Electric power data processing system and processing method

Abstract

The invention discloses an electric power data processing system and method, and relates to the technical field of data processing, a connection port is arranged in an electric power management platform, the connection port is connected with a power grid data acquisition point, and electric power data information is acquired through the power grid data acquisition point; and transmitting the power data information to a power management platform for storage, setting a storage cloud surface in the power management platform, setting a regeneration cloud surface corresponding to the storage cloud surface, and regenerating the destroyed storage cloud unit in the storage cloud surface through the regeneration cloud surface. According to the method, when the storage cloud surface is not abnormal, the power data information in the storage cloud surface can be circulated to the regeneration cloud surface in time, a good data standby effect is achieved, when the storage cloud surface is abnormal, the power data information in the regeneration cloud surface can be reversely regenerated for the storage cloud surface, and the storage cloud surface can be reused. Data leakage caused by external unauthorized network access to the power data can be avoided, and a good data protection effect is achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of data processing, and particularly relates to a power data processing system and a processing method. Background Art

[0002] A power management platform is a platform for collecting, storing, and analyzing power data information of a power grid. The power grid is one of the most important layouts of the entire equipment, and the security of its data is an important part of power grid power processing. The leakage or tampering of power data may lead to the paralysis of the power grid, directly affecting people's livelihood and economic operation. Currently, in the process of power data processing, it is difficult to ensure the storage security of data, and when data security issues occur, it will affect the normal data, unable to guarantee the accuracy of the data, and there is no good data protection function. Summary of the Invention

[0003] The purpose of the present invention is to provide a power data processing system and a processing method to solve the deficiencies in the background art.

[0004] To achieve the above purpose, the present invention provides the following technical solution: A power data processing system, comprising: A collection module, configured to set a connection port in the power management platform, connect the connection port to a power grid data collection point, and obtain power data information through the power grid data collection point; A data processing module, connected to the collection module, configured to transmit the power data information to the power management platform for storage, set a storage cloud surface in the power management platform, set a regeneration cloud surface corresponding to the storage cloud surface, and regenerate the storage cloud units destroyed in the storage cloud surface through the regeneration cloud surface; A data analysis module, connected to the data processing module, configured to analyze the power data information in the power management platform and perform load regulation on the power grid according to the analysis results.

[0005] In a preferred embodiment, the collection module includes: A collection determination unit, configured to determine the power grid of the power collection object as the target power grid and determine multiple power grid data collection points in the target power grid; A connection unit, configured to connect the power grid data collection point to the connection port in the power management platform; A data collection unit, configured to collect power data information of the target power grid through the power grid data collection point.

[0006] In a preferred embodiment, the data processing module includes: A storage setting unit, configured to set a storage cloud surface in the power management platform, wherein the storage cloud surface is composed of multiple storage cloud units; A regeneration setting unit for correspondingly storing a cloud surface setting to regenerate a cloud surface, and setting a regeneration sub between the regenerated cloud surface and the stored cloud surface; A transmission unit for a power grid data acquisition point to transmit power data information to a stored cloud surface in a power management platform for storage; A judgment unit for, when there is an unauthorized port accessing the stored cloud surface, determining the stored cloud unit corresponding to the unauthorized port access as an abnormal stored cloud unit, destroying the abnormal stored cloud unit, and regenerating data of the destroyed abnormal stored cloud unit through a regeneration sub.

[0007] In a preferred embodiment, the storage setting unit includes: A layout unit for demarcating a storage space in the power management platform, and performing a planar layout on the storage structure of the storage space to obtain a cloud surface; A division unit for dividing the cloud surface to obtain a plurality of stored cloud units, the plurality of stored cloud units being connected to each other, and respectively configuring corresponding access layers for the plurality of stored cloud units, wherein the access layer is a data layer provided outside the corresponding stored cloud unit, to obtain a stored cloud surface.

[0008] In a preferred embodiment, the regeneration setting unit includes: A regeneration layout unit for correspondingly setting a regenerated cloud surface in the power management platform according to the cloud surface of the stored cloud surface; A regeneration division unit for dividing the regenerated cloud surface according to the stored cloud units in the stored cloud surface to obtain a plurality of regeneration units; A space layout unit for corresponding between the regeneration units and the corresponding stored cloud units, and setting a transfer space for each pair of regeneration units and stored cloud units, and each pair of regeneration units and the corresponding stored cloud units are both in the transfer space; A transfer setting unit for setting a picking layout in the transfer space, the picking layout being composed of a plurality of replication points, allocating corresponding replication ranges for each replication point, and setting a transmission channel corresponding to each replication point in the transfer space, the transmission channel being annular, to obtain a regeneration sub.

[0009] In a preferred embodiment, the judgment unit includes: A real-time preparation unit for copying the power data information in the corresponding stored cloud unit through the plurality of replication points of the picking layout, transmitting the plurality of replication points of the picking layout in the transfer space to the corresponding regeneration units through the corresponding transmission channels to store the power data information, and then transmitting the power data information to the stored cloud unit through the annular transmission channel of the picking layout for copying, and continuously circulating; Anomaly analysis unit, which is used to record the connection ports and corresponding power grid data acquisition points through the access layer. When there are network ports other than the power grid data acquisition points as unauthorized ports, when the unauthorized ports connect to the access layer, the storage cloud unit inside the access layer is used as an abnormal storage cloud unit; Reverse regeneration unit, which is used to destroy the abnormal storage cloud unit, reversely copy the power data information in the regeneration unit to the abnormal storage cloud unit through the extraction layout, complete the regeneration of the power data information of the abnormal storage cloud unit, and analyze the security index of data storage in real time during the storage process of the power data information. Specifically: , where is the security index of power data information storage, is the number of times of the existence of abnormal storage cloud units, is the weight coefficient of the abnormal storage cloud unit with the most abnormal situations in terms of the number of times, is the maximum number of times of abnormal situations in the storage cloud unit, is the average time interval of the appearance of abnormal storage cloud units. The larger the value of the security index of power data information storage, the lower the data security.

[0010] In a preferred embodiment, the data analysis module includes: Standard setting unit, which is used to set the load standard data of the target power grid, compare and analyze the power data information in the power management platform with the load standard data, and obtain the analysis result. Among them, the analysis result includes the power data type and the power data difference value; Analysis unit, which is used to perform load regulation on the power data information that does not meet the load standard data according to the analysis result; It should be noted that there are standard load data when the target power grid is operating. To ensure the safety of power grid data and operation, it is necessary to collect power grid power data in real time for real-time analysis, compare the real-time collected power data information with the load standard data, and adjust the power grid according to the analysis result to ensure the safe operation of the power grid.

[0011] The present invention also provides a power data processing method, including: Set connection ports in the power management platform, connect the connection ports with the power grid data acquisition points, and obtain power data information through the power grid data acquisition points; Transmit the power data information to the power management platform for storage, set a storage cloud surface in the power management platform, set a regeneration cloud surface corresponding to the storage cloud surface, and regenerate the storage cloud units destroyed in the storage cloud surface through the regeneration cloud surface; Analyze the power data information in the power management platform, and perform load regulation on the power grid according to the analysis result.

[0012] In the above technical solution, the technical effects and advantages provided by the present invention are as follows: When there is no abnormality in the storage cloud surface, the present invention can timely circulate the power data information in the storage cloud surface to the regeneration cloud surface, which has a good data backup function. When an abnormality occurs in the storage cloud surface, the power data information in the regeneration cloud surface can be used to regenerate the storage cloud surface in reverse, which can avoid data leakage caused by unauthorized external network access to power data and has a good data protection function. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments recorded in the present invention. For those of ordinary skill in the art, other drawings can also be obtained based on these drawings.

[0014] Figure 1 It is the system block diagram of the present invention.

[0015] Figure 2 It is the method flow chart of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0016] To make the objectives, technical solutions, and advantages of the embodiments of the present invention clearer, the following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention. Obviously, the described embodiments are some, but not all, of the embodiments of the present invention. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts shall fall within the protection scope of the present invention.

[0017] Example 1, please refer to Figure 1 As shown, a power data processing system described in this embodiment includes: An acquisition module, which is used to set a connection port in the power management platform, connect the connection port to the power grid data acquisition point, and obtain power data information through the power grid data acquisition point; A data processing module, connected to the acquisition module, which is used to transmit the power data information to the power management platform for storage. A storage cloud surface is set in the power management platform, and a regeneration cloud surface is set corresponding to the storage cloud surface, and the storage cloud units destroyed in the storage cloud surface are regenerated through the regeneration cloud surface; A data analysis module, connected to the data processing module, which is used to analyze the power data information in the power management platform and adjust the load of the power grid according to the analysis results; In one embodiment, the acquisition module includes: A collection determination unit for determining the power grid of the power collection object as the target grid and determining multiple grid data collection points in the target grid; A connection unit for connecting the grid data collection points to the connection ports in the power management platform; A data collection unit for collecting power data information of the target grid through the grid data collection points; It should be noted that during the operation of the grid, real-time data monitoring needs to be carried out on it, and then the grid can be adaptively adjusted through the monitored power data information to ensure the safety and stability of the grid operation. Multiple connection ports are set in the power management platform. The connection ports are used to connect to the grid data collection points, and at the same time, the data in the power management platform can also be accessed and obtained through the data ports. Such connection ports are authorized ports. The power data information of the grid is collected in real time through the grid data collection points, and then the power data information can be transmitted to the power management platform for storage; In one embodiment, the data processing module includes: A storage setting unit for setting a storage cloud surface in the power management platform, where the storage cloud surface is composed of multiple storage cloud units; A regeneration setting unit for correspondingly setting a regeneration cloud surface for the storage cloud surface and setting a regeneration sub between the regeneration cloud surface and the storage cloud surface; A transmission unit for the grid data collection points to transmit the power data information to the storage cloud surface in the power management platform for storage; A judgment unit for, when there is an unauthorized port accessing the storage cloud surface, determining the storage cloud unit corresponding to the unauthorized port access as an abnormal storage cloud unit, destroying the abnormal storage cloud unit, and regenerating the data of the destroyed abnormal storage cloud unit through the regeneration sub.

[0018] In one embodiment, the storage setting unit includes: A layout unit for demarcating a storage space in the power management platform and performing a planar layout of the storage structure of the storage space to obtain a cloud surface; A division unit for dividing the cloud surface to obtain multiple storage cloud units. The multiple storage cloud units are connected to each other, and corresponding access layers are respectively configured for the multiple storage cloud units. Among them, the access layer is a data layer set outside the corresponding storage cloud unit to obtain the storage cloud surface; In one embodiment, the regeneration setting unit includes: A regeneration layout unit for correspondingly setting the same regeneration cloud surface as the cloud surface of the storage cloud surface in the power management platform; A regeneration division unit for dividing the regeneration cloud surface according to the storage cloud units in the storage cloud surface to obtain multiple regeneration units; A spatial layout unit for corresponding between a regeneration unit and a corresponding storage cloud unit, and a transfer space is set for each pair of the regeneration unit and the storage cloud unit, and each pair of the regeneration unit and the corresponding storage cloud unit is located in the transfer space; A transfer setting unit for setting a picking layout in the transfer space. The picking layout consists of multiple replication points, and a corresponding replication range is assigned to each replication point. A transmission channel corresponding to each replication point is set in the transfer space, and the transmission channel is in a ring shape to obtain a regeneration sub-unit; In one embodiment, the determination unit includes: A real-time preparation unit for copying the power data information in the corresponding storage cloud unit through multiple replication points of the picking layout, and transmitting the multiple replication points of the picking layout in the transfer space to the corresponding regeneration unit through the corresponding transmission channels to store the power data information, and then the ring-shaped transmission channel of the picking layout transmits to the storage cloud unit for copying the power data information, and continues to cycle; An anomaly analysis unit for recording the connection ports and the corresponding power grid data acquisition points through the access layer. When there is a network port other than the power grid data acquisition point as an unauthorized port, when the unauthorized port connects to the access layer, the storage cloud unit inside the access layer is regarded as an abnormal storage cloud unit; A reverse regeneration unit for destroying the abnormal storage cloud unit, and reversely copying the power data information in the regeneration unit to the abnormal storage cloud unit through the picking layout to complete the regeneration of the power data information of the abnormal storage cloud unit; It should be noted that the power management platform is a platform for collecting, storing, and analyzing the power data information of the power grid. The power grid is one of the most important layouts of the entire equipment, and the security of its data is an important part of power grid power processing. The leakage or tampering of power data may lead to the paralysis of the power grid, directly affecting people's livelihood and economic operation. To ensure data security, a storage device is set in the power management platform. The storage structure layout of this storage device is flat, and data can be stored flat in the data storage device. As the storage cloud surface, multiple storage ranges are divided for the storage cloud surface to obtain multiple storage cloud units. In this way, when data protection is carried out subsequently, data destruction and regeneration can be carried out in different ranges, which can improve the efficiency of data protection and regeneration efficiency, avoid affecting the storage of the entire power data information, and can perform data security processing distributively. To determine the storage cloud unit accessed by an unauthorized port, an access layer is set outside each storage cloud unit. The access layer wraps the corresponding storage cloud unit, and multiple storage cloud units are interconnected and can communicate with each other. The access layer is a data layer. When accessing a storage cloud unit, it is necessary to pass through the access layer. Then, a corresponding regeneration cloud surface is set for the storage cloud surface. The regeneration cloud surface is not connected to the external network. The only connection is the extraction layout, and the extraction layout is located between the storage cloud surface and the regeneration cloud surface and is only connected to the extraction layout. Therefore, the regeneration cloud surface can be isolated from the outside. The regeneration cloud surface itself has a relatively high security level in the database. There is no network connection relationship between the regeneration cloud surface and the outside. The regeneration cloud surface and the storage cloud surface have the same storage structure, but there is no access layer. To explain the storage relationship for the convenience of people's understanding, it is introduced here that in the transfer space, the regeneration cloud surface is equivalent to the lower position inside the transfer space, and the storage cloud surface is at the upper position inside the transfer space. The transmission channel connects the upper and lower regeneration cloud surfaces and storage cloud surfaces in series. The extraction layout circulates in the transmission channel, continuously carrying data between the regeneration cloud surface and the storage cloud surface. When there is no abnormality in the storage cloud surface, the extraction layout copies the data in the storage cloud surface and transports the power data information to the regeneration cloud surface in real time. The extraction layout continuously circulates in the transmission channel and continuously copies and transports the power data information in the storage cloud unit to the regeneration cloud surface. The extraction layout here is composed of multiple replication points, and the replication points are data-carrying ports. Multiple replication points are in a connected state, and their network positions are fixed. The replication points are transmitted in their respective transmission channels, and the positions of multiple transmission channels are determined. The number of storage cloud units and regeneration units is the same and they correspond one by one. Each pair of storage cloud units and regeneration units has a corresponding regeneration sub-unit, and the regeneration sub-unit includes the transfer space between each pair of storage cloud units and regeneration units, the transmission channels of multiple replication points, and the extraction layout. When there is a network port other than the power grid data collection point as an unauthorized port, when the unauthorized port connects to the access layer, the storage cloud unit inside the access layer is regarded as an abnormal storage cloud unit.At this time, it has not yet or has just come into contact with the storage cloud unit. In order to prevent data from being continuously acquired and accessed, the abnormal storage cloud unit is directly destroyed, and this access area no longer exists. Therefore, the access from external networks can be directly disconnected. Then, through the extraction panel, the power data information in the regeneration unit is reversely copied into the abnormal storage cloud unit. The extraction panel continues to circulate and transmit in the transmission channel. However, the extraction panel reversely transports the copied power data information in the regeneration unit to the destroyed abnormal storage cloud unit to complete the regeneration of the power data information of the abnormal storage cloud unit. During the data storage process, the security index of data storage is analyzed in real time. Specifically: , where is the security index for the storage of power data information, is the number of times the abnormal storage cloud unit exists, is the weight coefficient of the abnormal storage cloud unit with the most abnormal situations among the number of times with the most abnormal situations, is the number of times with the most abnormal situations in the storage cloud unit, is the average time interval for the occurrence of the abnormal storage cloud unit. The larger the value of the security index of data storage, the lower the data security. Since the power data information in the storage cloud surface is continuously increasing, the data in the storage cloud surface needs to be continuously transferred to the regeneration cloud surface to ensure the real-time and integrity of the data in the regeneration cloud surface. When there is no abnormality in the storage cloud surface, the power data information in the storage cloud surface can be cycled to the regeneration cloud surface in a timely manner, which has a good data backup function. When an abnormality occurs in the storage cloud surface, the power data information in the regeneration cloud surface can be used to reversely regenerate the storage cloud surface, which can prevent data leakage caused by unauthorized external network access to power data and has a good data protection function; In one embodiment, the data analysis module includes: A standard formulation unit for formulating the load standard data of the target power grid, comparing and analyzing the power data information in the power management platform with the load standard data, and obtaining an analysis result. Among them, the analysis result includes the power data type and the power data difference value; An analysis unit for performing load regulation on the power data information that does not meet the load standard data according to the analysis result; It should be noted that the target power grid has standard load data during operation settings. To ensure the safety of power grid data and operation, it is necessary to collect power grid power data in real time for real-time analysis, compare the real-time collected power data information with the load standard data, and adjust the power grid according to the analysis result to ensure the safe operation of the power grid.

[0019] Embodiment 2. Please refer to Figure 2 As shown, the power data processing method described in this embodiment includes: S1. Set up a connection port in the power management platform, connect the connection port to the power grid data acquisition point, and obtain power data information through the power grid data acquisition point; S2. Transmit the power data information to the power management platform for storage. Set up a storage cloud surface in the power management platform, and set up a regeneration cloud surface corresponding to the storage cloud surface. Regenerate the storage cloud units destroyed in the storage cloud surface through the regeneration cloud surface; S3. Analyze the power data information in the power management platform, and adjust the load of the power grid according to the analysis results; As described in the above steps S1 - S3, when there is no abnormality in the storage cloud surface, the power data information in the storage cloud surface can be timely cycled to the regeneration cloud surface, which has a good data backup function. When an abnormality occurs in the storage cloud surface, the power data information in the regeneration cloud surface can be used to regenerate the storage cloud surface in reverse, which can avoid data leakage caused by unauthorized external network access to power data and has a good data protection function.

[0020] The above is only the specific implementation manner of the present application, but the protection scope of the present application is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present application can easily think of changes or substitutions, which should all be covered by the protection scope of the present application. Therefore, the protection scope of the present application should be subject to the protection scope of the claimed rights.

Claims

1. A power data processing system, characterized in that, Including: A collection module, which is used to set a connection port in the power management platform, connect the connection port with the grid data collection point, and obtain power data information through the grid data collection point; A data processing module, connected to the collection module, which is used to transmit the power data information to the power management platform for storage, set a storage cloud surface in the power management platform, set a regeneration cloud surface corresponding to the storage cloud surface, and regenerate the storage cloud units destroyed in the storage cloud surface through the regeneration cloud surface; A data analysis module, connected to the data processing module, which is used to analyze the power data information in the power management platform and regulate the load of the power grid according to the analysis results.

2. The power data processing system according to claim 1, wherein: The collection module includes: A collection determination unit, which is used to determine the power collection object grid as the target grid and determine multiple grid data collection points in the target grid; A connection unit, which is used to connect the grid data collection point with the connection port in the power management platform; A data collection unit, which is used to collect the power data information of the target grid through the grid data collection point.

3. A power data processing system according to claim 1, characterized in that: The data processing module includes: A storage setting unit, which is used to set a storage cloud surface in the power management platform, where the storage cloud surface is composed of multiple storage cloud units; A regeneration setting unit, which is used to set a regeneration cloud surface corresponding to the storage cloud surface and set a regeneration sub between the regeneration cloud surface and the storage cloud surface; A transmission unit, which is used to transmit the power data information from the grid data collection point to the storage cloud surface in the power management platform for storage; A judgment unit, which is used to determine the storage cloud unit corresponding to the unauthorized port access as an abnormal storage cloud unit and destroy the abnormal storage cloud unit if there is unauthorized port access to the storage cloud surface, and regenerate the data of the destroyed abnormal storage cloud unit through the regeneration sub.

4. A power data processing system according to claim 3, characterized in that: The storage setting unit includes: A layout unit, which is used to delimit a storage space in the power management platform and perform a planar layout of the storage structure of the storage space to obtain a cloud surface; A division unit, which is used to divide the cloud surface to obtain multiple storage cloud units. The multiple storage cloud units are connected to each other, and corresponding access layers are configured for the multiple storage cloud units respectively. Among them, the access layer is a data layer set outside the corresponding storage cloud unit to obtain the storage cloud surface.

5. A power data processing system according to claim 4, characterized in that: The regeneration setting unit includes: A regeneration layout unit, which is used to set the same regeneration cloud surface corresponding to the cloud surface of the storage cloud surface in the power management platform; A regeneration division unit, which is used to divide the regeneration cloud surface according to the storage cloud units in the storage cloud surface to obtain multiple regeneration units; A space layout unit, which is used to correspond between the regeneration units and the corresponding storage cloud units, and set a transfer space for each pair of regeneration units and storage cloud units. Each pair of regeneration units and the corresponding storage cloud units are in the transfer space; A transfer setting unit, which is used to set a picking layout in the transfer space. The picking layout is composed of multiple replication points, allocate corresponding replication ranges for each replication point, and set a transmission channel corresponding to each replication point in the transfer space. The transmission channel is in a ring shape to obtain the regeneration sub.

6. A power data processing system according to claim 5, characterized in that: The judgment unit includes: A real-time preparation unit, which is used to copy the power data information in the corresponding storage cloud unit by picking multiple copy points on the layout, pick multiple copy points on the layout in the transmission space and transmit them to the corresponding regeneration unit through the corresponding transmission channels to store the power data information, and then pick the transmission channels in the layout ring and transmit them to the storage cloud unit to copy the power data information, and continuously cycle; An anomaly analysis unit, which is used to record the connection ports and the corresponding power grid data collection points through the access layer. When there are network ports other than the power grid data collection points as unauthorized ports, when the unauthorized ports connect to the access layer, the storage cloud unit inside the access layer is used as an abnormal storage cloud unit; A reverse regeneration unit, which is used to destroy the abnormal storage cloud unit, and reversely copy the power data information in the regeneration unit to the abnormal storage cloud unit through the layout to complete the regeneration of the power data information in the abnormal storage cloud unit.

7. A power data processing system according to claim 1, characterized in that: The data analysis module includes: A standard setting unit, which is used to set the load standard data of the target power grid, compare and analyze the power data information in the power management platform with the load standard data, and obtain the analysis result. Among them, the analysis result includes the power data type and the power data difference value; An analysis unit, which is used to perform load regulation on the power data information that does not meet the load standard data according to the analysis result; It should be noted that there are standard load data when the target power grid is in operation settings. In order to ensure the safety of power grid data and operation, it is necessary to collect power grid power data in real time for real-time analysis, compare the real-time collected power data information with the load standard data, and adjust the power grid according to the analysis result to ensure the safe operation of the power grid.

8. A method for processing power data, which is used to implement a power data processing system according to any one of claims 1-7, characterized in that, It includes: Set connection ports in the power management platform, connect the connection ports with the power grid data collection points, and obtain power data information through the power grid data collection points; Transmit the power data information to the power management platform for storage. Set a storage cloud surface in the power management platform, set a regeneration cloud surface corresponding to the storage cloud surface, and regenerate the storage cloud unit destroyed in the storage cloud surface through the regeneration cloud surface; Analyze the power data information in the power management platform, and perform load regulation on the power grid according to the analysis result.

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