Programmed power distribution operation verification method and system based on integrated DCCS platform

Abstract

The invention discloses a programmed power distribution operation verification method and system based on an integrated DCCS platform. The system comprises a control center based on the integrated DCCS platform, a database, a plurality of infrared emission devices, operation equipment and an alarm device. A plurality of infrared emission devices which are uniformly arranged on an operation site are adopted to cover and guide an operation area of operation equipment, operation verification is realized according to operation signals and related detection signals in a power grid dispatching system, multiple operation verification can be realized in combination with video information, and in a communication process, a data encryption mode is adopted, so that the communication efficiency is improved. The safety of operation verification is further improved; in addition, the operation process can be individually set according to the identification result of the operator, the method is suitable for new and old operators, and the operation requirement is reduced; the programmed power distribution operation verification system based on the integrated DCCS platform is simple in setting, and the universality and the adaptability of the system are improved.

Description

Technical Field

[0001] The present invention relates to a programmed power distribution operation verification method and system based on an integrated DCCS platform, belonging to the technical field of power grid dispatching operation safety verification. Background Art

[0002] In the process of power grid dispatching and operation, in order to ensure correct operation, it is usually necessary to verify the operation. The existing operation verification is mostly based on the five-prevention and error-proofing system. This method requires multiple interactive confirmations and is cumbersome to operate. In case of emergency, this operation method will waste a lot of time and cause safety problems in the system. Subsequently, the intelligent error-proofing system has also been gradually applied, which uses sound, light or voice to guide the operation process, but either it cannot indicate the accurate operation position, or the meaning of the light indication is too complicated, which is not easy to understand the operation. For example, the invention patent with the patent document publication number CN117375215A provides a substation sound and light guidance error prevention method, which is implemented by multiple sound and light guidance instructions, each instruction has a specific sound and light mode, which is used to convey a specific meaning or instruction. These instructions can be distinguished by the frequency, pitch, volume of the sound and the brightness, color, flickering, etc. of the light. The meaning of the light indication in this setting method is too complicated, and the requirements for the operator are too high. The existing intelligent error prevention system only provides simple instructions and is too simple in function. It cannot be used for individual identification of different operators. It wastes time for skilled operators and easily causes nervousness and operational errors for unskilled operators who need to operate quickly. In addition, the intelligent error prevention system requires significant changes to the original old system, resulting in high cost for upgrading and renovating the old system and poor applicability. In addition, the intelligent error prevention system operation verification method is too simple, resulting in low security and easy to cause operational omissions and lead to system safety problems; In view of the above problems, it is necessary to provide an anti-misoperation system which is simple to operate and highly secure to implement system operation verification. Summary of the invention

[0003] The purpose of the present invention is to overcome the shortcomings of the prior art and propose a method and system for programmable power distribution operation verification based on an integrated DCCS platform. The infrared guidance method is used to cover and guide the operation area of ​​the operating equipment, and the operation verification is realized according to the operation signal and the relevant detection signal in the power grid dispatching system. At the same time, multiple operation verifications can be realized in combination with the video information. In the communication process, data encryption is used to further improve the security of the operation verification. The programmable power distribution operation verification system based on the integrated DCCS platform is simple to set up and improves the system versatility and adaptability.

[0004] The present invention provides a programmed power distribution operation verification method based on an integrated DCCS platform, which adopts the following steps: Step 1: Establish a three-dimensional model for the power operation equipment in the power grid dispatching system, extract the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extract the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area, and the number of the operation feature points is greater than or equal to 2; Step 2: Program all power dispatching operation steps in the power grid dispatching system. In each power dispatching operation procedure, control multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each operation area in sequence according to the programmed operation steps; Step 3: The operator holds the operating device and operates at the operation site in the order of the operating steps. In each step of the operation, when the infrared switch array set on the operating device detects that at least half of the infrared switches of the operating feature points are triggered at the same time, it sends an operation signal to the control center based on the integrated DCCS platform; Step 4: When the control center based on the integrated DCCS platform receives the operation signal, it verifies whether the operation is completed correctly by combining the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; Step 5: If it is determined that the operation step is completed correctly, multiple infrared emitting devices are controlled to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation step is not completed correctly, the locking system prohibits the next operation and issues an alarm.

[0005] Preferably, in step 2, all power dispatching operation steps in the power grid dispatching system are programmed, which specifically includes: extracting the operation history data of each power dispatching operation from the power grid dispatching system history database, compiling the specific operation step sequence of each power dispatching operation in combination with the operation manual, and then programming the operation steps to achieve programming.

[0006] Preferably, in step 3, the operator holds the operating device and operates at the operating site in the order of the operating steps, which specifically also includes: when the operator configures the operating device, the operator's face is recognized, and the current corresponding operating speed of the operator is extracted from the database according to the recognition result, and the guiding speed of the multiple infrared emitting devices is controlled with the current corresponding operating speed.

[0007] Preferably, when the operator configures the operating equipment, facial recognition is performed on the operator, which specifically includes: if the operator is identified as registering and authenticating for the first time, the operator is prompted to select and set an initial operating speed, and then the guiding speed of the multiple infrared emitting devices is controlled according to the selected initial operating speed.

[0008] Preferably, the method of extracting the current operating speed corresponding to the operator from the database based on the recognition result specifically also includes: regularly retrieving the historical operation data of the operator from the historical database, processing the historical operation data with a deep learning algorithm to obtain the current proficiency of the operator, determining the operating speed of the operator according to the current proficiency, and replacing the operating speed with the current corresponding operating speed and storing it in the database; when the operator is identified as operating the equipment, the current operating speed corresponding to the operator is extracted from the database.

[0009] Preferably, the operating device sends an operating signal to the control center based on the integrated DCCS platform, and the control center based on the integrated DCCS platform, upon receiving the operating signal, specifically includes: the operating device encrypts the operating signal, and the control center based on the integrated DCCS platform encrypts and verifies the operating signal upon receiving the operating signal; if the verification is passed, the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system are combined to verify whether the operation is completed correctly; if the verification is not passed, the system is locked to prohibit the next operation, and an alarm is issued.

[0010] Preferably, in step 5, if it is determined that the operation of this step is completed correctly, it specifically includes: The control center based on the integrated DCCS platform extracts the operation image captured by the camera set up at the operation site, and verifies it in combination with the operation step sequence in the current scheduling operation procedure. If the operation sequence of the operator is consistent with the operation step sequence in the current scheduling operation procedure, the verification passes and it is determined that the operation step is completed correctly; if the verification fails, it is determined that the operation step is not completed correctly.

[0011] Preferably, using the above-mentioned programmed power distribution operation verification method based on the integrated DCCS platform, the present invention also provides a programmed power distribution operation verification system based on the integrated DCCS platform: The programmed power distribution operation verification system based on the integrated DCCS platform specifically includes: a control center based on the integrated DCCS platform, a database, a plurality of infrared transmitting devices, an operating device and an alarm device; The plurality of infrared emitting devices are evenly arranged at the operation site; The operating device is used to be operated by an operator to operate at the operation site. The operating device is provided with an infrared switch array. After detecting the infrared light spots emitted by the infrared emitting device, the number of infrared switches triggered simultaneously is determined, and then an operation signal is sent to the control module. The control center includes an extraction module, a programming module, a control module and a locking module; The extraction module establishes a three-dimensional model for the power operation equipment in the power grid dispatching system, extracts the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extracts the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area and stores them in the database, wherein the number of the operation feature points is greater than or equal to 2; The programming module programs all power dispatching operation steps in the power grid dispatching system and stores them in the database; In each electric power dispatching operation procedure, the control module controls multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each operation area in sequence according to the programmed operation steps; when receiving the operation signal, the control module verifies whether the operation is completed correctly in combination with the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; if it is determined that the operation is completed correctly, the control module controls multiple infrared emitting devices to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation is not completed correctly, the control module sends a locking signal to the locking module to make its locking system prohibit the next operation, and sends an alarm signal to the alarm device.

[0012] Preferably, the operating device also includes a face recognition module. When the operator configures the operating device, the operator's face is recognized and the recognition result is sent to the control module; the control module extracts the operator's current corresponding operating speed from the database according to the recognition result, and controls the guiding speed of the multiple infrared emitting devices with the current corresponding operating speed.

[0013] Preferably, the operating device includes an operating rod and an operating mechanical glove.

[0014] The beneficial effects of the present invention are as follows: 1. A plurality of infrared emitting devices evenly arranged at the operation site are used to cover and guide the operation area of ​​the operation device, and the operation confirmation is realized in conjunction with the detection result of the infrared switch array on the operation device. The coverage and guidance of the plurality of infrared emitting devices can avoid operation judgment errors according to the number of operation feature points even if the operation area of ​​the operation device is blocked, thereby improving the safety of the operation; 2. The power grid dispatching operation steps are programmed according to the operation sequence, and multiple infrared emitting devices are guided to project infrared light spots to the operation feature points in the operation area. The guidance is convenient, concise and easy to understand, which improves the operation efficiency and has high error prevention. 3. Operation verification is realized according to the operation signal and the relevant detection signal in the power grid dispatching system. At the same time, multiple operation verification can be realized in combination with the video information to improve the safety of system operation; 4. The system is simple to set up. When refitting an old system, the hardware only needs to be equipped with an infrared transmitter and operating equipment, and a boot program is added to the original control system. The cost is low, the modification is convenient, and the system versatility and adaptability are improved; 5. During the communication process, data encryption is used to further improve the security of operation verification; 6. According to the identification results of the operators, the operation process is personalized, and in the later operation process, the deep learning algorithm is used to learn and update the operation speed of the operators, and then real-time guidance is provided based on the updated and learned operation speed. It is suitable for new and old operators, reduces operation requirements, and expands the scope of application of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a step diagram of the programmed power distribution operation verification method based on the integrated DCCS platform of the present invention; Figure 2 This is a structural diagram of the programmed power distribution operation verification system based on the integrated DCCS platform of the present invention. DETAILED DESCRIPTION

[0016] The technical solution of the present invention is further described in detail below in conjunction with the accompanying drawings, but the protection scope of the present invention is not limited to the following.

[0017] The present invention provides a programmed power distribution operation verification method based on an integrated DCCS platform, such as Figure 1 As shown, the following steps are taken: Step 1: Establish a three-dimensional model for the power operation equipment in the power grid dispatching system, extract the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extract the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area, and the number of the operation feature points is greater than or equal to 2; Among them, the operation feature points of the operation area are the dot arrays in the operation area of ​​the power operation equipment that will inevitably be covered by the operating equipment when the operator holds the operating equipment to perform the operation. Taking the air switch as an example, its operating handle is its operation area. Multiple points are evenly extracted from the head of the operating handle, such as points in a 4X4 array. When the air switch is operated, the extracted points will inevitably be covered by multiple operating devices.

[0018] Step 2: Program all power dispatching operation steps in the power grid dispatching system. In each power dispatching operation procedure, control multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each operation area in sequence according to the programmed operation steps; Among them, the multiple infrared emitting devices are evenly arranged at the operation site, and can be installed on pillars or idle and undisturbed equipment brackets, and are evenly arranged around all the power operating equipment at the site. In each step of the operation, it should be ensured that at least half of the infrared light spots emitted by the infrared emitting devices can be gathered without obstruction to the operating area of ​​the power operating equipment performing that step of the operation.

[0019] Step 3: The operator holds the operating device and operates at the operation site in the order of the operating steps. In each step of the operation, when the infrared switch array set on the operating device detects that at least half of the infrared switches of the operating feature points are triggered at the same time, it sends an operation signal to the control center based on the integrated DCCS platform; Among them, infrared light spots emitted by multiple infrared emitting devices are projected onto the operation feature points. When the operating device performs an operation in the operation area, the infrared switch array on the operating device will be placed above the operation area. At this time, the infrared light spot is partially blocked by the infrared switch array on the operating device. The infrared switch array is also set in a dot matrix form, so that the number of blocked infrared lights can be detected. When the operating device detects that the infrared switches of at least half of the operation feature points are triggered at the same time, that is, when the infrared lights of at least half of the operation feature points are blocked at the same time, an operation signal is sent to the control center based on the integrated DCCS platform; Step 4: When the control center based on the integrated DCCS platform receives the operation signal, it verifies whether the operation is completed correctly by combining the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; When the control center receives the operation signal, it indicates that the operation step has been executed. After the power operation equipment of the power grid dispatching system executes the operation, the corresponding current, voltage or on / off state will change. The control center can confirm whether the operation step is completed correctly by combining the operation signal and the change of the detection signal state in the power grid dispatching system. Step 5: If it is determined that the operation step is completed correctly, multiple infrared emitting devices are controlled to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation step is not completed correctly, the locking system prohibits the next operation and issues an alarm.

[0020] Preferably, in step 2, all power dispatching operation steps in the power grid dispatching system are programmed, which specifically includes: extracting the operation history data of each power dispatching operation from the power grid dispatching system history database, compiling the specific operation step sequence of each power dispatching operation in combination with the operation manual, and then programming the operation steps to achieve programming.

[0021] Preferably, in step 3, the operator holds the operating device and operates at the operating site in the order of the operating steps, which specifically also includes: when the operator configures the operating device, the operator's face is recognized, and the current corresponding operating speed of the operator is extracted from the database according to the recognition result, and the guiding speed of the multiple infrared emitting devices is controlled with the current corresponding operating speed.

[0022] Preferably, when the operator is configuring the operating equipment, facial recognition is performed on the operator, which specifically includes: if it is identified that the operator is registering and authenticating for the first time, the operator is prompted to select and set an initial operating speed, and then the guiding speeds of the multiple infrared emitting devices are controlled according to the selected set initial operating speed; if it is identified that the operator is not registering and authenticating for the first time, the current corresponding operating speed of the operator is directly extracted from the database, and the guiding speeds of the multiple infrared emitting devices are controlled with the current corresponding operating speed.

[0023] Among them, the selection setting of the initial operating speed provides corresponding options according to the operator's length of service; the initial operating speed can be divided into multiple setting levels, such as high, medium, low, etc.; for operators with longer service, since their operating process is already very skilled, three options of high, medium and low can be given, while for newly trained operators, only the "low" option can be given to ensure operational safety.

[0024] Preferably, the method of extracting the current operating speed corresponding to the operator from the database based on the recognition result specifically also includes: regularly retrieving the historical operation data of the operator from the historical database, processing the historical operation data with a deep learning algorithm to obtain the current proficiency of the operator, determining the operating speed of the operator according to the current proficiency, and replacing the operating speed with the current corresponding operating speed and storing it in the database; when the operator is identified as operating the equipment, the current operating speed corresponding to the operator is extracted from the database.

[0025] The historical operation data of the operators are retrieved from the historical database regularly, including the scheduling operation time, etc., and combined with the length of service data as the input of the neural network model to calculate and output the current proficiency E of the operators: ; Where H is the average duration of a single dispatch operation of the operator, i is the weight of the average duration of a single dispatch operation, Y is the length of service of the operator, and j is the weight of the length of service; Preferably, the operating device sends an operating signal to the control center based on the integrated DCCS platform, and the control center based on the integrated DCCS platform, upon receiving the operating signal, specifically includes: the operating device encrypts the operating signal, and the control center based on the integrated DCCS platform encrypts and verifies the operating signal upon receiving the operating signal; if the verification is passed, the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system are combined to verify whether the operation is completed correctly; if the verification is not passed, the system is locked to prohibit the next operation, and an alarm is issued.

[0026] The encryption process is specifically to assign a step number to each step of the programmed operation steps, and when sending the operation signal, randomly insert the step number of the step operation into the data message, add the position number of the randomly inserted data in the reserved position at the end of the data message, and form the operation signal data stream for sending. Taking the execution of the programmed operation step to the fifth step as an example, the step number "5" is randomly inserted into the "3"th data bit of the data message, and then the value "3" is added to the position of the last bit of the data reserved position, and the operation signal data stream is sequentially formed. When the control center receives the operation signal, it first parses the value "3" of the last bit of the data message, retrieves the "3"th data bit of the message according to the value, parses out the operation step number "5" of the operation signal, and then determines whether it is consistent with the current program execution step "5". If the verification is consistent, it passes the verification, and combines the current signal, voltage signal, and equipment on-off status signal detected in the power grid dispatching system at this time to verify whether the step operation is completed correctly; if the verification is inconsistent, it fails to pass the verification, then the locking system prohibits the next operation, and an alarm is issued.

[0027] Preferably, in step 5, if it is determined that the operation of this step is completed correctly, it specifically includes: The control center based on the integrated DCCS platform extracts the operation image captured by the camera set up at the operation site, and verifies it in combination with the operation step sequence in the current scheduling operation procedure. If the operation sequence of the operator is consistent with the operation step sequence in the current scheduling operation procedure, the verification passes and it is determined that the operation step is completed correctly; if the verification fails, it is determined that the operation step is not completed correctly.

[0028] Preferably, for power-operated equipment that can be set with light indication, taking control buttons as an example, dual guidance confirmation can be performed by combining its own light and infrared guidance to improve the safety of system operation; Preferably, using the above-mentioned programmed power distribution operation verification method based on the integrated DCCS platform, the present invention also provides a programmed power distribution operation verification system based on the integrated DCCS platform: The programmed distribution operation verification system based on the integrated DCCS platform is as follows: Figure 2 As shown, it specifically includes: a control center based on an integrated DCCS platform, a database, multiple infrared transmitting devices, operating equipment and alarm devices; The plurality of infrared emitting devices are evenly arranged at the operation site; The operating device is used to be operated by an operator to operate at the operation site. The operating device is provided with an infrared switch array. After detecting the infrared light spots emitted by the infrared emitting device, the number of infrared switches triggered simultaneously is determined, and then an operation signal is sent to the control module. The control center includes an extraction module, a programming module, a control module and a locking module; The extraction module establishes a three-dimensional model for the power operation equipment in the power grid dispatching system, extracts the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extracts the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area and stores them in the database, wherein the number of the operation feature points is greater than or equal to 2; The programming module programs all power dispatching operation steps in the power grid dispatching system and stores them in the database; In each electric power dispatching operation procedure, the control module controls multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each operation area in sequence according to the programmed operation steps; when receiving the operation signal, the control module verifies whether the operation is completed correctly in combination with the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; if it is determined that the operation is completed correctly, the control module controls multiple infrared emitting devices to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation is not completed correctly, the control module sends a locking signal to the locking module to make its locking system prohibit the next operation, and sends an alarm signal to the alarm device.

[0029] Preferably, the operating device also includes a face recognition module. When the operator configures the operating device, the operator's face is recognized and the recognition result is sent to the control module; the control module extracts the operator's current corresponding operating speed from the database according to the recognition result, and controls the guiding speed of the multiple infrared emitting devices with the current corresponding operating speed.

[0030] Preferably, the operating device includes but is not limited to an operating rod, operating mechanical gloves, etc.

[0031] Those skilled in the art can understand that all or part of the processes in the above-mentioned embodiments can be implemented by instructing related hardware through a computer program, and the program can be stored in a computer-readable storage medium, and when the program is executed, it can include the processes of the embodiments of the above-mentioned methods. The storage medium can be a disk, an optical disk, a ROM, a RAM, etc.

[0032] The above disclosure is only the preferred embodiment of the present invention, which certainly cannot be used to limit the scope of the present invention. Therefore, equivalent changes made according to the claims of the present invention are still within the scope of the present invention.

Claims

1. A programmed power distribution operation verification method based on an integrated DCCS platform, characterized in that: Use the following steps: Step 1: Establish a three-dimensional model for the power operation equipment in the power grid dispatching system, extract the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extract the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area, and the number of the operation feature points is greater than or equal to 2; Step 2: Program all power dispatching operation steps in the power grid dispatching system. In each power dispatching operation procedure, control multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each step of the operation area in sequence according to the programmed operation steps; Step 3: The operator holds the operating device and operates at the operation site in the order of the operation steps. In each step of the operation, when the infrared switch array set on the operating device detects that at least half of the infrared switches of the operation feature points are triggered at the same time, it sends an operation signal to the control center based on the integrated DCCS platform; Step 4: When the control center based on the integrated DCCS platform receives the operation signal, it verifies whether the operation is completed correctly by combining the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; Step 5: If it is determined that the operation step is completed correctly, multiple infrared emitting devices are controlled to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation step is not completed correctly, the locking system prohibits the next operation and issues an alarm.

2. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 1, characterized in that: In step 2, all power dispatching operation steps in the power grid dispatching system are programmed, which specifically includes: extracting the operation history data of each power dispatching operation from the power grid dispatching system history database, compiling the specific operation step sequence of each power dispatching operation in combination with the operation manual, and then programming the operation steps to achieve programming.

3. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 1, characterized in that: In step 3, the operator holds the operating equipment and performs the operation at the operation site in accordance with the sequence of the operating steps, which specifically includes: When the operator configures the operating equipment, the operator's face is recognized, the operator's current operating speed is extracted from the database according to the recognition result, and the guiding speed of the multiple infrared emitting devices is controlled according to the current corresponding operating speed.

4. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 3, characterized in that: When the operator configures the operating equipment, face recognition is performed on the operator, which specifically includes: If it is identified that the operator is registering and authenticating for the first time, the operator is prompted to select and set an initial operating speed, and then the guiding speeds of the plurality of infrared emitting devices are controlled according to the selected initial operating speed.

5. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 4, characterized in that: The extracting the current operating speed of the operator from the database according to the recognition result specifically includes: The historical operation data of the operator is regularly retrieved from the historical database, and the historical operation data is processed using a deep learning algorithm to obtain the operator's current proficiency. The operator's operation speed is determined based on the current proficiency, and the operation speed is replaced with the current corresponding operation speed and stored in the database. When the operator is identified as operating the equipment, the operator's current corresponding operation speed is extracted from the database.

6. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 1, characterized in that: The operation device sends an operation signal to the control center based on the integrated DCCS platform, and the control center based on the integrated DCCS platform, upon receiving the operation signal, specifically further includes: The operating device encrypts the operating signal. When the control center based on the integrated DCCS platform receives the operating signal, it encrypts and verifies the operating signal. If the verification is passed, it verifies whether the operation is completed correctly in combination with the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; if the verification is not passed, the system is locked to prohibit the next operation and an alarm is issued.

7. A programmed power distribution operation verification method based on an integrated DCCS platform as claimed in claim 1, characterized in that: In step 5, if it is determined that the operation of this step is completed correctly, it specifically includes: The control center based on the integrated DCCS platform extracts the operation image captured by the camera set up at the operation site, and verifies it in combination with the operation step sequence in the current scheduling operation procedure. If the operation sequence of the operator is consistent with the operation step sequence in the current scheduling operation procedure, the verification passes and it is determined that the operation step is completed correctly; if the verification fails, it is determined that the operation step is not completed correctly.

8. A programmed distribution operation verification system based on an integrated DCCS platform, characterized in that: Specifically include: Control center, database, multiple infrared transmitters, operating equipment and alarm devices based on the integrated DCCS platform; The plurality of infrared emitting devices are evenly arranged at the operation site; The operating device is used to be operated by an operator to operate at the operation site. The operating device is provided with an infrared switch array. After detecting the infrared light spots emitted by the infrared emitting device, the number of infrared switches triggered simultaneously is determined, and then an operation signal is sent to the control module. The control center includes an extraction module, a programming module, a control module and a locking module; The extraction module establishes a three-dimensional model for the power operation equipment in the power grid dispatching system, extracts the operation area of ​​each power operation equipment from the three-dimensional model according to the operation mode of each power operation equipment, and extracts the operation feature points corresponding to each operation area in combination with the historical operation image of the operation area and stores them in the database, wherein the number of the operation feature points is greater than or equal to 2; The programming module programs all power dispatching operation steps in the power grid dispatching system and stores them in the database; In each electric power dispatching operation procedure, the control module controls multiple infrared emitting devices arranged at the operation site to emit infrared light to the operation feature points corresponding to each operation area in sequence according to the programmed operation steps; when receiving the operation signal, the control module verifies whether the operation is completed correctly in combination with the current signal, voltage signal, and equipment on / off status signal detected in the power grid dispatching system at this time; if it is determined that the operation is completed correctly, the control module controls multiple infrared emitting devices to emit infrared light to the operation feature points corresponding to the next operation area for guidance; if it is determined that the operation is not completed correctly, the control module sends a locking signal to the locking module to make its locking system prohibit the next operation, and sends an alarm signal to the alarm device.

9. A programmed power distribution operation verification system based on an integrated DCCS platform as claimed in claim 8, characterized in that: The operating device also includes a face recognition module, and when the operator configures the operating device, the operator performs face recognition on the operator and sends the recognition result to the control module; The control module extracts the current operating speed corresponding to the operator from the database according to the recognition result, and controls the guiding speeds of the plurality of infrared emitting devices according to the current corresponding operating speed.

10. A programmed power distribution operation verification system based on an integrated DCCS platform as claimed in claim 8, characterized in that: The operating device includes an operating rod and an operating mechanical glove.

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