Method and system for processing power supply data transmission of power system

Abstract

The invention discloses a processing method and system for power supply data transmission of an electric power system, relates to the technical field of data transmission, and solves the technical problems of transmission resource waste and low efficiency caused by the fact that a processing mode for repeated data is relatively single and data characteristics cannot be fully utilized for compression transmission. The packet loss rate in the network environment is monitored in real time, when the packet loss rate exceeds a normal value, the environment switching information can be generated in time, a user is prompted to switch to a more suitable network environment, reliable transmission of power supply data is ensured, repeated data in the parallel transmission process is analyzed and processed, and the data transmission efficiency is improved. According to the method, data transmission and transfer are reasonably performed according to the type of the repeated data and the transmission rate of the transmission channel, the data is further compressed and transmitted under the condition that transmission and transfer cannot be performed, and the processing mode for the repeated data not only reduces the data transmission quantity, but also improves the transmission efficiency and the resource utilization rate.

Description

Technical Field

[0001] The present invention relates to the technical field of data transmission, and in particular to a method and system for processing power supply data transmission in an electric power system. Background Art

[0002] In today's power system, efficient and accurate transmission of power supply data is crucial. With the continuous development and increasing intelligence of power systems, higher requirements are placed on the transmission and processing of power supply data.

[0003] According to the publication number CN118400335A, a processing method and system for power system power supply data transmission is disclosed, which relates to the field of power supply technology. It is mainly used to solve the problem that the existing power supply transmission detection and data processing cannot ensure the transmission accuracy, resulting in low power supply transmission accuracy. It mainly includes obtaining the first power supply data that has been transmitted in the target power supply line and the second power supply data that is expected to be transmitted; filtering the first power supply data based on the number of power supply conversions and the power supply conversion range between the power supply end and the power consumption end in the target power supply line; if the first power supply attribute of the normal power supply data screened out in the first power supply data matches the second power supply attribute of the second power supply data, then calling the power supply strategy that matches the second power supply data; after completing the transmission verification of the second power supply data according to the power supply strategy, the second power supply data is marked for power supply to perform the power supply transmission operation.

[0004] Traditional power supply data transmission methods often have many problems. For example, the collection frequency cannot be adjusted in time according to the abnormal situation of the data, resulting in the abnormal data cannot be monitored more effectively. In different network environments, the lack of flexible segmentation standards and stable transmission strategies makes data transmission susceptible to network fluctuations, resulting in high packet loss rate, unstable transmission, etc.

[0005] At the same time, in the parallel transmission process, there is no efficient processing mechanism to optimize the transmission efficiency for the transmission channel with duplicate data. When faced with multiple network environments to switch, the environment cannot be switched quickly and accurately according to the transmission quality, which affects the reliability and timeliness of data transmission. In addition, the processing method for duplicate data is relatively single, and the characteristics of the data cannot be fully utilized for compressed transmission, resulting in waste of transmission resources and low efficiency. Therefore, a new power system power supply data transmission processing method is needed to solve these problems in order to meet the high requirements of modern power systems for data transmission. Summary of the invention

[0006] In view of the deficiencies in the prior art, the present invention provides a method and system for processing power system power supply data transmission, which solves the problem that the processing method for repeated data is relatively single and cannot fully utilize the characteristics of data for compressed transmission, resulting in waste of transmission resources and low efficiency.

[0007] To achieve the above objectives, the present invention is implemented by the following technical solutions: a method for processing power system power supply data transmission, the method specifically comprising the following steps:

[0008] S001: classifying the acquired power supply data to obtain a data classification result, and adjusting the acquisition frequency according to the abnormal data obtained after the data classification to generate acquisition adjustment information;

[0009] S002: performing transmission analysis on the acquired power supply data, and segmenting the power supply data according to different network environments to obtain data segmentation packets;

[0010] S003: Acquire the real-time network environment, switch different transmission environments based on the packet loss rate during the transmission process, and generate environment switching information;

[0011] S004: Perform transmission analysis on the data segmentation packets, perform transmission on the same type of transmission channel based on the types of repeated data in the data segmentation packets during parallel transmission, and analyze the transmission efficiency at the same time, and generate transmission processing information and secondary transmission analysis signals;

[0012] S005: Based on the generated secondary transmission analysis signal, perform transmission analysis on the data segmentation packets in the transmission channel, compress and transmit the repeated data in the data segmentation packets, and generate transmission processing information.

[0013] As a further solution of the present invention: the specific method of generating the acquisition adjustment information in step S001 is:

[0014] The power supply data is acquired and classified. The power supply data with errors is classified as abnormal data, and the power supply data without errors is classified as normal data. At the same time, the collection frequency of the abnormal data is acquired, and the collection frequency is integrated to obtain the collection frequency interval. Then the collection frequency interval is marked, and the collection adjustment information is generated.

[0015] As a further solution of the present invention: the specific method of segmenting the power supply data according to different network environments to obtain data segmentation packets in step S002 is:

[0016] When the network environment is a Wi-Fi network environment, the periodic transmission rate corresponding to the Wi-Fi network environment in the time period t is obtained. If the periodic transmission rate is greater than the stable standard value, it indicates that the Wi-Fi network environment is in a stable state. If the periodic transmission rate is less than the stable standard value, it indicates that the Wi-Fi network environment is in an unstable state.

[0017] The Wi-Fi network environment states corresponding to n time periods t are obtained, and the number ratio corresponding to the stable state is calculated. If the number ratio of the stable state is greater than the threshold, it indicates that the overall state of the Wi-Fi network environment is stable. The average of the periodic transmission rates of the n time periods t is calculated, and the segmentation standard is generated based on the calculated average. If the number ratio of the stable state is less than the threshold, it indicates that the overall state of the Wi-Fi network environment is unstable. The segmentation standard is generated based on the minimum periodic transmission rate corresponding to the time period t.

[0018] As a further solution of the present invention: the specific method of segmenting the power supply data according to different network environments to obtain data segmentation packets in step S002 is:

[0019] When the network environment is a mobile data network environment, the average periodic transmission rate of the mobile data network environment within the time period t is calculated, and the calculated average periodic transmission rate is used as the segmentation standard;

[0020] All the power supply data to be transmitted are obtained, and segmentation standards under different network environments are obtained, and the power supply data to be transmitted are segmented according to the corresponding segmentation standards to obtain data segmentation packages.

[0021] As a further solution of the present invention: the specific method of generating the environment switching information in step S003 is:

[0022] The real-time network environment is obtained, and the power supply data is segmented based on the segmentation standard corresponding to the real-time network environment to obtain data segmentation packages. Then, the packet loss rate of the data segmentation packages during transmission in the real-time network environment is compared with the normal value. If the packet loss rate is greater than the normal value, it means that the current network environment has an impact on data transmission, and further environment switching information is generated. Otherwise, no processing is performed.

[0023] As a further solution of the present invention: the specific method of performing transmission analysis on the data segmentation packet in step S004 is:

[0024] All transmission channels in the parallel transmission process are obtained, and the transmission channels are labeled as a, and a=1, 2, ..., b, where b represents the number of transmission channels. At the same time, the transmission information corresponding to the transmission channel a is obtained, and the transmission information here includes the capacity and data type of the transmitted data. Then, the corresponding data segmentation packets in the transmission channel a are analyzed, the duplicate data in the data segmentation packets are extracted, and the type of the duplicate data is determined. The specific determination method is:

[0025] If there is only one type of duplicate data in the data segmentation package, the type of duplicate data is defined according to the corresponding data type;

[0026] If there are multiple types of duplicate data in the data segmentation package, the data capacities corresponding to the different data types are obtained, and the duplicate data is defined according to the data type corresponding to the largest data capacity.

[0027] As a further solution of the present invention: the specific method of generating the transmission processing information and the secondary transmission analysis signal in step S004 is:

[0028] Acquire transmission channels with the same type of repeated data, and mark the acquired transmission channels as channels to be analyzed. At the same time, mark the channels to be analyzed with large data capacity corresponding to the repeated data as target transmission channels a1, and mark the remaining channels to be analyzed as initial transmission channels a0, and then compare the transmission rate corresponding to the target transmission channel a1 with the transmission rate corresponding to the initial transmission channel a0;

[0029] If the transmission rate of the target transmission channel a1 is greater than the transmission rate of the initial transmission channel a0, the corresponding repeated data will be transferred and transmission processing information will be generated. If the transmission rate of the target transmission channel a1 is less than the transmission rate of the initial transmission channel a0, no transmission transfer will be performed and a secondary transmission analysis signal will be generated.

[0030] As a further solution of the present invention: the specific method of generating the transmission processing information in step S005 is:

[0031] Obtain the transmission channel corresponding to the secondary transmission analysis signal and record it as the self-processing channel, and at the same time obtain the corresponding data segmentation package in the self-processing channel, then obtain the repeated data in the data segmentation package, and label the repeated data as o, where o=1, 2, ..., p, where p represents the number of repeated data, and at the same time obtain the data capacity Lo corresponding to the repeated data o, and then judge the data capacity Lo;

[0032] If the value corresponding to the data capacity Lo is an odd number, the odd-numbered data in the repeated data is obtained, and the frequency of occurrence of the odd-numbered data is calculated, and the frequency of occurrence is compared with the threshold, and then the odd-numbered data corresponding to the frequency of occurrence less than the threshold is selected as the symbol value to be processed, and the symbol value to be processed is converted into binary, and the binary character is obtained with the capacity mantissa value corresponding to the data capacity Lo, and a replacement module is generated with the obtained binary character, and then the transmission processing information is generated;

[0033] If the value corresponding to the data capacity Lo is an even number, the even-numbered bits of the repeated data are obtained, and the processing method for the value being an odd number is similar, and transmission processing information is generated at the same time.

[0034] A processing system for power system power supply data transmission, comprising: a power supply data acquisition unit, an adaptive processing unit, a transmission analysis unit and a processing result output unit;

[0035] A power supply data acquisition unit, used for transmitting the acquired power supply data to the adaptive processing unit;

[0036] The adaptive processing unit is used to segment the acquired power supply data, obtain data segmentation packets by segmenting the power supply data according to different network environments, switch the transmission network according to the transmission packet loss rate corresponding to the real-time network environment to generate environment switching information, and transmit the environment switching information to the processing result output unit, and transmit the data segmentation packets to the transmission analysis unit;

[0037] A transmission analysis unit, used to perform transmission analysis on the acquired data segmentation packets, analyze the repeated data of the data segmentation packets during the parallel transmission process, select a transmission channel based on the type of repeated data, and perform transmission analysis in combination with the transmission efficiency of the transmission channel to generate transmission processing information and a secondary transmission analysis signal;

[0038] For the secondary transmission analysis signal, the data segmentation packets in the transmission channel are subjected to transmission analysis, and repeated data in the data segmentation packets are compressed and transmitted, and transmission processing information is generated, and the generated transmission processing information is transmitted to the processing result output unit;

[0039] The processing result output unit is used to perform transmission processing on the power supply data according to the acquired environment switching information and transmission processing information.

[0040] The present invention provides a method and system for processing power system power supply data transmission. Compared with the prior art, it has the following beneficial effects:

[0041] The present invention monitors the packet loss rate in the network environment in real time. When the packet loss rate exceeds the normal value, it can timely generate environment switching information to prompt the user to switch to a more suitable network environment. This function can effectively avoid data transmission interruption or quality degradation caused by the instability of a single network environment, ensure the reliable transmission of power supply data, analyze and process the repeated data in the parallel transmission process, and reasonably perform data transmission transfer according to the type of repeated data and the transmission rate of the transmission channel. For the situation where transmission transfer cannot be performed, a secondary transmission analysis signal is generated to further compress and transmit the data. This processing method for repeated data not only reduces the data transmission amount, but also improves the transmission efficiency and resource utilization. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] Figure 1 It is a flow chart of the steps of the present invention;

[0043] Figure 2 This is a block diagram of the system principle of the present invention. DETAILED DESCRIPTION

[0044] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0045] For example, see Figure 1 The present application provides a method for processing power system power supply data transmission, the method specifically comprising the following steps:

[0046] In step S001, the acquired power supply data is classified to obtain a data classification result, and the acquisition frequency is adjusted according to the abnormal data obtained after the data classification to generate acquisition adjustment information.

[0047] First, all the power supply data are acquired, and then the acquired power supply data is classified and processed. The specific classification and processing method is: classification is performed based on the correctness of the power supply data, and the power supply data with errors is classified as abnormal data, and the power supply data without errors is classified as normal data. At the same time, the collection frequency of the abnormal data is acquired, and the collection frequency is integrated to obtain the collection frequency range, and then the collection frequency range is marked, and the collection adjustment information is generated.

[0048] In a specific example, assuming that the collection frequencies of some abnormal data are once every 10 minutes, once every 15 minutes, and once every 20 minutes, the collection frequency interval obtained after integration is 10-20 minutes. This interval is marked, for example, as "abnormal data collection frequency interval 1", and then, collection adjustment information is generated according to this interval, for example, an instruction can be generated to adjust the collection frequency of this part of abnormal data to once every 5 minutes.

[0049] Next, in step S002, the acquired power supply data is subjected to transmission analysis, and the power supply data is segmented according to different network environments to obtain data segmentation packets.

[0050] When the network environment is a Wi-Fi network environment, the periodic transmission rate corresponding to the Wi-Fi network environment within the time period t is obtained, and the periodic transmission rate and the stability standard value are judged, and the stability standard value here is set by the operator. If the periodic transmission rate is greater than the stability standard value, it indicates that the Wi-Fi network environment is in a stable state. If the periodic transmission rate is less than the stability standard value, it indicates that the Wi-Fi network environment is in an unstable state.

[0051] Similarly, the Wi-Fi network environment status corresponding to n time periods t is obtained, and the number ratio corresponding to the stable state is calculated. If the number ratio of the stable state is greater than the threshold, and the specific value of the threshold is set by the operator, it means that the overall state of the Wi-Fi network environment is stable, and the average value of the periodic transmission rate of n time periods t is calculated, and the segmentation standard is generated based on the calculated average value. If the number ratio of the stable state is less than the threshold, it means that the overall state of the Wi-Fi network environment is unstable, and the segmentation standard is generated based on the minimum periodic transmission rate corresponding to the time period t;

[0052] When the network environment is a mobile data network environment, and the mobile data network environment here means data transmission through a 4G or 5G network, the average periodic transmission rate of the mobile data network environment within the time period t is calculated, and the calculated average periodic transmission rate is used as the segmentation criterion;

[0053] Obtain all the power supply data to be transmitted, and at the same time obtain the segmentation standards under different network environments, and segment the power supply data to be transmitted according to the corresponding segmentation standards to obtain data segmentation packages. Specifically, for example, if the current network environment is a Wi-Fi network environment, the power supply data is segmented according to the segmentation standard of the Wi-Fi network environment. If the current network environment is a mobile data network environment, the power supply data is segmented according to the segmentation standard of the mobile data network environment.

[0054] In step S003, the real-time network environment is acquired, and different transmission environments are switched based on the packet loss rate during the transmission process, and environment switching information is generated.

[0055] The real-time network environment is obtained, and the power supply data is segmented based on the segmentation standard corresponding to the real-time network environment to obtain data segmentation packets. Then, the packet loss rate of the data segmentation packets in the real-time network environment transmission process is analyzed. The packet loss rate is an important indicator for measuring the quality of data transmission. The lower the packet loss rate, the higher the reliability of data transmission. The packet loss rate is compared with the normal value. If the packet loss rate is greater than the normal value, it means that the current network environment has an impact on data transmission, and the environment switching information is further generated. Specifically, there are two real-time network environments by default here, and the network environment can be switched at will.

[0056] In a specific example, for example, the network environment acquired in real time is a 4G network. According to the segmentation standard corresponding to the 4G network, the collected power supply data is segmented into multiple data packets of appropriate sizes. During data transmission, the system continuously monitors the packet loss rate. Assuming that the preset normal value of the packet loss rate is 3%, if after a period of monitoring, it is found that the packet loss rate under the current 4G network has reached 5%, which is greater than the normal value, this means that the current 4G network environment has an adverse effect on data transmission, and the system will generate environment switching information, such as prompting the user to switch to the Wi-Fi network environment.

[0057] Next, in step S004, the data segmentation packets are subjected to transmission analysis, and the same type of transmission channel transmission is performed based on the types of repeated data in the data segmentation packets during the parallel transmission process. At the same time, the transmission efficiency is analyzed to generate transmission processing information and a secondary transmission analysis signal.

[0058] All transmission channels in the parallel transmission process are obtained, and the transmission channels are labeled as a, and a=1, 2, ..., b, where b represents the number of transmission channels. At the same time, a docker container is set inside each transmission channel. At the same time, the transmission information corresponding to the transmission channel a is obtained, and the transmission information here includes the transmission data capacity and data type. Then, the corresponding data segmentation package in the transmission channel a is analyzed, the duplicate data in the data segmentation package is extracted, and the type of the duplicate data is determined. The specific determination method is:

[0059] If there is only one type of duplicate data in the data segmentation package, the type of duplicate data is defined according to the corresponding data type;

[0060] If there are multiple types of duplicate data in the data segmentation package, the data capacities corresponding to the different data types are obtained, and the duplicate data is defined according to the data type corresponding to the largest data capacity.

[0061] Then, the transmission channels with the same type of repeated data are obtained, and the obtained transmission channels are marked as channels to be analyzed. The number of channels to be analyzed obtained here is two. At the same time, the channel to be analyzed with a large data capacity corresponding to the repeated data is marked as the target transmission channel a1, and the remaining channels to be analyzed are marked as the initial transmission channel a0. Then, the transmission rate corresponding to the target transmission channel a1 is compared with the transmission rate corresponding to the initial transmission channel a0; and the transmission rate of the transmission channel can also be measured by the network management software or the monitoring function of the device itself.

[0062] If the transmission rate of the target transmission channel a1 is greater than the transmission rate of the initial transmission channel a0, the corresponding repeated data will be transferred and transmission processing information will be generated. If the transmission rate of the target transmission channel a1 is less than the transmission rate of the initial transmission channel a0, and this includes the case where they are equal, no transmission transfer will be performed and a secondary transmission analysis signal will be generated.

[0063] In a specific example, it is assumed that the transmission rate of the target transmission channel a1 is 10MB per second and the transmission rate of the initial transmission channel a0 is 8MB per second. Since the transmission rate of the target transmission channel a1 is greater than the initial transmission channel a0, the duplicate data can be transferred from the initial transmission channel a0 to the target transmission channel a1 for transmission, and the corresponding transmission processing information is generated. If the transmission rate of the target transmission channel a1 is 7MB per second, which is less than the transmission rate of the initial transmission channel a0, or the transmission rates of the two are equal, such as 8MB per second, then the transmission transfer is not performed and a secondary transmission analysis signal is generated.

[0064] In step S005, based on the generated secondary transmission analysis signal, the data segmentation packets in the transmission channel are subjected to transmission analysis, and at the same time, repeated data in the data segmentation packets are compressed and transmitted, and transmission processing information is generated.

[0065] Obtain the transmission channel corresponding to the secondary transmission analysis signal and record it as the self-processing channel, and at the same time obtain the corresponding data segmentation package in the self-processing channel, then obtain the repeated data in the data segmentation package, and label the repeated data as o, where o=1, 2, ..., p, where p represents the number of repeated data, and at the same time obtain the data capacity Lo corresponding to the repeated data o, and then judge the data capacity Lo;

[0066] If the value corresponding to the data capacity Lo is an odd number, the odd-numbered data in the repeated data is obtained, and the frequency of occurrence of the odd-numbered data is calculated. At the same time, the frequency of occurrence is compared with the threshold, and the specific value of the threshold here is set by the operator. Then, the odd-numbered data corresponding to the frequency of occurrence less than the threshold are screened and recorded as the symbol value to be processed, and the symbol value to be processed is converted into binary. At the same time, the binary characters are obtained with the capacity mantissa value corresponding to the data capacity Lo, and a replacement module is generated with the obtained binary characters, and then the transmission processing information is generated; here, for the generated replacement template, the replacement template is replaced with the repeated data to reduce the overall data capacity.

[0067] If the value corresponding to the data capacity Lo is an even number, the even-numbered bits of the repeated data are obtained, and the processing method for the value being an odd number is similar, and transmission processing information is generated at the same time.

[0068] For example 2, please refer to Figure 2, a processing system for power system power supply data transmission, the system includes: a power supply data acquisition unit, an adaptive processing unit, a transmission analysis unit and a processing result output unit, and the above-mentioned various functional units are unidirectionally electrically connected.

[0069] The power supply data acquisition unit is used to transmit the acquired power supply data to the adaptive processing unit.

[0070] An adaptive processing unit is used to segment the acquired power supply data, obtain data segmentation packets by segmenting the power supply data according to different network environments, and switch the transmission network according to the transmission packet loss rate corresponding to the real-time network environment to generate environment switching information, and at the same time transmit the environment switching information to the processing result output unit, and transmit the data segmentation packets to the transmission analysis unit. The processing method here is the same as the processing method of step S002 and step S003 in embodiment one.

[0071] A transmission analysis unit, which is used to perform transmission analysis on the acquired data segmentation packets, analyze the repeated data of the data segmentation packets during the parallel transmission process, select a transmission channel based on the type of repeated data, and perform transmission analysis in combination with the transmission efficiency of the transmission channel to generate transmission processing information and a secondary transmission analysis signal;

[0072] For the secondary transmission analysis signal, the data segmentation packet in the transmission channel is subjected to transmission analysis, and the repeated data in the data segmentation packet is compressed and transmitted, and transmission processing information is generated, and the generated transmission processing information is transmitted to the processing result output unit.

[0073] A processing result output unit is used to perform transmission processing on the power supply data according to the acquired environment switching information and transmission processing information.

[0074] Some of the data in the above formulas are numerically calculated by removing their dimensions. Meanwhile, the contents not described in detail in this specification belong to the prior art known to those skilled in the art.

[0075] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A method for processing power system power supply data transmission, characterized in that: The method specifically comprises the following steps: S001: classifying the acquired power supply data to obtain a data classification result, and adjusting the acquisition frequency according to the abnormal data obtained after the data classification to generate acquisition adjustment information; S002: performing transmission analysis on the acquired power supply data, and segmenting the power supply data according to different network environments to obtain data segmentation packets; S003: Acquire the real-time network environment, switch different transmission environments based on the packet loss rate during the transmission process, and generate environment switching information; S004: Perform transmission analysis on the data segmentation packets, perform transmission on the same type of transmission channel based on the types of repeated data in the data segmentation packets during parallel transmission, and analyze the transmission efficiency at the same time, and generate transmission processing information and secondary transmission analysis signals; S005: Based on the generated secondary transmission analysis signal, perform transmission analysis on the data segmentation packets in the transmission channel, compress and transmit the repeated data in the data segmentation packets, and generate transmission processing information.

2. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of generating the acquisition adjustment information in step S001 is: The power supply data is acquired and classified. The power supply data with errors is classified as abnormal data, and the power supply data without errors is classified as normal data. At the same time, the collection frequency of the abnormal data is acquired, and the collection frequency is integrated to obtain the collection frequency interval. Then the collection frequency interval is marked, and the collection adjustment information is generated.

3. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of segmenting the power supply data according to different network environments to obtain data segmentation packets in step S002 is: When the network environment is a Wi-Fi network environment, the periodic transmission rate corresponding to the Wi-Fi network environment in the time period t is obtained. If the periodic transmission rate is greater than the stable standard value, it indicates that the Wi-Fi network environment is in a stable state. If the periodic transmission rate is less than the stable standard value, it indicates that the Wi-Fi network environment is in an unstable state. The Wi-Fi network environment states corresponding to n time periods t are obtained, and the number ratio corresponding to the stable state is calculated. If the number ratio of the stable state is greater than the threshold, it indicates that the overall state of the Wi-Fi network environment is stable. The average of the periodic transmission rates of the n time periods t is calculated, and a segmentation standard is generated based on the calculated average. If the number ratio of the stable state is less than the threshold, it indicates that the overall state of the Wi-Fi network environment is unstable. The segmentation standard is generated based on the minimum periodic transmission rate corresponding to the time period t.

4. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of segmenting the power supply data according to different network environments to obtain data segmentation packets in step S002 is: When the network environment is a mobile data network environment, the average periodic transmission rate of the mobile data network environment within the time period t is calculated, and the calculated average periodic transmission rate is used as the segmentation standard; All the power supply data to be transmitted are obtained, and segmentation standards under different network environments are obtained, and the power supply data to be transmitted are segmented according to the corresponding segmentation standards to obtain data segmentation packages.

5. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of generating the environment switching information in step S003 is: The real-time network environment is obtained, and the power supply data is segmented based on the segmentation standard corresponding to the real-time network environment to obtain data segmentation packages. Then, the packet loss rate of the data segmentation packages during transmission in the real-time network environment is compared with the normal value. If the packet loss rate is greater than the normal value, it means that the current network environment has an impact on data transmission, and further environment switching information is generated. Otherwise, no processing is performed.

6. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of performing transmission analysis on the data segmentation packet in step S004 is: All transmission channels in the parallel transmission process are obtained, and the transmission channels are labeled as a, and a=1, 2, ..., b, where b represents the number of transmission channels. At the same time, the transmission information corresponding to the transmission channel a is obtained, and the transmission information here includes the capacity and data type of the transmitted data. Then, the corresponding data segmentation packets in the transmission channel a are analyzed, the duplicate data in the data segmentation packets are extracted, and the type of the duplicate data is determined. The specific determination method is: If there is only one type of duplicate data in the data segmentation package, the type of duplicate data is defined according to the corresponding data type; If there are multiple types of duplicate data in the data segmentation package, the data capacities corresponding to the different data types are obtained, and the duplicate data is defined according to the data type corresponding to the largest data capacity.

7. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of generating the transmission processing information and the secondary transmission analysis signal in step S004 is: Acquire transmission channels with the same type of repeated data, and mark the acquired transmission channels as channels to be analyzed. At the same time, mark the channels to be analyzed with large data capacity corresponding to the repeated data as target transmission channels a1, and mark the remaining channels to be analyzed as initial transmission channels a0, and then compare the transmission rate corresponding to the target transmission channel a1 with the transmission rate corresponding to the initial transmission channel a0; If the transmission rate of the target transmission channel a1 is greater than the transmission rate of the initial transmission channel a0, the corresponding repeated data will be transferred and transmission processing information will be generated. If the transmission rate of the target transmission channel a1 is less than the transmission rate of the initial transmission channel a0, no transmission transfer will be performed and a secondary transmission analysis signal will be generated.

8. The method for processing power system power supply data transmission according to claim 1, characterized in that: The specific method of generating the transmission processing information in step S005 is: Obtain the transmission channel corresponding to the secondary transmission analysis signal and record it as the self-processing channel, and at the same time obtain the corresponding data segmentation package in the self-processing channel, then obtain the repeated data in the data segmentation package, and label the repeated data as o, where o=1, 2, ..., p, where p represents the number of repeated data, and at the same time obtain the data capacity Lo corresponding to the repeated data o, and then judge the data capacity Lo; If the value corresponding to the data capacity Lo is an odd number, the odd-numbered data in the repeated data is obtained, and the frequency of occurrence of the odd-numbered data is calculated, and the frequency of occurrence is compared with the threshold, and then the odd-numbered data corresponding to the frequency of occurrence less than the threshold is selected as the symbol value to be processed, and the symbol value to be processed is converted into binary, and the binary character is obtained with the capacity mantissa value corresponding to the data capacity Lo, and a replacement module is generated with the obtained binary character, and then the transmission processing information is generated; If the value corresponding to the data capacity Lo is an even number, the even-numbered bits of the repeated data are obtained, and the processing method for the value being an odd number is similar, and transmission processing information is generated at the same time.

9. A processing system for power system power supply data transmission, used to execute the processing method for power system power supply data transmission according to any one of claims 1 to 8, characterized in that: include: Power supply data acquisition unit, adaptive processing unit, transmission analysis unit and processing result output unit; A power supply data acquisition unit, used for transmitting the acquired power supply data to the adaptive processing unit; The adaptive processing unit is used to segment the acquired power supply data, obtain data segmentation packets by segmenting the power supply data according to different network environments, switch the transmission network according to the transmission packet loss rate corresponding to the real-time network environment to generate environment switching information, and transmit the environment switching information to the processing result output unit, and transmit the data segmentation packets to the transmission analysis unit; A transmission analysis unit, used to perform transmission analysis on the acquired data segmentation packets, analyze the repeated data of the data segmentation packets during the parallel transmission process, select a transmission channel based on the type of repeated data, and perform transmission analysis in combination with the transmission efficiency of the transmission channel to generate transmission processing information and a secondary transmission analysis signal; For the secondary transmission analysis signal, the data segmentation packets in the transmission channel are subjected to transmission analysis, and repeated data in the data segmentation packets are compressed and transmitted, and transmission processing information is generated, and the generated transmission processing information is transmitted to the processing result output unit; The processing result output unit is used to perform transmission processing on the power supply data according to the acquired environment switching information and transmission processing information.

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