CN-121980433-A - Visual platform construction method and system for electric power intelligent equipment management

CN121980433ACN 121980433 ACN121980433 ACN 121980433ACN-121980433-A

Abstract

The application discloses a method and a system for building a visual platform for power intelligent equipment management, wherein the method comprises the steps of screening real-time key index data of power intelligent equipment corresponding to real-time management demand instructions from various real-time index data of the power intelligent equipment according to real-time management demand instructions sent by a user, judging whether abnormal differences exist between the real-time key index data and historical key index data, building a real-time visual platform corresponding to the real-time management demand instructions of the power intelligent equipment sent by the user based on the historical key index data if the abnormal differences exist between the real-time key index data and the historical key index data, otherwise building the real-time visual platform corresponding to the real-time management demand instructions of the power intelligent equipment sent by the user. The method has the advantages that the interference of abnormal real-time power intelligent equipment index data on building a real-time visual platform is eliminated, and the like.

Inventors

LI YANGHAO
ZHAO PENG
LIU CHANGSHENG
GUO SHUAI
WU YANWEI
Zhou Ruiye

Assignees

南方电网数字电网研究院股份有限公司

Dates

Publication Date: 20260505
Application Date: 20250930

Claims (10)

1. The visual platform construction method for the management of the electric intelligent equipment is characterized by comprising the following steps of: Collecting all real-time index data of the electric power intelligent equipment, and screening real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction from all real-time index data of the electric power intelligent equipment according to the real-time management demand instruction of the electric power intelligent equipment sent by a user; acquiring historical key index data of the power intelligent equipment corresponding to the real-time management demand instruction, and judging whether abnormal differences exist between the real-time key index data and the historical key index data; If abnormal differences exist between the real-time key index data and the historical key index data, a real-time visualization platform corresponding to a real-time management demand instruction, sent by the user, of the electric power intelligent equipment is built based on the historical key index data; If no abnormal difference exists between the real-time key index data and the historical key index data, a real-time visualization platform corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user is built based on the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction.
2. The visual platform construction method for power intelligent equipment management according to claim 1, further comprising the steps of: Predicting the real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction through the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction, and building a real-time visualization platform corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user based on the real-time key index data of the screened electric power intelligent equipment corresponding to the real-time management demand instruction when the difference amplitude between the predicted real-time key index data and the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction is smaller than a preset amplitude.
3. The visual platform construction method for power intelligent device management according to claim 1, wherein in the step of acquiring the history key index data of the power intelligent device corresponding to the real-time management demand instruction, and judging whether there is an abnormal difference between the real-time key index data and the history key index data, the judging method of whether there is an abnormal difference between the real-time key index data and the history key index data includes the following expression: wherein S n represents the nth real-time key index data, alpha n represents the weight of the nth real-time key index data, N is a positive integer, N represents the total number of the real-time key index data, H m represents the mth historical key index data, beta m represents the weight of the mth historical key index data, M is a positive integer, M represents the total number of the historical key index data, and sigma represents a preset constant.
4. The visual platform construction method for power intelligent equipment management according to claim 1, further comprising the steps of: Setting standard real-time index data for each real-time index data of the power intelligent equipment, when the difference value amplitude between at least one real-time index data and the set standard real-time index data exceeds a preset range in each real-time index data of the power intelligent equipment, sending out abnormal information of the index data of the power intelligent equipment, suspending operation of the power intelligent equipment with abnormal index data, and simultaneously scheduling the power intelligent equipment with normal index data in a power system to temporarily replace the power intelligent equipment with abnormal index data.
5. The visual platform construction method for power intelligent equipment management according to claim 1, further comprising the steps of: When the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction cannot be obtained, building a temporary visual platform based on the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction, verifying whether the temporary visual platform accords with the real-time management demand instruction of the electric power intelligent equipment sent by a user, if so, taking the temporary visual platform as the built real-time visual platform, otherwise, sending the information of the management of the electric power intelligent equipment to be optimized and upgraded to the user.
6. The method for constructing a visual platform for power intelligent device management according to claim 1, wherein in the step of collecting each item of real-time index data of a power intelligent device and filtering real-time key index data of the power intelligent device corresponding to the real-time management demand instruction from each item of real-time index data of the power intelligent device according to a real-time management demand instruction for the power intelligent device issued by a user, the method for filtering the real-time key index data of the power intelligent device corresponding to the real-time management demand instruction comprises the following expression: wherein D represents real-time management demand instruction data, G k represents kth real-time key index data of the electric power intelligent equipment, delta k represents acquisition errors of the kth real-time key index data of the electric power intelligent equipment, K is a positive integer and is more than or equal to 1 and less than or equal to K, K represents the total number of the real-time key index data of the electric power intelligent equipment, and omega represents a screening threshold value.
7. A visual platform of electric power smart machine management builds system, its characterized in that includes: The system comprises a real-time key index data screening module, a real-time data processing module and a real-time data processing module, wherein the real-time key index data screening module is used for acquiring various real-time index data of the electric power intelligent equipment and screening the real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction from the various real-time index data of the electric power intelligent equipment according to the real-time management demand instruction of the electric power intelligent equipment sent by a user; the abnormal difference judging module is used for acquiring historical key index data of the power intelligent equipment corresponding to the real-time management demand instruction and judging whether abnormal differences exist between the real-time key index data and the historical key index data or not; The first real-time visual platform building module is used for building a real-time visual platform corresponding to a real-time management demand instruction for the electric power intelligent equipment sent by the user based on the historical key index data if abnormal differences exist between the real-time key index data and the historical key index data; And the second real-time visual platform building module is used for building real-time key index data of the screened electric power intelligent equipment corresponding to the real-time management demand instruction and corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user if no abnormal difference exists between the real-time key index data and the historical key index data.
8. The visual platform construction system for power intelligent device management of claim 7, further comprising: And the real-time key index data prediction module is used for predicting the real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction through the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction, and when the difference amplitude between the predicted real-time key index data and the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction is smaller than a preset amplitude, a real-time visualization platform corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user is built based on the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction.
9. The visual platform construction system for power intelligent device management of claim 7, further comprising: The power intelligent equipment scheduling module is used for setting standard real-time index data for each real-time index data of the power intelligent equipment, when the difference value amplitude between at least one real-time index data and the set standard real-time index data in each real-time index data of the power intelligent equipment exceeds a preset range, sending out abnormal information of the index data of the power intelligent equipment, suspending operation of the power intelligent equipment with abnormal index data, and scheduling the power intelligent equipment with normal index data in a power system to temporarily replace the power intelligent equipment with abnormal index data.
10. The visual platform construction system for power intelligent device management of claim 7, further comprising: The temporary visual platform building module is used for building a temporary visual platform based on the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction when the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction cannot be obtained, verifying whether the temporary visual platform accords with the real-time management demand instruction of the electric power intelligent equipment sent by a user, if so, taking the temporary visual platform as the built real-time visual platform, otherwise, sending the information of the management required optimization upgrading of the electric power intelligent equipment to the user.

Description

Visual platform construction method and system for electric power intelligent equipment management Technical Field The application relates to the technical field of building an electric power visual platform, in particular to a visual platform building method and system for electric power intelligent equipment management. Background The visual platform can help users to quickly understand data rules, provides basis for decision making of the users, is widely applied to various industries, can meet different requirements of the users on power in the power industry according to the power requirements of the users, is generally built through a specific model built by related power intelligent equipment data in the related prior art, and is used for managing the power intelligent equipment. Disclosure of Invention The application provides a visual platform construction method and a visual platform construction system for electric power intelligent equipment management, which aim to optimize related prior technical schemes. In a first aspect, a method for building a visual platform for managing electric power intelligent equipment provided by an embodiment of the present application may include the following steps: Collecting all real-time index data of the electric power intelligent equipment, and screening real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction from all real-time index data of the electric power intelligent equipment according to the real-time management demand instruction of the electric power intelligent equipment sent by a user; acquiring historical key index data of the power intelligent equipment corresponding to the real-time management demand instruction, and judging whether abnormal differences exist between the real-time key index data and the historical key index data; If abnormal differences exist between the real-time key index data and the historical key index data, a real-time visualization platform corresponding to a real-time management demand instruction, sent by the user, of the electric power intelligent equipment is built based on the historical key index data; If no abnormal difference exists between the real-time key index data and the historical key index data, a real-time visualization platform corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user is built based on the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction. Through the technical scheme, the interference of the abnormal real-time power intelligent equipment index data on the construction of the real-time visual platform is effectively eliminated, the construction of the real-time visual platform meeting the real-time management requirements of the user is ensured, and the reliable guarantee is provided for the user to quickly and accurately know the current running state of the power intelligent equipment, so that the management of the power intelligent equipment can be optimized in time. The solution of the first aspect of the present application may be further configured in a preferred example to: The visual platform construction method for the management of the electric intelligent equipment can further comprise the following steps: Predicting the real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction through the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction, and building a real-time visualization platform corresponding to the real-time management demand instruction of the electric power intelligent equipment sent by the user based on the real-time key index data of the screened electric power intelligent equipment corresponding to the real-time management demand instruction when the difference amplitude between the predicted real-time key index data and the screened real-time key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction is smaller than a preset amplitude. According to the technology, before the real-time visual platform is built, the interference of the abnormal real-time power intelligent equipment index data on the real-time visual platform is further eliminated through the predicted real-time key index data of the power intelligent equipment corresponding to the real-time management demand instruction. The solution of the first aspect of the present application may be further configured in a preferred example to: In the step of obtaining the historical key index data of the electric power intelligent equipment corresponding to the real-time management demand instruction and judging whether the difference between the real-time key index data and