasonable, the guardian reminds the operator on site.
S18: the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data;
optionally, fig. 10 is a detailed flowchart of step S18, as shown in fig. 10, S18, the substation law enforcement recorder records an operation process of an operator and a monitoring process of a guardian, to obtain operation record data, including:
S181: the operation record data comprise operation audio and video, monitoring audio and video, operator position information and guardian position information, and an audio and video acquisition unit of the transformer substation law enforcement recorder acquires video and audio of an operation process of an operator and a monitoring process of a guardian to obtain the operation audio and video;
s182: the positioning unit of the transformer substation law enforcement recorder respectively acquires the position information of an operator and the position information of a guardian, and respectively obtains the position information of the operator and the position information of the guardian;
s19: the substation law enforcement recorder sends operation record data to a data acquisition server;
optionally, fig. 11 is a detailed flowchart of step S19, as shown in fig. 11, S19, where the substation law enforcement recorder sends operation record data to the data collection server, including:
s191: the first information compression unit of the transformer substation law enforcement recorder encrypts and compresses operation record data;
s192: the wireless transmitting unit transmits the encrypted and compressed operation record data to the first safety protection device;
s193: the first safety protection device sends the encrypted and compressed operation record data to a first information receiving unit of the data acquisition server;
S194: the second information decompressing unit decrypts and decompresses the encrypted and compressed operation record data;
s20: the data acquisition server sends the operation record data to the intelligent analysis server and the data storage server;
optionally, fig. 12 is a detailed flowchart of step S20, as shown in fig. 12, S20, where the data collecting server sends the operation record data to the intelligent analysis server and the data storage server, and includes:
s201: the second information sending unit sends the operation record data to a third information receiving unit of the intelligent analysis server;
s202: the third information receiving unit sends the operation record data to the intelligent analysis unit;
s203: the second information sending unit sends the operation record data to the data storage server;
s204: the data storage server stores the operation record data;
s21: the intelligent analysis server analyzes the operation record data to obtain analysis results, wherein the analysis results comprise legal and illegal;
optionally, fig. 13 is a detailed flowchart of step S21, as shown in fig. 13, S21, the intelligent analysis server analyzes the operation record data to obtain an analysis result, where the analysis result includes legal and illegal, and includes:
S211: the intelligent analysis unit of the intelligent analysis server compares the operation record data with the operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal;
s211, an intelligent analysis unit of the intelligent analysis server compares the operation record data with an operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal and comprises the following steps:
s2111: the intelligent analysis unit compares the operation record data with the operation flow in the operation scheme to obtain a flow comparison result, wherein the flow comparison result comprises legal flow and illegal flow, the legal flow is consistent with the operation flow in the operation scheme, and the illegal flow is inconsistent with the operation flow in the operation scheme;
s2112: and the intelligent analysis unit compares the position information of the operator and the position information of the guardian in the operation record data with the optimal position range of the operator and the reasonable position range of the guardian in the operation scheme to obtain a position comparison result, wherein the position comparison result comprises a position legal position and a position illegal position, the position legal position is that the position of the operator is in the optimal position range and the position of the guardian is in the reasonable position range, and the position illegal position is that the position of the operator is out of the optimal position range and/or the position of the guardian is out of the reasonable position range.
S22: the intelligent analysis server sends analysis results to the data storage server and the intelligent monitoring server respectively;
optionally, fig. 14 is a detailed flowchart of step S22, as shown in fig. 14, S22, where the intelligent analysis server sends the analysis result to the data storage server and the intelligent monitoring server respectively, and includes:
s221: the third information sending unit of the intelligent analysis server sends the analysis result to the data storage server;
s222: the data storage server stores the received analysis result;
s223: the third information sending unit of the intelligent analysis server sends the analysis result to the intelligent warning unit of the intelligent monitoring server;
s23: the intelligent monitoring server distinguishes the analysis result, and distinguishes whether the analysis result is legal or illegal;
optionally, S23, the intelligent monitoring server distinguishes the analysis result, and distinguishes whether the analysis result is legal or illegal, including:
s231: the intelligent warning unit of the intelligent analysis server distinguishes the analysis result, and whether the analysis result is legal or illegal is judged;
s24: when the analysis result is illegal, the intelligent monitoring server sends the analysis result to the data acquisition server;
S25: the data acquisition server sends the received analysis result to a substation law enforcement recorder;
optionally, fig. 15 is a detailed flowchart of step S25, as shown in fig. 15, S25, where the data collecting server sends the received analysis result to the substation law enforcement recorder, including:
s251: the second information compression unit of the data acquisition server encrypts and compresses the analysis result received by the second information receiving unit;
s252: the first information sending unit sends the encrypted and compressed analysis result to the first safety protection equipment;
s253: the first safety protection device sends the encrypted and compressed analysis result to a wireless receiving unit of a transformer substation law enforcement recorder;
s254: the first information decompression unit decrypts and decompresses the encrypted and compressed analysis result;
s26: converting the analysis result into audio by the substation law enforcement recorder to carry out first illegal voice warning;
optionally, S26, converting, by the substation law enforcement recorder, the analysis result into audio to perform a first illegal voice alert, including:
s261: the first voice alarm device of the transformer substation law enforcement recorder converts the analysis result into audio to perform first illegal voice alarm;
S27: the intelligent monitoring server sends the analysis result to a regulator monitoring station;
s28: and when the analysis result is illegal, the controller monitoring station carries out illegal alarm.
Optionally, fig. 16 is a detailed flowchart of step S28, as shown in fig. 16, S28, when the analysis result is illegal, the regulator monitoring station performs illegal alarm, including:
s281: when the analysis result is illegal, the host computer of the regulator monitoring station controls the display to display an illegal upper alarm window;
s282: when the comparison result is illegal, the host computer of the regulator monitoring station controls the second voice alarm device to carry out second illegal voice alarm;
s283: when the comparison result is illegal, the host computer of the controller monitoring station controls the light alarm device to perform illegal light alarm.
Optionally, fig. 17 is a flowchart of supplementary steps of an intelligent monitoring and early warning method for a law enforcement recorder of a transformer substation, as shown in fig. 17, and the intelligent monitoring and early warning method for the law enforcement recorder of the transformer substation further includes:
s29: when the operator and the guardian find the first illegal voice alarm sent by the substation law enforcement recorder, the operator and/or the guardian correct the operation and/or the station position according to the first illegal voice alarm;
S30: when the modulator discovers illegal alarms of the modulator monitoring station, the modulator transmits illegal operating alarms and correction instructions to the guardian through the communication device;
s301: the guardian corrects based on the illegal alerts and correction instructions, and/or,
the guardian transmits an operation illegal alarm and a correction operation instruction to the operator;
s302: the operator receives the operation illegitimate warning and the correction instruction to perform the correction of the operation, and/or,
and correcting the station position.
In the substation law enforcement recorder intelligent monitoring and early warning method provided by the application, data information transmission can be realized through an intranet among a data acquisition server, second safety protection equipment, a data storage server, an intelligent analysis server, an intelligent monitoring server, a dispatching master station automation subsystem, a data access workstation and a dispatcher monitoring station; the data information transmission among the transformer substation law enforcement recorder, the first safety protection equipment and the data acquisition server can realize data information transmission through a wireless network.
The application provides a substation law enforcement record appearance intelligent monitoring early warning system and method, and the system includes: the system comprises a regulator monitoring station, a communication device, a substation law enforcement recorder, a data acquisition server, a dispatching master station automation subsystem, an intelligent analysis server, an intelligent monitoring server, a data storage server, a data access workstation, first safety protection equipment, second safety protection equipment, a wireless network and an office network. The intelligent monitoring and early warning system and the intelligent monitoring and early warning method for the transformer substation law enforcement recorder provided by the application are used for carrying out intelligent monitoring and early warning on the operation of operators on the basis of existing equipment, so that the problem that power grid safety accidents are caused by operator errors in the current stage is solved.
It will be apparent to those skilled in the art that the techniques of embodiments of the present invention may be implemented in software plus a necessary general purpose hardware platform. Based on such understanding, the technical solutions in the embodiments of the present invention may be embodied in essence or what contributes to the prior art in the form of a software product, which may be stored in a storage medium, such as a ROM/RAM, a magnetic disk, an optical disk, etc., including several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method described in the embodiments or some parts of the embodiments of the present invention.
The same or similar parts between the various embodiments in this specification are referred to each other. In particular, for the embodiments, since they are substantially similar to the method embodiments, the description is relatively simple, and reference should be made to the description of the method embodiments for the matters.

Claims (9)

1. Intelligent monitoring and early warning system of transformer substation law enforcement recorder, characterized by comprising:
the modulator monitoring station is used for inputting an operation task and illegally alarming by a modulator;
the communication device is used for communication between the regulator and the guardian;
The substation law enforcement recorder is used for recording the operation process of an operator, the monitoring process of a guardian on the operator and receiving and transmitting data information;
the data acquisition server is used for acquiring data information;
the dispatching master station automation subsystem is used for monitoring the operation of the power grid and outputting power grid operation data;
the intelligent analysis server is used for analyzing the data information recorded by the transformer substation law enforcement recorder to obtain an analysis result, and sending the analysis result to the intelligent monitoring server and the data storage server;
the intelligent monitoring server is used for sending the received analysis result to the regulator monitoring station and the data acquisition server, sending the operation task to the intelligent analysis server, generating a task verification code and sending the task verification code to the data acquisition server;
the data storage server is used for storing data information;
a data access workstation for accessing data information stored in the data storage server;
the first safety protection device is used for carrying out safety protection on the transmission process of the data information between the substation law enforcement recorder and the data acquisition server;
The second safety protection device is used for carrying out safety protection on the transmission process of the data information between the dispatching master station automation subsystem and the intelligent analysis server;
the wireless network is used for providing a communication network for data information transmission among the transformer substation law enforcement recorder, the first safety protection equipment and the data acquisition server;
the local network is used for providing a communication network for data information transmission among the data acquisition server, the second safety protection equipment, the data storage server, the intelligent analysis server, the intelligent monitoring server, the dispatching master station automation subsystem, the data access workstation and the regulator monitoring station;
the system is configured to perform the following method:
the regulator issues an operation task to the guardian through the communication device;
the guardian transfers the operation task to an operator;
inputting the operation task into a regulator monitoring station by a regulator;
the controller monitoring station sends the operation task to an intelligent monitoring server;
the intelligent monitoring server generates a corresponding task verification code after receiving the operation task;
The intelligent monitoring server sends the operation task and the task verification code to a data acquisition server;
the intelligent monitoring server sends the operation task to an intelligent analysis server;
the data acquisition server sends the operation task and the task verification code to a substation law enforcement recorder;
the operator compares the operation task read in the substation law enforcement recorder with the operation task transferred by the guardian to obtain a comparison result;
when the comparison result is that the operation task read by the operator in the substation law enforcement recorder is the same as the operation task transferred by the guardian, the operator inputs the task verification code read in the substation law enforcement recorder into the substation law enforcement recorder for task verification, and a task verification result is obtained;
when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
the dispatching master station automation subsystem sends power grid operation information to the intelligent analysis server;
the intelligent analysis server performs information matching on the operation task and the power grid operation information;
When the information is successfully matched, the intelligent analysis server generates an operation scheme and sends the operation scheme to the data acquisition server and the data storage server;
the data acquisition server sends the operation scheme to the substation law enforcement recorder;
the operator operates according to the operation scheme read in the substation law enforcement recorder;
monitoring the operation and the station of the operator by a guardian;
the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data;
the substation law enforcement recorder sends the operation record data to the data acquisition server;
the data acquisition server sends the operation record data to the intelligent analysis server and the data storage server;
the intelligent analysis server analyzes the operation record data to obtain an analysis result, wherein the analysis result comprises legal and illegal;
the intelligent analysis server sends the analysis result to the data storage server and the intelligent monitoring server respectively;
the intelligent monitoring server distinguishes the analysis result, and whether the analysis result is legal or illegal is distinguished;
When the analysis result is illegal, the intelligent monitoring server sends the analysis result to the data acquisition server;
the data acquisition server sends the received analysis result to the substation law enforcement recorder;
converting the analysis result into audio by the substation law enforcement recorder to perform first illegal voice warning;
the intelligent monitoring server sends the analysis result to the regulator monitoring station;
and when the analysis result is illegal, the regulator monitoring station carries out illegal alarm.
2. The system of claim 1, wherein the communication device is a wired telephone or a wireless communication device;
the transformer substation law enforcement recorder comprises an audio and video shooting unit, a positioning unit, a wireless transmitting unit, a wireless receiving unit, a first information compression unit, a first information decompression unit, a first voice alarm device and an operation display terminal;
the audio and video shooting unit is used for recording the operation site environment, the operation process of an operator, the monitoring process of a guardian on the operator and the dialogue between a regulator and the guardian to obtain operation record data; the positioning unit is used for collecting the position information of an operator and a guardian; the wireless transmitting unit is used for transmitting operation record data to the data acquisition server through the wireless network, and the wireless receiving unit is used for receiving data information transmitted by the data acquisition server through the wireless network; the first information compression unit is used for encrypting and compressing the data information sent by the wireless transmitting unit, and the first information decompression unit is used for decrypting and decompressing the data information received by the wireless receiving unit;
The data acquisition server comprises a first information receiving unit, a first information sending unit, a second information compression unit, a second information decompression unit, a second information receiving unit and a second information sending unit;
the first information receiving unit is used for receiving data information sent by the transformer substation law enforcement recorder, the second information receiving unit is used for receiving the data information sent by the intelligent monitoring server and the data information sent by the intelligent analysis server, the first information sending unit is used for sending the data information received by the second information receiving unit to the transformer substation law enforcement recorder, and the second information sending unit is used for sending the data information received by the first information receiving unit to the intelligent analysis server; the second information compression unit is used for encrypting and compressing the sent data information, and the second information decompression unit is used for decrypting and decompressing the received data information;
the intelligent analysis server comprises a task receiving unit, a power grid operation acquisition unit, a power grid operation rule base unit, a third information receiving unit, an intelligent map unit, an intelligent analysis unit and a third information sending unit;
The task receiving unit is used for receiving the operation task sent by the intelligent monitoring server; the power grid operation acquisition unit is used for receiving power grid operation data sent by the dispatching master station automation subsystem and the operation task sent by the task receiving unit, and is also used for matching the power grid operation data with the operation task in an information manner; the power grid operation rule base unit is used for storing a transformer substation operation rule base manufactured according to a transformer substation main wiring diagram; the intelligent map unit is used for acquiring the geographic position information of all devices in the transformer substation and planning all the moving paths of an operator in the operation process, and the optimal position ranges and reasonable position ranges of the operator and a guardian according to the geographic position information of all the devices; the third information receiving unit is used for receiving the operation record data sent by the data acquisition server; the intelligent analysis unit is used for analyzing the operation record data received by the third information receiving unit to obtain an analysis result; the third information sending unit is used for sending the analysis result to the intelligent monitoring server and the data storage server;
The intelligent monitoring server comprises a task input unit, an information transfer unit and an intelligent alarm unit;
the task input unit is used for receiving the operation task sent by the regulator monitoring station, the information transfer unit is used for receiving the data information sent by the data acquisition server, and the intelligent alarm unit is used for receiving the analysis result sent by the intelligent analysis server;
the controller monitoring station comprises a host, a display, a second voice alarm device and a light alarm device, wherein the display, the second voice alarm device and the light alarm device are connected with the host.
3. The intelligent monitoring and early warning method for the law enforcement recorder of the transformer substation is characterized by comprising the following steps of:
the regulator issues an operation task to the guardian through the communication device;
the guardian transfers the operation task to an operator;
inputting the operation task into a regulator monitoring station by a regulator;
the controller monitoring station sends the operation task to an intelligent monitoring server;
the intelligent monitoring server generates a corresponding task verification code after receiving the operation task;
the intelligent monitoring server sends the operation task and the task verification code to a data acquisition server;
The intelligent monitoring server sends the operation task to an intelligent analysis server;
the data acquisition server sends the operation task and the task verification code to a substation law enforcement recorder;
the operator compares the operation task read in the substation law enforcement recorder with the operation task transferred by the guardian to obtain a comparison result;
when the comparison result is that the operation task read by the operator in the substation law enforcement recorder is the same as the operation task transferred by the guardian, the operator inputs the task verification code read in the substation law enforcement recorder into the substation law enforcement recorder for task verification, and a task verification result is obtained;
when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
the dispatching master station automation subsystem sends power grid operation information to the intelligent analysis server;
the intelligent analysis server performs information matching on the operation task and the power grid operation information;
when the information is successfully matched, the intelligent analysis server generates an operation scheme and sends the operation scheme to the data acquisition server and the data storage server;
The data acquisition server sends the operation scheme to the substation law enforcement recorder;
the operator operates according to the operation scheme read in the substation law enforcement recorder;
monitoring the operation and the station of the operator by a guardian;
the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data;
the substation law enforcement recorder sends the operation record data to the data acquisition server;
the data acquisition server sends the operation record data to the intelligent analysis server and the data storage server;
the intelligent analysis server analyzes the operation record data to obtain an analysis result, wherein the analysis result comprises legal and illegal;
the intelligent analysis server sends the analysis result to the data storage server and the intelligent monitoring server respectively;
the intelligent monitoring server distinguishes the analysis result, and whether the analysis result is legal or illegal is distinguished;
when the analysis result is illegal, the intelligent monitoring server sends the analysis result to the data acquisition server;
The data acquisition server sends the received analysis result to the substation law enforcement recorder;
converting the analysis result into audio by the substation law enforcement recorder to perform first illegal voice warning;
the intelligent monitoring server sends the analysis result to the regulator monitoring station;
and when the analysis result is illegal, the regulator monitoring station carries out illegal alarm.
4. A method according to claim 3, wherein the regulator issues the operation task to the guardian via the communication device, comprising:
the modulator transmits an operation task to the guardian through a wired telephone or a wireless communication device;
the regulator inputs the operation task into a regulator monitoring station, comprising:
inputting the operation task into a host of a controller monitoring station by a controller;
the controller monitoring station sends an operation task to an intelligent monitoring server, and the controller monitoring station comprises;
the host of the regulator monitoring station sends the operation task to a task input unit of the intelligent monitoring server;
the intelligent monitoring server generates a corresponding task verification code after receiving an operation task, and the intelligent monitoring server comprises the following steps:
after the task input unit of the intelligent monitoring server receives the operation task, the task input unit generates a task verification code corresponding to the operation task;
The intelligent monitoring server sends the operation task and the task verification code to the data acquisition server, and the intelligent monitoring server comprises:
the task input unit of the intelligent monitoring server sends the operation task and the task verification code to a second information receiving unit of the data acquisition server;
the intelligent monitoring server sends the operation task to the intelligent analysis server, and the intelligent monitoring server comprises:
the task input unit of the intelligent monitoring server sends the operation task to the task receiving unit of the intelligent analysis server;
the task receiving unit sends the operation task to a power grid operation acquisition unit;
the data acquisition server sends an operation task and a task verification code to a substation law enforcement recorder, and the data acquisition server comprises:
the second information compression unit of the data acquisition server encrypts and compresses the operation task and the task verification code received by the second information receiving unit;
the first information sending unit sends the operation task and the task verification code encrypted and compressed by the second information compression unit to first safety protection equipment;
the first safety protection device sends the encrypted and compressed operation task and the task verification code to a wireless receiving unit of the transformer substation law enforcement recorder;
The first information decompressing unit decrypts and decompresses the encrypted and compressed operation task and the task verification code received by the wireless receiving unit;
the operation display terminal displays the operation task and the task verification code;
when the task verification result is that the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder, and the method comprises the following steps:
when the task verification result is passed, the dispatching master station automation subsystem establishes communication connection with the substation law enforcement recorder;
the audio and video acquisition unit and the positioning unit of the transformer substation law enforcement recorder are automatically started;
the dispatching master station automation subsystem sends power grid operation information to an intelligent analysis server, and the dispatching master station automation subsystem comprises:
the dispatching master station automation subsystem sends power grid operation information to second safety protection equipment;
the second safety protection equipment sends the power grid operation information to a power grid operation acquisition unit of the intelligent analysis server;
the intelligent analysis server performs information matching on the operation tasks and the power grid operation information, and the intelligent analysis server comprises:
the power grid operation acquisition unit of the intelligent analysis server performs information matching on the operation task and the power grid operation information;
When the guardian finds that the operation of the operator is illegal or the station is unreasonable, the guardian reminds the operator on site;
the substation law enforcement recorder records the operation process of an operator and the monitoring process of a guardian to obtain operation record data, and the substation law enforcement recorder comprises:
the operation record data comprise operation audio and video, monitoring audio and video, operator position information and guardian position information, and an audio and video acquisition unit of the transformer substation law enforcement recorder acquires video and audio of an operation process of an operator and a monitoring process of a guardian to obtain operation audio and video;
the positioning unit of the transformer substation law enforcement recorder respectively acquires the position information of an operator and the position information of a guardian, and respectively obtains the position information of the operator and the position information of the guardian;
the substation law enforcement recorder sends operation record data to a data acquisition server, and the substation law enforcement recorder comprises:
the first information compression unit of the transformer substation law enforcement recorder encrypts and compresses the operation record data;
the wireless transmitting unit transmits the encrypted and compressed operation record data to the first safety protection equipment;
the first safety protection device sends the encrypted and compressed operation record data to a first information receiving unit of the data acquisition server;
The second information decompressing unit decrypts and decompresses the encrypted and compressed operation record data;
the data acquisition server transmits operation record data to the intelligent analysis server and the data storage server, and the data acquisition server comprises:
the second information sending unit sends the operation record data to a third information receiving unit of the intelligent analysis server;
the third information receiving unit sends the operation record data to an intelligent analysis unit;
the second information sending unit sends the operation record data to the data storage server;
the data storage server stores the operation record data;
the intelligent analysis server sends analysis results to the data storage server and the intelligent monitoring server respectively, and the intelligent analysis server comprises:
a third information sending unit of the intelligent analysis server sends the analysis result to the data storage server;
the data storage server stores the received analysis result;
the third information sending unit of the intelligent analysis server sends the analysis result to the intelligent warning unit of the intelligent monitoring server;
The intelligent monitoring server distinguishes the analysis result, whether the analysis result is legal or illegal, and comprises the following steps:
the intelligent warning unit of the intelligent analysis server distinguishes the analysis result, and whether the analysis result is legal or illegal is distinguished;
the data acquisition server sends the received analysis result to a substation law enforcement recorder, and the method comprises the following steps:
the second information compression unit of the data acquisition server encrypts and compresses the analysis result received by the second information receiving unit;
the first information sending unit sends the encrypted and compressed analysis result to the first safety protection equipment;
the first safety protection device sends the encrypted and compressed analysis result to the wireless receiving unit of the transformer substation law enforcement recorder;
the first information decompression unit decrypts and decompresses the encrypted and compressed analysis result;
the substation law enforcement recorder converts the analysis result into audio to perform first illegal voice warning, and the method comprises the following steps:
the first voice alarm device of the transformer substation law enforcement recorder converts the analysis result into audio to perform first illegal voice alarm;
When the analysis result is illegal, the controller monitoring station carries out illegal alarm, which comprises the following steps:
when the analysis result is illegal, the host computer of the regulator monitoring station controls the display to display an illegal upper alarm window;
when the comparison result is illegal, the host computer of the regulator monitoring station controls the second voice alarm device to carry out second illegal voice alarm;
and when the comparison result is illegal, the host computer of the regulator monitoring station controls the light alarm device to perform illegal light alarm.
5. The method of claim 4, wherein the intelligent analysis server generates an operation scheme when the information matching is successful and transmits the operation scheme to the substation law enforcement recorder and the data storage server, comprising:
when the information is successfully matched, the power grid operation acquisition unit of the intelligent analysis server sends the operation task to a power grid operation rule base unit;
manufacturing a substation operation rule base according to a substation main wiring diagram, and storing the substation operation rule base in the power grid operation rule base unit;
the method comprises the steps of planning all active paths of an operator in the operation process according to geographic position information of all devices in a transformer substation, storing the geographic position information of all devices in the transformer substation, all active paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian in an intelligent map unit;
Generating an operation flow by the power grid operation rule base unit according to the operation task and the substation operation rule base;
the power grid operation rule base unit sends the operation flow to the intelligent analysis unit;
the intelligent map unit sends all the moving paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian to the intelligent analysis unit;
according to the operation flow, all the moving paths of the operator in the operation process, the optimal position range of the operator and the reasonable position range of the guardian, the intelligent analysis unit generates an operation scheme;
the intelligent analysis unit sends the operation scheme to a third information sending unit;
the third information sending unit sends the operation scheme to the data storage server, and the data storage server stores the operation scheme;
the third information sending unit sends the operation scheme to a second information receiving unit of the data acquisition server;
the data acquisition server sends the operating scheme to a substation law enforcement recorder, comprising:
The second information compression unit of the data acquisition server encrypts and compresses the operation scheme received by the second information receiving unit;
a first information transmitting unit transmits the operation scheme encrypted and compressed by the second information compressing unit to the first safety protection device;
the first safety protection equipment sends the encrypted and compressed operation scheme to a wireless receiving unit of the transformer substation law enforcement recorder;
the first information decompression unit decrypts and decompresses the encrypted and compressed operation scheme received by the wireless receiving unit;
the wireless receiving unit sends the operation scheme to an operation display terminal, and the operation display terminal displays the operation scheme.
6. The method of claim 5, wherein the intelligent analysis server analyzes the operation record data to obtain an analysis result, and the analysis result includes legal and illegal, and the method comprises:
the intelligent analysis unit of the intelligent analysis server compares the operation record data with the operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal;
The intelligent analysis unit of the intelligent analysis server compares the operation record data with an operation scheme to obtain an operation comparison result, wherein the operation comparison result comprises legal and illegal and comprises the following steps:
the intelligent analysis unit compares the operation record data with the operation flow in the operation scheme to obtain a flow comparison result, wherein the flow comparison result comprises a legal flow and an illegal flow, the legal flow is that the operation flow of an operator is consistent with the operation flow in the operation scheme, and the illegal flow is that the operation flow of the operator is inconsistent with the operation flow in the operation scheme;
and the intelligent analysis unit compares the position information of the operator in the operation record data and the position information of the guardian with the optimal position range of the operator and the reasonable position range of the guardian in the operation scheme to obtain a position comparison result, wherein the position comparison result comprises a legal position and an illegal position, the legal position is that the station position of the operator is in the optimal position range and the station position of the guardian is in the reasonable position range, and the illegal position is that the station position of the operator is out of the optimal position range and/or the station position of the guardian is out of the reasonable position range.
7. The method according to claim 4, wherein when the comparison result shows that the operation task read by the operator in the substation law enforcement recorder is different from the operation task transferred by the guardian, the operator inputs a task default verification code in the substation law enforcement recorder, and waits for the modulator to issue the operation task again;
when the information matching fails, the operation task fails, and the power grid operation acquisition unit of the intelligent analysis server sends matching failure information to the third information sending unit;
the third information sending unit sends the matching failure information to the intelligent monitoring server;
the intelligent monitoring server sends the matching failure information to the regulator monitoring station for matching failure warning;
when the modulator discovers that the matching of the modulator monitoring station fails to give an alarm, the modulator issues a new operation task to the guardian through a wired telephone or a wireless communication device;
the regulator inputs the new operational task into a regulator monitoring station.
8. The method of claim 4, wherein when the comparison result is that the third information sending unit sends the matching failure information to the intelligent monitoring server, the method comprises:
The third information sending unit sends the matching failure information to an intelligent alarm unit of the intelligent monitoring server;
the intelligent monitoring server sends the matching failure information to a regulator monitoring station for matching failure warning, and the intelligent monitoring server comprises the following components:
the intelligent alarm unit of the intelligent monitoring server sends the matching failure information to the host of the regulator monitoring station;
the host control display of the regulator monitoring station displays an upper alarm window for failure in matching;
the host computer of the controller monitoring station controls the second voice alarm device to carry out voice alarm of failure in matching;
and the host computer of the controller monitoring station controls the light alarm device to carry out failure light alarm.
9. A method according to claim 3, wherein when an operator and/or guardian finds the first illegal voice warning issued by the substation law enforcement recorder, the operator and/or guardian performs a correction of the operation and/or a correction of the station according to the first illegal voice warning;
when the modulator discovers illegal alarms of the modulator monitoring station, the modulator transmits illegal operating alarms and correction instructions to a guardian through the communication device;
The guardian corrects based on the illegal alerts and correction instructions, and/or,
the guardian transmits an operation illegal alarm and a correction operation instruction to the operator;
the operator receives the operation illegitimate warning and the correction instruction to perform the correction of the operation, and/or,
and correcting the station position.
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