A standby mode control system for a power management system

Abstract

The present invention belongs to the field of power management technology, specifically a standby mode control system of a power management system, including a status monitoring module, a standby mode judgment module, an intelligent control module, a standby control evaluation module and a supervision terminal; the present invention uses the standby mode judgment module to judge whether an electronic device meets the conditions for entering the standby mode based on a status data packet, and performs a wake-up event detection when the electronic device is in the standby mode, so as to achieve accurate judgment and timely exit from the standby mode, with a high degree of automation, and evaluates the standby mode control performance of the electronic device during the control period through the standby control evaluation module, generates a standby control qualified signal or a standby control abnormal signal through analysis, and reminds the user to take corresponding optimization and improvement measures in time when the standby control abnormal signal is generated, which is conducive to ensuring the subsequent standby mode control effect, and has a high degree of intelligence.

Description

Technical Field

[0001] The invention relates to the technical field of power management, in particular to a standby mode control system of a power management system. Background Art

[0002] With the popularity of electronic devices and the complexity of their functions, power management has become a key technology to improve device performance and extend battery life. Especially in standby mode, how to effectively reduce the power consumption of devices and reduce unnecessary energy loss is a research hotspot in power management technology.

[0003] At present, when monitoring the standby mode of electronic devices, it is often difficult to accurately judge and exit the standby mode in a timely manner, and it is impossible to reasonably analyze and accurately evaluate the standby mode control performance of electronic devices, which is not conducive to ensuring the standby mode control effect and has a low degree of intelligence;

[0004] In view of the above technical defects, a solution is now proposed. Summary of the invention

[0005] The purpose of the present invention is to provide a standby mode control system for a power management system, which solves the problem that the prior art is difficult to accurately judge and exit the standby mode in time, and is unable to reasonably analyze and accurately evaluate the standby mode management performance of electronic equipment, and has a low level of intelligence.

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A standby mode control system of a power management system, comprising a state monitoring module, a standby mode judgment module, an intelligent control module, a standby control and evaluation module and a supervision terminal;

[0008] The status monitoring module monitors the operating status of the electronic device, collects the voltage and current information of the core power rail and the graphic terminal power rail in real time, obtains the temperature status information of the processor in the electronic device through the VR temperature indication pin, and packages the collected corresponding information into a status data packet, and sends the status data packet to the standby mode judgment module;

[0009] The standby mode determination module determines whether the electronic device meets the conditions for entering the standby mode based on the status data packet, and sends the determination information to the intelligent control module;

[0010] The intelligent control module receives the judgment information of the standby mode judgment module, and if the condition for entering the standby mode is met, the intelligent control module issues a command to make the electronic device enter the standby mode;

[0011] The standby control evaluation module is used to set the control period, evaluate the standby mode control performance of the electronic device during the control period, generate a standby control qualified signal or a standby control abnormal signal through analysis, and send the standby control qualified signal or the standby control abnormal signal to the supervision terminal.

[0012] Furthermore, the intelligent control module is communicatively connected to the wake-up event detection module. When the electronic device is in standby mode, the wake-up event detection module is used to detect wake-up events of the electronic device, wherein the wake-up events include external interrupts, RTC alarm events, and level changes of specific pins. When the wake-up event detection module detects a wake-up event, the intelligent control module issues an instruction to make the electronic device exit standby mode and restore the previous operating state.

[0013] Furthermore, the specific analysis process of the standby control evaluation module is as follows:

[0014] The standby power consumption detection value and the standby wake-up effectiveness inspection value of the electronic device during the control period are obtained, the standby power consumption detection value and the standby wake-up effectiveness inspection value are numerically calculated to obtain the standby control evaluation value, and the standby control evaluation value is numerically compared with the preset standby control evaluation threshold. If the standby control evaluation value exceeds the preset standby control evaluation threshold, a standby control abnormal signal is generated; if the standby control evaluation value does not exceed the preset standby control evaluation threshold, a standby control qualified signal is generated.

[0015] Furthermore, the standby control and evaluation module is communicatively connected to the standby power consumption analysis module and the standby wake-up effect inspection module. The standby power consumption analysis module analyzes the power consumption status of the electronic device in the standby state during the control period, obtains the standby power consumption detection value through analysis, and sends the standby power consumption detection value to the standby control and evaluation module;

[0016] The standby wake-up efficiency inspection module analyzes the standby efficiency and wake-up efficiency of the electronic device during the control period, obtains the standby wake-up efficiency inspection value through analysis, and sends the standby wake-up efficiency inspection value to the standby control evaluation module.

[0017] Furthermore, the specific analysis process of the standby power consumption analysis module is as follows:

[0018] The standby abnormal consumption process within the control period is determined through standby power consumption abnormality analysis, and the number ratio of standby abnormal consumption processes within the control period is marked as the abnormal consumption detection value, and all standby consumption analysis values ​​within the control period are averaged to obtain the standby consumption condition value, and all power consumption fluctuation values ​​within the control period are averaged to obtain the standby consumption wave value. The standby power consumption detection value is obtained by numerically calculating the abnormal consumption detection value, the standby consumption condition value and the standby consumption wave value.

[0019] Furthermore, the specific analysis process of the standby power consumption abnormality analysis is as follows:

[0020] During the corresponding standby process of the electronic device, the start time and the end time of the standby mode are collected, the time difference between the start time and the end time of the standby mode is calculated to obtain the standby time, and the energy consumption data of the electronic device during the corresponding standby process is marked as the standby consumption measurement value, and the standby consumption measurement value is calculated by ratio with the standby time to obtain the standby consumption analysis value;

[0021] The energy consumption speed at several time points in the corresponding standby process is collected, and the variance of the energy consumption speed of all detection points is calculated to obtain the power consumption fluctuation value; the standby consumption analysis value and the power consumption fluctuation value are numerically compared with the preset standby consumption analysis threshold and the preset power consumption fluctuation threshold respectively. If the standby consumption analysis value or the power consumption fluctuation value exceeds the preset threshold, the corresponding standby process is marked as a standby abnormal consumption process.

[0022] Furthermore, the specific analysis process of the standby wake-up inspection module is as follows:

[0023] When it is determined that the condition for entering the standby mode is met, the corresponding time is marked as the standby determination time, and the start time of the electronic device entering the standby mode is marked as the standby execution time, and the time difference between the standby execution time and the standby determination time is calculated to obtain the standby effective time value;

[0024] When a wake-up event is detected, the corresponding moment is marked as the wake-up judgment moment, and the moment when the electronic device exits the standby mode is marked as the wake-up execution moment, and the time difference between the wake-up execution moment and the wake-up judgment moment is calculated to obtain the wake-up effective time value;

[0025] Obtain all standby time values ​​and wake-up time values ​​within the control period, calculate the average of all standby time values ​​to obtain the standby time value, and calculate the average of all wake-up time values ​​to obtain the wake-up time value;

[0026] The standby effect time value and the wake-up effect time value are numerically compared with the preset standby effect time threshold and the preset wake-up effect time threshold respectively, and the proportion of the number of standby effect time values ​​that exceed the preset standby effect time threshold during the control period is marked as a standby effect abnormal value, and the proportion of the number of wake-up effect time values ​​that exceed the preset wake-up effect time threshold during the control period is marked as a wake-up effect abnormal value; the standby wake-up effect inspection value is obtained by numerically calculating the standby effect condition value, the wake-up effect condition value, the standby effect abnormal value and the wake-up effect abnormal value.

[0027] Furthermore, the supervision terminal issues a corresponding warning when it receives an abnormal standby control signal. The supervision terminal communicates with the data update transmission detection module. When a standby control qualified signal is generated, the data update transmission performance of the status monitoring module during the control period is analyzed through the data update transmission detection module. An update transmission timely signal or an update transmission slow signal is generated through the analysis, and the update transmission timely signal or the update transmission slow signal is sent to the supervision terminal. When the supervision terminal receives the update transmission slow signal, a corresponding warning is issued.

[0028] Furthermore, the specific analysis process of the data collection update detection module is as follows:

[0029] The update transmission detection value during the control period is obtained through analysis, and the update transmission detection value is compared with the preset update transmission detection threshold. If the update transmission detection value exceeds the preset update transmission detection threshold, an update transmission delay signal is generated; if the update transmission detection value does not exceed the preset update transmission detection threshold, an update transmission timely signal is generated.

[0030] Further, the analysis and acquisition method of updating the transmission detection value is as follows:

[0031] The generation time of the status data packet is collected and marked as the data packet generation time value, the time difference between two adjacent groups of data packet generation time values ​​is calculated to obtain the data update interval value, the data update interval value is numerically compared with the preset data update interval threshold, if the data update interval value exceeds the preset data update interval threshold, the corresponding data update interval value is marked as the data update interval value;

[0032] And the interval between the time when the standby mode judgment module receives the status data packet and the corresponding data packet generation time value is marked as the data packet arrival time value, and the data transmission detection value is obtained by averaging all the data packet arrival time values ​​within the control period;

[0033] The number of data update anomaly values ​​within the control period is obtained and the ratio thereof is calculated with the number of data update interval values ​​to obtain the data update anomaly value, and the update transmission detection value is obtained by numerically calculating the data update anomaly value and the data transmission detection value.

[0034] Compared with the prior art, the present invention has the following beneficial effects:

[0035] 1. In the present invention, the standby mode judgment module determines whether the electronic device meets the conditions for entering the standby mode based on the status data packet, and performs a wake-up event detection when the electronic device is in the standby mode, so as to realize accurate judgment and timely exit of the standby mode, with a high degree of automation, and the standby mode control performance of the electronic device during the control period is evaluated by the standby control evaluation module, and when the standby control abnormal signal is generated, the user is reminded to take corresponding optimization and improvement measures in time, which is conducive to ensuring the subsequent standby mode control effect, and has a high degree of intelligence;

[0036] 2. In the present invention, the standby control qualified signal is sent to the data update transmission detection module through the standby control evaluation module. When the data update transmission detection module receives the standby control qualified signal, it analyzes the data update transmission performance of the status monitoring module during the control period, and reminds the user to take corresponding improvement measures when an update transmission delay signal is generated, thereby ensuring the subsequent data update transmission efficiency, which is beneficial to reducing the adverse effects brought about by the standby mode judgment. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] In order to facilitate understanding by those skilled in the art, the present invention is further described below in conjunction with the accompanying drawings;

[0038] Figure 1 This is a system block diagram of Embodiment 1 of the present invention;

[0039] Figure 2 This is a system block diagram of Embodiment 2 of the present invention. DETAILED DESCRIPTION

[0040] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0041] Embodiment 1: Figure 1 As shown, a standby mode control system of a power management system proposed in the present invention includes a state monitoring module, a standby mode judgment module, an intelligent control module, a standby management and evaluation module and a supervision terminal;

[0042] The status monitoring module monitors the running status of the electronic device, collects the voltage, current and other status information of the core power rail (the power rail for the CPU core. In standby mode, the voltage and current of the core power rail will be reduced to the minimum level to reduce power consumption) and the graphic terminal power rail (the power rail for the graphics processing unit or other graphic terminals. In standby mode, the power rail should be turned off or put into a low power consumption state) in real time, and obtains the temperature status information of the processor in the electronic device through the VR temperature indication pin (a key signal pin in the power management system, which is used to monitor and indicate the temperature status of the processor in the electronic device), and packages the collected corresponding information into a status data packet, and sends the status data packet to the standby mode judgment module;

[0043] The standby mode determination module determines whether the electronic device meets the conditions for entering the standby mode based on the status data packet, and sends the determination information to the intelligent control module;

[0044] The intelligent control module receives the judgment information of the standby mode judgment module. If the conditions for entering the standby mode are met (such as the core and the graphic terminal power rails are in a low power state, the processor temperature is within a safe range, etc.), the intelligent control module issues a command to make the electronic device enter the standby mode.

[0045] Furthermore, the intelligent control module is communicatively connected to the wake-up event detection module. When the electronic device is in standby mode, the wake-up event detection module is used to detect wake-up events of the electronic device, wherein the wake-up events include external interrupts, RTC alarm events, level changes of specific pins, etc. When the wake-up event detection module detects a wake-up event, the intelligent control module issues an instruction to make the electronic device exit the standby mode and restore the previous operating state. It can automatically and promptly exit the standby mode, and has a high degree of automation.

[0046] The standby control evaluation module is used to set the control period, preferably, the control period is ten days; the standby mode control performance of the electronic device during the control period is evaluated, and a standby control qualified signal or a standby control abnormal signal is generated through analysis, and the standby control qualified signal or the standby control abnormal signal is sent to the supervision terminal. When the supervision terminal receives the standby control abnormal signal, it issues a corresponding warning to remind the user to take corresponding optimization and improvement measures in time, so as to ensure the subsequent standby mode control effect; the specific analysis process of the standby control evaluation module is as follows:

[0047] The standby power consumption detection value and the standby wake-up effectiveness inspection value of the electronic device during the control period are obtained, and the standby power consumption detection value GW and the standby wake-up effectiveness inspection value GL are numerically calculated by the formula GX=b1*GW+b2*GL to obtain the standby control evaluation value GX; wherein b1 and b2 are preset weight coefficients with values ​​greater than zero, and the larger the value of the standby control evaluation value GX is, the worse the standby control performance of the electronic device during the control period is, and the more timely corresponding optimization measures need to be taken;

[0048] The standby control evaluation value GX is numerically compared with the preset standby control evaluation threshold. If the standby control evaluation value GX exceeds the preset standby control evaluation threshold, it indicates that the standby control performance of the electronic equipment during the control period is poor, and corresponding optimization measures need to be taken in time, then a standby control abnormal signal is generated; if the standby control evaluation value GX does not exceed the preset standby control evaluation threshold, it indicates that the standby control performance of the electronic equipment during the control period is good, then a standby control qualified signal is generated.

[0049] Specifically, the standby control and evaluation module is connected to the standby power consumption analysis module and the standby wake-up effect inspection module in communication. The standby power consumption analysis module analyzes the power consumption of the electronic device in the standby state during the control period, obtains the standby power consumption detection value GW through analysis, and sends the standby power consumption detection value GW to the standby control and evaluation module, providing data support for the analysis process of the standby control and evaluation module to ensure the accuracy of its analysis results; the specific analysis process of the standby power consumption analysis module is as follows:

[0050] During the corresponding standby process of the electronic device, the start time and the end time of the standby mode are collected, the time difference between the start time and the end time of the standby mode is calculated to obtain the standby time, and the energy consumption data of the electronic device during the corresponding standby process is marked as the standby consumption measurement value, and the standby consumption measurement value is calculated by ratio with the standby time to obtain the standby consumption analysis value; wherein, the larger the value of the standby consumption analysis value is, the more abnormal the power consumption performance during the corresponding standby process is;

[0051] The energy consumption speed at several time points in the corresponding standby process is collected, and the variance of the energy consumption speed at all detection points is calculated to obtain the power consumption fluctuation value; wherein, the larger the value of the power consumption fluctuation value is, the more unstable the power consumption is in the corresponding standby process;

[0052] The standby power consumption analysis value and the power consumption fluctuation value are numerically compared with the preset standby power consumption analysis threshold and the preset power consumption fluctuation threshold, respectively. If the standby power consumption analysis value or the power consumption fluctuation value exceeds the preset threshold, indicating that the control performance of the corresponding standby process is poor, the corresponding standby process is marked as a standby abnormal consumption process;

[0053] The number ratio of standby abnormal consumption processes during the control period is marked as the abnormal consumption detection value, and all standby consumption analysis values ​​during the control period are averaged to obtain the standby consumption value, and all power consumption fluctuation values ​​during the control period are averaged to obtain the standby consumption fluctuation value;

[0054] The standby power consumption detection value GW is obtained by numerically calculating the abnormal consumption detection value TW, the standby consumption value TR and the standby consumption wave value TN through the formula GW=eq1*TW+(eq2*TR+eq3*TN) / eq1; wherein eq1, eq2 and eq3 are preset proportional coefficients whose values ​​are greater than zero, and the larger the value of the standby power consumption detection value GW is, the worse the standby power consumption control condition during the control period is.

[0055] The standby wake-up efficiency inspection module analyzes the standby efficiency and wake-up efficiency of the electronic device during the control period, obtains the standby wake-up efficiency inspection value GL through analysis, and sends the standby wake-up efficiency inspection value GL to the standby control evaluation module to provide data support for the analysis process of the standby control evaluation module, and further ensure the accuracy of its analysis results; the specific analysis process of the standby wake-up efficiency inspection module is as follows:

[0056] When it is determined that the condition for entering the standby mode is met, the corresponding time is marked as the standby determination time, and the start time of the electronic device entering the standby mode is marked as the standby execution time, and the time difference between the standby execution time and the standby determination time is calculated to obtain the standby effective time value;

[0057] When a wake-up event is detected, the corresponding moment is marked as the wake-up judgment moment, and the moment when the electronic device exits the standby mode is marked as the wake-up execution moment, and the time difference between the wake-up execution moment and the wake-up judgment moment is calculated to obtain the wake-up effective time value;

[0058] Obtain all standby time values ​​and wake-up time values ​​within the control period, calculate the average of all standby time values ​​to obtain the standby time value, and calculate the average of all wake-up time values ​​to obtain the wake-up time value;

[0059] The standby effectiveness time value and the wake-up effectiveness time value are numerically compared with the preset standby effectiveness time threshold and the preset wake-up effectiveness time threshold, respectively, and the number of standby effectiveness time values ​​exceeding the preset standby effectiveness time threshold during the control period is marked as a standby effectiveness abnormal value, and the number of wake-up effectiveness time values ​​exceeding the preset wake-up effectiveness time threshold during the control period is marked as a wake-up effectiveness abnormal value;

[0060] By formula The standby effect value FY, the wake-up effect value FK, the standby effect abnormality value FP and the wake-up effect abnormality value FW are numerically calculated to obtain the standby wake-up effect inspection value GL; wherein, hg1, hg2, hg3, and hg4 are preset proportional coefficients whose values ​​are greater than zero, and the larger the value of the standby wake-up effect inspection value GL is, the worse the standby wake-up timeliness performance during the control period is overall.

[0061] Embodiment 2: Figure 2 As shown, the difference between this embodiment and the first embodiment is that the supervision terminal is connected to the data update transmission detection module through communication, the standby control evaluation module sends the standby control qualified signal to the data update transmission detection module, and when the data update transmission detection module receives the standby control qualified signal, it analyzes the data update transmission performance of the status monitoring module during the control period, and generates an update transmission timely signal or an update transmission delayed signal through analysis;

[0062] And send the update transmission timely signal or update transmission delay signal to the supervision terminal. When the supervision terminal receives the update transmission delay signal, it will issue a corresponding warning to remind the user to take corresponding improvement measures, so as to ensure the subsequent data update transmission efficiency, which is conducive to reducing the adverse effects of standby mode judgment. The specific analysis process of the data acquisition update detection module is as follows:

[0063] The generation time of the status data packet is collected and marked as the data packet generation time value, the time difference between two adjacent groups of data packet generation time values ​​is calculated to obtain the data update interval value, the data update interval value is numerically compared with the preset data update interval threshold, if the data update interval value exceeds the preset data update interval threshold, the corresponding data update interval value is marked as the data update interval value;

[0064] The number of data update anomaly values ​​within the control period is obtained and the ratio thereof is calculated with the number of data update interval values ​​to obtain the data update anomaly value; and the interval between the time when the standby mode judgment module receives the status data packet and the corresponding data packet generation time value is marked as the data packet arrival time value, and the average of all data packet arrival time values ​​within the control period is calculated to obtain the data transmission detection value;

[0065] The data update analysis value WY and the data transmission detection value WP are numerically calculated by the formula WX=sy1*WY+sy2*WP to obtain the update transmission detection value WX; wherein sy1 and sy2 are preset weight coefficients, sy1>sy2>0; and the larger the value of the update transmission detection value WX, the worse the data collection update transmission efficiency during the control period;

[0066] The update transmission check condition value WX is numerically compared with the preset update transmission check condition threshold. If the update transmission check condition value WX exceeds the preset update transmission check condition threshold, it indicates that the data collection and update transmission efficiency during the control period is poor, and an update transmission delay signal is generated; if the update transmission check condition value WX does not exceed the preset update transmission check condition threshold, it indicates that the data collection and update transmission efficiency during the control period is good, and an update transmission timely signal is generated.

[0067] The working principle of the present invention is as follows: when in use, the operating status of the electronic device is monitored by the status monitoring module to obtain a status data packet, the standby mode judgment module judges whether the electronic device meets the conditions for entering the standby mode based on the status data packet, and when it is judged that the conditions for entering the standby mode are met, the intelligent control module issues an instruction to make the electronic device enter the standby mode, and when the electronic device is in the standby mode, when the wake-up event detection module detects a wake-up event, the intelligent control module issues an instruction to make the electronic device exit the standby mode, with a high degree of automation, and the standby mode control performance of the electronic device during the control period is evaluated by the standby control evaluation module, and a standby control qualified signal or a standby control abnormal signal is generated through analysis, and when the standby control abnormal signal is generated, the user is reminded to take corresponding optimization and improvement measures in time, thereby ensuring the subsequent standby mode control effect, with a high degree of intelligence.

[0068] The above formulas are all dimensionless and numerical calculations. The formula is a formula obtained by collecting a large amount of data and performing software simulation to obtain the most recent real situation. The preset parameters in the formula are set by technicians in this field according to actual conditions. The preferred embodiments of the present invention disclosed above are only used to help explain the present invention. The preferred embodiments do not describe all the details in detail, nor do they limit the invention to only specific implementation methods. Obviously, many modifications and changes can be made according to the contents of this specification. This specification selects and specifically describes these embodiments in order to better explain the principles and practical applications of the present invention, so that technicians in the relevant technical field can understand and use the present invention well. The present invention is only limited by the claims and their full scope and equivalents.

Claims

1. A standby mode control system of a power management system, characterized in that: It includes status monitoring module, standby mode judgment module, intelligent control module, standby control and evaluation module and supervision terminal; The status monitoring module monitors the operating status of the electronic device, collects the voltage and current information of the core power rail and the graphic terminal power rail in real time, obtains the temperature status information of the processor in the electronic device through the VR temperature indication pin, and packages the collected corresponding information into a status data packet, and sends the status data packet to the standby mode judgment module; The standby mode determination module determines whether the electronic device meets the conditions for entering the standby mode based on the status data packet, and sends the determination information to the intelligent control module; The intelligent control module receives the judgment information of the standby mode judgment module, and if the condition for entering the standby mode is met, the intelligent control module issues a command to make the electronic device enter the standby mode; The standby control evaluation module is used to set the control period, evaluate the standby mode control performance of the electronic device during the control period, generate a standby control qualified signal or a standby control abnormal signal through analysis, and send the standby control qualified signal or the standby control abnormal signal to the supervision terminal; The intelligent control module is communicatively connected to the wake-up event detection module. When the electronic device is in the standby mode, the wake-up event detection module is used to detect the wake-up event of the electronic device. When the wake-up event detection module detects the wake-up event, the intelligent control module issues an instruction to make the electronic device exit the standby mode and restore the previous operating state; The specific analysis process of the standby control evaluation module is as follows: Obtain the standby power consumption detection value and the standby wake-up effectiveness inspection value of the electronic device during the control period, perform numerical calculation on the standby power consumption detection value and the standby wake-up effectiveness inspection value to obtain a standby control evaluation value, perform numerical comparison on the standby control evaluation value and the preset standby control evaluation threshold, and if the standby control evaluation value exceeds the preset standby control evaluation threshold, generate a standby control abnormal signal; If the standby control evaluation value does not exceed the preset standby control evaluation threshold, a standby control qualified signal is generated.

2. The standby mode control system of a power management system according to claim 1, characterized in that: The standby control and evaluation module is communicatively connected to the standby power consumption analysis module and the standby wake-up effect inspection module. The standby power consumption analysis module analyzes the power consumption status of the electronic device in the standby state during the control period, obtains the standby power consumption detection value through analysis, and sends the standby power consumption detection value to the standby control and evaluation module; The standby wake-up efficiency inspection module analyzes the standby efficiency and wake-up efficiency of the electronic device during the control period, obtains the standby wake-up efficiency inspection value through analysis, and sends the standby wake-up efficiency inspection value to the standby control evaluation module.

3. The standby mode control system of a power management system according to claim 2, characterized in that: The specific analysis process of the standby power consumption analysis module is as follows: The standby abnormal consumption process within the control period is determined through standby power consumption abnormality analysis, and the number ratio of standby abnormal consumption processes within the control period is marked as the abnormal consumption detection value, and all standby consumption analysis values ​​within the control period are averaged to obtain the standby consumption condition value, and all power consumption fluctuation values ​​within the control period are averaged to obtain the standby consumption wave value. The standby power consumption detection value is obtained by numerically calculating the abnormal consumption detection value, the standby consumption condition value and the standby consumption wave value.

4. The standby mode control system of a power management system according to claim 3, characterized in that: The specific analysis process of abnormal standby power consumption analysis is as follows: During the corresponding standby process of the electronic device, the start time and the end time of the standby mode are collected, the time difference between the start time and the end time of the standby mode is calculated to obtain the standby time, and the energy consumption data of the electronic device during the corresponding standby process is marked as the standby consumption measurement value, and the standby consumption measurement value is calculated by ratio with the standby time to obtain the standby consumption analysis value; The energy consumption speed at several time points in the corresponding standby process is collected, and the variance of the energy consumption speed at all detection points is calculated to obtain the power consumption fluctuation value; The standby consumption analysis value and the power consumption fluctuation value are numerically compared with the preset standby consumption analysis threshold and the preset power consumption fluctuation threshold respectively. If the standby consumption analysis value or the power consumption fluctuation value exceeds the preset threshold, the corresponding standby process is marked as a standby abnormal consumption process.

5. The standby mode control system of a power management system according to claim 2, characterized in that: The specific analysis process of the standby wake-up inspection module is as follows: When it is determined that the condition for entering the standby mode is met, the corresponding time is marked as the standby determination time, and the start time of the electronic device entering the standby mode is marked as the standby execution time, and the time difference between the standby execution time and the standby determination time is calculated to obtain the standby effective time value; When a wake-up event is detected, the corresponding moment is marked as the wake-up judgment moment, and the moment when the electronic device exits the standby mode is marked as the wake-up execution moment, and the time difference between the wake-up execution moment and the wake-up judgment moment is calculated to obtain the wake-up effective time value; Obtain all standby time values ​​and wake-up time values ​​within the control period, calculate the average of all standby time values ​​to obtain the standby time value, and calculate the average of all wake-up time values ​​to obtain the wake-up time value; The standby effect time value and the wake-up effect time value are numerically compared with the preset standby effect time threshold and the preset wake-up effect time threshold respectively, and the proportion of the number of standby effect time values ​​that exceed the preset standby effect time threshold during the control period is marked as a standby effect abnormal value, and the proportion of the number of wake-up effect time values ​​that exceed the preset wake-up effect time threshold during the control period is marked as a wake-up effect abnormal value; the standby wake-up effect inspection value is obtained by numerically calculating the standby effect condition value, the wake-up effect condition value, the standby effect abnormal value and the wake-up effect abnormal value.

6. The standby mode control system of a power management system according to claim 1, characterized in that: When the supervision terminal receives an abnormal signal of standby control, a corresponding warning is issued. The supervision terminal communicates with the data update transmission detection module. When a qualified signal of standby control is generated, the data update transmission performance of the status monitoring module during the control period is analyzed through the data update transmission detection module. An update transmission timely signal or an update transmission slow signal is generated through the analysis, and the update transmission timely signal or the update transmission slow signal is sent to the supervision terminal. When the supervision terminal receives a slow update transmission signal, a corresponding warning is issued.

7. The standby mode control system of a power management system according to claim 6, characterized in that: The specific analysis process of the data acquisition update detection module is as follows: The update transmission detection value during the control period is obtained through analysis, and the update transmission detection value is compared with the preset update transmission detection threshold. If the update transmission detection value exceeds the preset update transmission detection threshold, an update transmission delay signal is generated; if the update transmission detection value does not exceed the preset update transmission detection threshold, an update transmission timely signal is generated.

8. The standby mode control system of a power management system according to claim 7, characterized in that: The analysis and acquisition method of updating the transmission detection value is as follows: The generation time of the status data packet is collected and marked as the data packet generation time value, and the time difference between two adjacent groups of data packet generation time values ​​is calculated to obtain the data update interval value. If the data update interval value exceeds the preset data update interval threshold, the corresponding data update interval value is marked as the data update interval value; And the interval between the time when the standby mode judgment module receives the status data packet and the corresponding data packet generation time value is marked as the data packet arrival time value, and the data transmission detection value is obtained by averaging all the data packet arrival time values ​​within the control period; The number of data update anomaly values ​​within the control period is obtained and the ratio thereof is calculated with the number of data update interval values ​​to obtain the data update anomaly value, and the update transmission detection value is obtained by numerically calculating the data update anomaly value and the data transmission detection value.

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