Monitoring system based on power control transmission and distribution

Abstract

The invention discloses a monitoring system based on power control transmission and distribution, and particularly relates to the field of power transmission and distribution, the monitoring system comprises a monitoring unit, and the monitoring unit comprises an initial end monitoring module used for obtaining initial end power transmission and a tail end monitoring module used for obtaining terminal power reception. According to the invention, the data generation module generates the corresponding marking strip-shaped dynamic graph, the alarm module generates the corresponding alarm signal according to the error report, the abnormal data can be displayed through the parameter display module, and meanwhile, the alarm module can be used for reminding, so that workers can be reminded as much as possible to quickly process, and the working efficiency is improved. Through marking abnormal data, a worker can conveniently and rapidly process the corresponding use end and the base station, the data is rapidly sorted through the data acquisition module and the data sorting module, and the specific data of the initial data and the terminal data in the time period is displayed through the parameter display module. And the bar-shaped dynamic graph is convenient for workers to inquire and record.

Description

Technical Field

[0001] The present invention relates to the field of power transmission and distribution, and in particular to a monitoring system based on power control transmission and distribution. Background Art

[0002] Power transmission and distribution are important components of the power system, mainly including the transmission and distribution process of electric energy from power plants to end users. Usually, during power transmission and distribution, a monitoring system is needed to monitor the power transmission data of distribution and transmission. However, in power transmission monitoring, since power transmission corresponds to the user end, when the user end uses electricity, the power transmission data is not constant due to different time periods and different power of electrical appliances. As a result, although the existing power monitoring system can monitor specific data, it cannot determine whether there is any abnormality in power transmission. Therefore, a monitoring system based on power control, transmission and distribution is needed to solve the above problems. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the prior art. Usually, when electric power is transmitted and distributed, a monitoring system is needed to monitor the electric power transmission data of the distribution and transmission. However, in the electric power transmission monitoring, since the electric power transmission corresponds to the user end, when the user end uses the electric power, the electric power transmission data is not constant due to different time periods and different power of electrical appliances. As a result, although the existing electric power monitoring system can monitor specific data, it cannot determine whether there is any abnormality in the electric power transmission, etc., and a monitoring system based on electric power control, transmission and distribution is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A monitoring system based on electric power control, transmission and distribution, comprises a monitoring unit, wherein the monitoring unit comprises an initial monitoring module for obtaining initial-end electric power transmission and a terminal monitoring module for obtaining terminal electric power reception, the initial monitoring module is electrically connected to a monitoring and analysis unit for analyzing initial-end data and terminal data, the monitoring and analysis unit is electrically connected to the terminal monitoring module, the monitoring and analysis unit is electrically connected to an error reporting module for generating error reports, the error reporting module is electrically connected to a data generating module for obtaining error data and analyzing data and generating dynamic data, the data generating module is electrically connected to an alarm module for reminding, the monitoring and analysis unit is electrically connected to a data acquisition module for collecting real-time data of the monitoring and analysis unit, the data acquisition module is electrically connected to a data collating module for collating the collected data, the data collating module is electrically connected to a parameter display module for displaying specific parameters, and the parameter display module is electrically connected to the alarm module.

[0006] The present invention is further configured as follows: the initial-end monitoring module monitors the data transmitted by the power output base station and records it as initial data; the terminal monitoring module monitors the user-end data of the power output of the base station to the user end and records it as terminal data; and the initial-end data and the terminal data are recorded correspondingly; the monitoring and analysis module analyzes the initial-end data, the terminal data and the corresponding time period, and analyzes whether there is abnormal data between the initial-end data and the terminal data.

[0007] The present invention is further configured as follows: when there is no abnormality in the data monitored by the monitoring and analysis module, the data acquisition module receives the time period data, initial data and terminal data of the monitoring and analysis unit, the data sorting module analyzes and sorts the time period data, initial data and terminal data collected by the data acquisition module to obtain the initial data and terminal data monitored by the corresponding time period data, and the parameter display module generates and displays a bar dynamic graph based on the initial data and terminal data monitored by the corresponding time period data.

[0008] The present invention is further configured as follows: when the data monitored by the monitoring and analysis module is abnormal, the error reporting module will receive the time period data, initial data and terminal data of the monitoring and analysis unit, and organize and mark the time period data, initial data and terminal data; the data generation module will generate a corresponding marked bar dynamic graph based on the time period data, initial data and terminal data after organization and marking; the alarm module will generate a corresponding alarm signal for the error report; and the parameter display module will display the bar dynamic graph marked by the data generation module.

[0009] The present invention is further configured as follows: the monitoring and analysis unit includes a time period monitoring module for monitoring a time period, the time period monitoring module is electrically connected to a prediction module for predicting power data used in a time period, the prediction module is electrically connected to a simulation module for simulating power trends in subsequent time periods, the simulation module is electrically connected to an evaluation module for evaluating based on the prediction data of the prediction module and the simulation data of the simulation module, the evaluation module is electrically connected to a real-time acquisition module for acquiring initial data and terminal data, and the real-time acquisition module is electrically connected to an analysis module for analyzing based on the evaluation data and the real-time data.

[0010] The present invention is further configured as follows: the time period monitoring module monitors the current specific time in real time; the prediction module predicts the power used in the current subsequent time period based on the power used in the past time period and the power used by the basic settings, and records it as prediction data; the simulation module simulates the power usage trend of the subsequent time period according to the prediction data predicted by the prediction module, and records it as simulation data; the evaluation module evaluates the simulation data and the prediction data, evaluates the maximum power data and the minimum power data of the time period corresponding to the simulation data and the prediction data, and records it as evaluation data; the real-time acquisition module acquires the evaluation data, initial data and terminal data, and makes the evaluation data, initial data and terminal data correspond to the corresponding time, and records it as acquisition data; the analysis module performs analysis based on the acquisition data acquired by the real-time acquisition module.

[0011] The present invention is further configured as follows: the analysis module analyzes whether the terminal data is in the process of using electricity, whether the initial monitoring module monitors the use of electricity, and whether the terminal monitoring module monitors the use of electricity. When the initial monitoring module monitors power transmission and the terminal monitoring module has no power use, it is defined as abnormal data. When the initial monitoring module monitors power transmission and the terminal monitoring module has power use, it analyzes whether the initial data is between the maximum power data and the minimum power data in the evaluation data, and analyzes whether the terminal data is between the maximum power data and the minimum power data in the evaluation data. When the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data. When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

[0012] The present invention is further configured as follows: the specific operation of the monitoring unit includes the following steps:

[0013] S1. Use the initial monitoring module and the terminal monitoring module to monitor the power output data and the power usage data respectively, and use the monitoring and analysis unit to analyze the data to determine whether there are any data anomalies, and use the parameter display module to display the data;

[0014] S2. The monitoring unit performs data analysis through time period data, forecast data, simulation data, evaluation data and real-time data.

[0015] The present invention is further configured as follows: in step S1:

[0016] 1) The initial monitoring module monitors the power output data of the base station, and the terminal monitoring module monitors the power usage data of the power user end, and the monitoring and analysis unit performs power data analysis on the initial data and the terminal data;

[0017] 2) When the monitoring and analysis unit analyzes and obtains abnormal data, the error reporting module will sort out the marked period data, initial data and terminal data, the data generation module will generate the corresponding marked bar dynamic graph, the alarm module will generate the corresponding alarm signal for the error report, and the parameter display module will generate and display the marked bar dynamic graph;

[0018] 3) When the monitoring and analysis unit analyzes that there is no abnormal data, the data acquisition module acquires data, the data sorting module analyzes and sorts the data acquired by the data acquisition module to obtain the data monitored by the corresponding time period, and the parameter display module generates and displays a bar dynamic graph based on the corresponding time period and monitoring data.

[0019] The present invention is further configured as follows: in step S2:

[0020] 1) The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period, the simulation module simulates the power usage trend in the subsequent time period, the evaluation module evaluates the maximum power data and minimum power data of the time period corresponding to the simulation data and the prediction data, and the real-time acquisition module obtains the evaluation data, initial data and terminal data, and the analysis module analyzes the acquired data obtained by the real-time acquisition module;

[0021] 2) When the initial monitoring module detects power transmission but the terminal monitoring module does not use power, it is defined as abnormal data;

[0022] 3) When the initial monitoring module detects power transmission and the terminal monitoring module has power usage, the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data;

[0023] 4) When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

[0024] The beneficial effects of the present invention are:

[0025] The present invention performs data analysis on the initial data and the terminal data through the monitoring and analysis unit, and analyzes the maximum power data and the minimum power data that can be generated according to the real-time time and the predicted evaluation to determine whether there is abnormal data. When the data monitored by the monitoring and analysis module is abnormal, the time period data, the initial data and the terminal data of the monitoring and analysis unit are received through the error reporting module, and the time period data, the initial data and the terminal data are sorted and marked, and the data are recorded and marked, so as to achieve the effect of reminder. At the same time, the corresponding marked bar dynamic graph is generated through the data generation module, and the corresponding alarm signal is generated through the error report through the alarm module, so that not only the abnormal data can be displayed through the parameter display module, but also the abnormal data can be displayed through the error reporting module. The alarm module is used to remind the staff to handle the problem quickly as much as possible, and the abnormal data is marked to facilitate the staff to quickly handle the corresponding user end and base station. When the data monitored by the monitoring and analysis module is normal, the corresponding data acquisition module and data sorting module are used to quickly sort the data, and the parameter display module is used to display the specific data of the time period where the initial data and the terminal data are located. The bar dynamic chart is used to facilitate staff to query and record. The time period monitoring module can obtain the specific time of real-time monitoring, and the prediction module can predict the power used in the current subsequent time period through the power used in the past time period and the power used by the basic settings. The power consumption end is budgeted with electricity, and the power usage trend of subsequent time periods is simulated through the simulation module, so as to more clearly mark the corresponding time period and the corresponding power data. The simulation data and the predicted data are evaluated through the evaluation module, and the maximum power data and the minimum power data of the time period corresponding to the simulation data and the predicted data are evaluated. The evaluation data, the initial data and the terminal data are acquired by the real-time acquisition module, and the acquisition data acquired by the real-time acquisition module are analyzed through the analysis module. The initial data, the terminal data and the evaluation data are analyzed through the analysis module. When the initial monitoring module detects that the power is transmitted and the terminal monitoring module has no power usage, it means that the power is transmitted normally but the terminal has not used the power, and the initial When the end monitoring module detects power transmission and the terminal monitoring module has power usage, the power usage of the initial end data and the terminal data is analyzed with the evaluation data. When the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, when the terminal data is less than the minimum data, it means that the power loss between the base point and the usage end is large, and when the terminal data is greater than the maximum data, it means that the power usage at the usage end is abnormal, and when the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it indicates normal power transmission and normal power usage. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1It is a schematic diagram of a monitoring unit system flow of a monitoring system based on power control transmission and distribution in the present invention;

[0027] Figure 2 It is a schematic diagram of the system flow of a monitoring and analysis unit of a monitoring system based on power control, transmission and distribution in the present invention. DETAILED DESCRIPTION

[0028] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0029] like Figure 1-2 As shown, a monitoring system based on electric power control transmission and distribution includes a monitoring unit, the monitoring unit includes an initial monitoring module for obtaining initial end power transmission and a terminal monitoring module for obtaining terminal power reception, the initial monitoring module is electrically connected to a monitoring and analysis unit for analyzing initial end data and terminal data, the monitoring and analysis unit is electrically connected to the terminal monitoring module, the monitoring and analysis unit is electrically connected to an error reporting module for generating error reports, the error reporting module is electrically connected to a data generating module for obtaining error data and analyzing data and generating dynamic data, the data generating module is electrically connected to an alarm module for reminding, the monitoring and analysis unit is electrically connected to a data acquisition module for collecting real-time data of the monitoring and analysis unit, the data acquisition module is electrically connected to a data collating module for collating the collected data, the data collating module is electrically connected to a parameter display module for displaying specific parameters, and the parameter display module is electrically connected to the alarm module;

[0030] The initial monitoring module monitors the data transmitted by the power output base station and records it as the initial data. The terminal monitoring module monitors the user-end data of the power output of the base station to the user end and records it as the terminal data. The initial data and the terminal data are recorded in correspondence. The monitoring and analysis module analyzes the initial data, the terminal data and the corresponding time period to analyze whether there is any abnormal data between the initial data and the terminal data.

[0031] When the data monitored by the monitoring and analysis module is normal, the data acquisition module receives the time period data, initial data and terminal data of the monitoring and analysis unit, the data sorting module analyzes and sorts the time period data, initial data and terminal data collected by the data acquisition module, and obtains the initial data and terminal data monitored by the corresponding time period data, and the parameter display module generates and displays a bar dynamic graph according to the initial data and terminal data monitored by the corresponding time period data;

[0032] When the data monitored by the monitoring and analysis module is abnormal, the error reporting module will receive the time period data, initial data and terminal data of the monitoring and analysis unit, and sort out and mark the time period data, initial data and terminal data. The data generation module will generate a corresponding marked bar dynamic graph according to the sorted and marked time period data, initial data and terminal data. The alarm module will generate a corresponding alarm signal according to the error report, and the parameter display module will display the bar dynamic graph marked by the data generation module.

[0033] Through the above embodiment, the initial data and the terminal data are analyzed by the monitoring and analysis unit, and the maximum power data and the minimum power data that can be generated according to the real-time time and the predicted evaluation are analyzed to see whether there is abnormal data. When the data monitored by the monitoring and analysis module is abnormal, the time period data, the initial data and the terminal data of the monitoring and analysis unit are received by the error reporting module, and the time period data, the initial data and the terminal data are sorted and marked, and the data is recorded and marked, so as to achieve the effect of reminder. At the same time, the corresponding marked bar dynamic graph is generated by the data generation module, and the corresponding alarm signal is generated by the error report through the alarm module, so that not only the abnormal data can be displayed through the parameter display module, but also the alarm module can be used for reminder, so as to remind the staff to handle it quickly as much as possible, and by marking the abnormal data, the staff can quickly handle the corresponding user and base station. When the data monitored by the monitoring and analysis module is not abnormal, the corresponding data acquisition module and the data sorting module are used to quickly sort the data, and the specific data of the time period where the initial data and the terminal data are located is displayed by the parameter display module, and the bar dynamic graph can facilitate the staff to query and record;

[0034] The monitoring and analysis unit includes a period monitoring module for monitoring the period, the period monitoring module is electrically connected to a prediction module for predicting the power data of the period, the prediction module is electrically connected to a simulation module for simulating the power trend of the subsequent period, the simulation module is electrically connected to an evaluation module for evaluating according to the prediction data of the prediction module and the simulation data of the simulation module, the evaluation module is electrically connected to a real-time acquisition module for acquiring initial data and terminal data, and the real-time acquisition module is electrically connected to an analysis module for analyzing according to the evaluation data and the real-time data;

[0035] The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period based on the power used in the past time period and the power used by the basic settings, and records it as prediction data, and the simulation module simulates the power usage trend of the subsequent time period based on the prediction data predicted by the prediction module, and records it as simulation data, the evaluation module evaluates the simulation data and the prediction data, evaluates the maximum power data and the minimum power data of the time period corresponding to the simulation data and the prediction data, and records it as evaluation data, the real-time acquisition module acquires the evaluation data, initial data and terminal data, and makes the evaluation data, initial data and terminal data correspond to the corresponding time, and records it as acquisition data, and the analysis module analyzes the acquisition data acquired by the real-time acquisition module;

[0036] Through the above embodiments, the specific time of real-time monitoring can be obtained through the time period monitoring module, and the prediction module can predict the power used in the current subsequent time period through the power used in the past time period and the power used by the basic settings. The power used by the basic settings is the budgeted power of the power consumption end. The simulation module simulates the power usage trend of the subsequent time period to facilitate clearer marking of the corresponding time period and the corresponding power data. The evaluation module evaluates the simulation data and the prediction data, and evaluates the maximum power data and the minimum power data of the time period corresponding to the simulation data and the prediction data. The real-time acquisition module obtains the evaluation data, the initial data and the terminal data, and the analysis module analyzes the acquired data acquired by the real-time acquisition module.

[0037] The analysis module analyzes whether the terminal data is in the process of using electricity, whether the initial monitoring module detects the use of electricity, and whether the terminal monitoring module detects the use of electricity. When the initial monitoring module detects the power transmission and the terminal monitoring module does not use electricity, it is defined as abnormal data. When the initial monitoring module detects the power transmission and the terminal monitoring module has power use, it analyzes whether the initial data is between the maximum power data and the minimum power data in the evaluation data, and analyzes whether the terminal data is between the maximum power data and the minimum power data in the evaluation data. When the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data. When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

[0038] Through the above embodiment, the initial data, the terminal data and the evaluation data are analyzed by the analysis module. When the initial monitoring module detects power transmission and the terminal monitoring module has no power use, it means that the power is transmitted normally and the terminal does not use power. When the initial monitoring module detects power transmission and the terminal monitoring module has power use, the power used by the initial data and the terminal data is analyzed with the evaluation data. When the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, when the terminal data is less than the minimum data, it means that the power loss between the base point and the use end is large, and when the terminal data is greater than the maximum data, it means that the power use of the use end is abnormal. When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it means normal power transmission and normal use of power.

[0039] The specific operation of the monitoring unit includes the following steps:

[0040] S1. Use the initial monitoring module and the terminal monitoring module to monitor the power output data and the power usage data respectively, and use the monitoring and analysis unit to analyze the data to determine whether there are any data anomalies, and use the parameter display module to display the data;

[0041] S2. The monitoring unit performs data analysis through time period data, forecast data, simulation data, evaluation data and real-time data.

[0042] In step S1:

[0043] 1) The initial monitoring module monitors the power output data of the base station, and the terminal monitoring module monitors the power usage data of the power user end, and the monitoring and analysis unit performs power data analysis on the initial data and the terminal data;

[0044] 2) When the monitoring and analysis unit analyzes and obtains abnormal data, the error reporting module will sort out the marked period data, initial data and terminal data, the data generation module will generate the corresponding marked bar dynamic graph, the alarm module will generate the corresponding alarm signal for the error report, and the parameter display module will generate and display the marked bar dynamic graph;

[0045] 3) When the monitoring and analysis unit analyzes that there is no abnormal data, the data acquisition module acquires data, the data sorting module analyzes and sorts the data acquired by the data acquisition module to obtain the data monitored by the corresponding time period, and the parameter display module generates and displays a bar dynamic graph based on the corresponding time period and monitoring data.

[0046] In step S2:

[0047] 1) The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period, the simulation module simulates the power usage trend in the subsequent time period, the evaluation module evaluates the maximum power data and minimum power data of the time period corresponding to the simulation data and the prediction data, and the real-time acquisition module obtains the evaluation data, initial data and terminal data, and the analysis module analyzes the acquired data obtained by the real-time acquisition module;

[0048] 2) When the initial monitoring module detects power transmission but the terminal monitoring module does not use power, it is defined as abnormal data;

[0049] 3) When the initial monitoring module detects power transmission and the terminal monitoring module has power usage, the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data;

[0050] 4) When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

[0051] Working principle: When the present invention is in use, the initial monitoring module monitors the power output data of the base station, the terminal monitoring module monitors the power usage data of the power usage end, and the monitoring and analysis unit performs power data analysis on the initial data and the terminal data. The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period, the simulation module simulates the power usage trend of the subsequent time period, and the evaluation module evaluates the maximum power data and the minimum power data of the time period corresponding to the simulation data and the prediction data. The real-time acquisition module acquires the evaluation data, the initial data and the terminal data, and the analysis module performs analysis based on the acquisition data acquired by the real-time acquisition module. When the initial monitoring module detects power transmission and the terminal monitoring module has no power usage, it is defined as abnormal data. When the initial monitoring module detects power transmission and the terminal monitoring module has power usage, the initial data is between the maximum power data and the minimum power data of the evaluation data. When the terminal data is between the maximum power data and the minimum power data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data. When the monitoring and analysis unit analyzes and obtains abnormal data, the error reporting module will organize the marked time period data, the initial data and the terminal data, the data generation module will generate the corresponding marked bar dynamic graph, the alarm module will generate the corresponding alarm signal for the error report, and the parameter display module will generate and display the marked bar dynamic graph. When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data. When the monitoring and analysis unit analyzes and obtains no abnormal data, the data acquisition module acquires the data, the data sorting module analyzes and sorts the data acquired by the data acquisition module, and obtains the data monitored by the corresponding time period data. The parameter display module generates and displays the bar dynamic graph according to the corresponding time period and monitoring data.

[0052] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A monitoring system based on power control transmission and distribution, characterized in that: It includes a monitoring unit, which includes an initial monitoring module for obtaining initial-end power transmission and a terminal monitoring module for obtaining terminal power reception. The initial monitoring module is electrically connected to a monitoring and analysis unit for analyzing initial-end data and terminal data. The monitoring and analysis unit is electrically connected to the terminal monitoring module. The monitoring and analysis unit is electrically connected to an error reporting module for generating error reports. The error reporting module is electrically connected to a data generating module for obtaining error data and analyzing data and generating dynamic data. The data generating module is electrically connected to an alarm module for reminding. The monitoring and analysis unit is electrically connected to a data acquisition module for collecting real-time data of the monitoring and analysis unit. The data acquisition module is electrically connected to a data collating module for collating the collected data. The data collating module is electrically connected to a parameter display module for displaying specific parameters. The parameter display module is electrically connected to the alarm module.

2. A monitoring system based on power control transmission and distribution according to claim 1, characterized in that: The initial monitoring module monitors the data transmitted by the power output base station and records it as initial data. The terminal monitoring module monitors the user-end data of the power output of the base station to the user end and records it as terminal data. The initial data and the terminal data are recorded correspondingly. The monitoring and analysis module analyzes the initial data, the terminal data and the corresponding time period to analyze whether there is abnormal data between the initial data and the terminal data.

3. A monitoring system based on power control transmission and distribution according to claim 1, characterized in that: When there is no abnormality in the data monitored by the monitoring and analysis module, the data acquisition module receives the time period data, initial data and terminal data of the monitoring and analysis unit, and the data sorting module analyzes and sorts the time period data, initial data and terminal data collected by the data acquisition module to obtain the initial data and terminal data monitored by the corresponding time period data. The parameter display module generates and displays a bar dynamic graph based on the initial data and terminal data monitored by the corresponding time period data.

4. A monitoring system based on power control transmission and distribution according to claim 1, characterized in that: When the data monitored by the monitoring and analysis module is abnormal, the error reporting module will receive the time period data, initial data and terminal data of the monitoring and analysis unit, and organize and mark the time period data, initial data and terminal data. The data generation module will generate a corresponding marked bar dynamic graph based on the organized and marked time period data, initial data and terminal data. The alarm module will generate a corresponding alarm signal for the error report, and the parameter display module will display the bar dynamic graph marked by the data generation module.

5. A monitoring system based on electric power control transmission and distribution according to claim 1, characterized in that: The monitoring and analysis unit includes a time period monitoring module for monitoring a time period, the time period monitoring module is electrically connected to a prediction module for predicting power data of a time period, the prediction module is electrically connected to a simulation module for simulating power trends in subsequent time periods, the simulation module is electrically connected to an evaluation module for evaluating based on the prediction data of the prediction module and the simulation data of the simulation module, the evaluation module is electrically connected to a real-time acquisition module for acquiring initial data and terminal data, and the real-time acquisition module is electrically connected to an analysis module for analyzing based on the evaluation data and the real-time data.

6. A monitoring system based on electric power control transmission and distribution according to claim 5, characterized in that: The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period based on the power used in the past time period and the power used by the basic settings, and records it as prediction data, and the simulation module simulates the power usage trend of the subsequent time period according to the prediction data predicted by the prediction module, and records it as simulation data, the evaluation module evaluates the simulation data and the prediction data, evaluates the maximum power data and the minimum power data of the time period corresponding to the simulation data and the prediction data, and records it as evaluation data, the real-time acquisition module acquires the evaluation data, initial data and terminal data, and makes the evaluation data, initial data and terminal data correspond to the corresponding time, and records it as acquisition data, and the analysis module performs analysis based on the acquisition data acquired by the real-time acquisition module.

7. A monitoring system based on electric power control transmission and distribution according to claim 6, characterized in that: The analysis module analyzes whether the terminal data is in the process of using electricity, whether the initial monitoring module detects electricity usage, and whether the terminal monitoring module detects electricity usage. When the initial monitoring module detects power transmission and the terminal monitoring module does not use electricity, it is defined as abnormal data. When the initial monitoring module detects power transmission and the terminal monitoring module has electricity usage, it analyzes whether the initial data is between the maximum power data and the minimum power data in the evaluation data, and analyzes whether the terminal data is between the maximum power data and the minimum power data in the evaluation data. When the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data. When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

8. A monitoring system based on electric power control transmission and distribution according to claim 1, characterized in that: The specific operation of the monitoring unit includes the following steps: S1. Use the initial monitoring module and the terminal monitoring module to monitor the power output data and the power usage data respectively, and use the monitoring and analysis unit to analyze the data to determine whether there are any data anomalies, and use the parameter display module to display the data; S2. The monitoring unit performs data analysis through time period data, forecast data, simulation data, evaluation data and real-time data.

9. A monitoring system based on electric power control transmission and distribution according to claim 8, characterized in that: In step S1: 1) The initial monitoring module monitors the power output data of the base station, and the terminal monitoring module monitors the power usage data of the power user end, and the monitoring and analysis unit performs power data analysis on the initial data and the terminal data; 2) When the monitoring and analysis unit analyzes and obtains abnormal data, the error reporting module will sort out the marked period data, initial data and terminal data, the data generation module will generate the corresponding marked bar dynamic graph, the alarm module will generate the corresponding alarm signal for the error report, and the parameter display module will generate and display the marked bar dynamic graph; 3) When the monitoring and analysis unit analyzes that there is no abnormal data, the data acquisition module acquires data, the data sorting module analyzes and sorts the data acquired by the data acquisition module to obtain the data monitored by the corresponding time period, and the parameter display module generates and displays a bar dynamic graph based on the corresponding time period and monitoring data.

10. A monitoring system based on electric power control transmission and distribution according to claim 8, characterized in that: In step S2: 1) The time period monitoring module monitors the current specific time in real time, the prediction module predicts the power used in the current subsequent time period, the simulation module simulates the power usage trend in the subsequent time period, the evaluation module evaluates the maximum power data and minimum power data of the time period corresponding to the simulation data and the prediction data, and the real-time acquisition module obtains the evaluation data, initial data and terminal data, and the analysis module analyzes the acquired data obtained by the real-time acquisition module; 2) When the initial monitoring module detects power transmission but the terminal monitoring module does not use power, it is defined as abnormal data; 3) When the initial monitoring module detects power transmission and the terminal monitoring module has power usage, the initial data is between the maximum power data and the minimum power data of the evaluation data, and the terminal data is less than or greater than the maximum power data and the minimum power data, it is defined as abnormal data; 4) When the initial data is between the maximum power data and the minimum power data of the evaluation data and the terminal data is between the maximum power data and the minimum power data, it is defined as normal data.

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