Power environment monitoring system applied to machine room monitoring

Abstract

The invention discloses a power environment monitoring system applied to machine room monitoring, and relates to the technical field of power environment monitoring, the power environment monitoring system comprises a UPS power supply monitoring module, a power monitoring module, an environment monitoring module and a control terminal, by analyzing whether each UPS power supply in a machine room operates normally or not, monitoring in various aspects is executed in the machine room, and the monitoring efficiency is improved. The operation performance state corresponding to each power device in the machine room and the environment state corresponding to each UPS in the machine room are analyzed, centralized power environment management is executed, efficient management of the machine room is achieved, safe and stable operation of the machine room is guaranteed, and meanwhile based on monitoring of all aspects in the machine room, the device information is mastered in real time, and the real-time monitoring of the equipment information is achieved. Therefore, timely power environment abnormity management can be carried out, operation and maintenance personnel can be helped to rapidly carry out abnormity maintenance on equipment in a machine room, equipment operation stability is improved, burden of the maintenance personnel is reduced, and safety and energy efficiency of the machine room are improved.

Description

Technical Field

[0001] The invention relates to the technical field of power environment monitoring, and in particular to a power environment monitoring system applied to computer room monitoring. Background Art

[0002] With the continuous upgrading and application of mobile communication technology, the current monitoring technology has become more comprehensive. By implementing comprehensive monitoring of the power environment in the computer room, the operation and maintenance safety in the computer room is guaranteed and the stability of the equipment operation in the computer room is improved. At the same time, a unified management method is adopted for the power environment monitoring in the computer room, so that the operation and maintenance personnel can efficiently understand the operating status of the corresponding equipment in the computer room, and then carry out timely abnormal prevention and management.

[0003] Prior art, such as the invention patent application with announcement number CN115085967A, discloses a power environment monitoring system, which is mainly used in the field of mobile communications and includes a central computer room SDH device, multiple monitoring point SDH devices, a front-end connected in parallel with the central computer room SDH device, and a monitoring unit connected in parallel with the monitoring point SDH device. The central computer room SDH device and the monitoring point SDH device are connected to form a ring or chain SDH path. A dedicated link is set on the SDH path for transmitting monitoring data. Each monitoring unit copies the monitoring data obtained by itself to a specific time slot of the dedicated link and transmits it to the front-end. The power environment monitoring system disclosed in the present invention aims to save the transmission circuit resources of the power environment monitoring system to the maximum extent, makes full use of the characteristics of the monitoring unit extracting time slots, and constructs a safe, reliable, and efficient power environment monitoring system network structure.

[0004] With respect to the above scheme, there are at least the following technical problems: the above invention is mainly aimed at maximally saving the transmission circuit resources of the power environment monitoring system, and performing corresponding monitoring on each UPS power supply in the computer room, and then judging whether each UPS power supply in the computer room is operating normally, and then it is impossible to accurately locate the cause of the abnormal operation of the UPS power supply in the computer room, and it is impossible to implement accurate and efficient monitoring of the computer room, and it is impossible to ensure the safety and stability of the equipment running in the computer room, and it is impossible to achieve unified management of the power environment in the computer room, which reduces the comprehensiveness of the monitoring of the equipment in the computer room and cannot ensure the effectiveness of the monitoring of the computer room. Summary of the invention

[0005] In view of the above-mentioned technical deficiencies, an object of the present invention is to provide a power environment monitoring system for computer room monitoring.

[0006] To solve the above technical problems, the present invention adopts the following technical solutions: The present invention provides a power environment monitoring system for computer room monitoring, including: a UPS power supply monitoring module, which is used to perform corresponding monitoring on each UPS power supply in the computer room, and then analyze whether each UPS power supply in the computer room is operating normally.

[0007] The power monitoring module is used to perform corresponding monitoring on each power device in the computer room when a UPS power supply in the computer room is abnormal, and then analyze the corresponding operating performance status of each power device in the computer room.

[0008] The environment monitoring module is used to obtain the monitoring positions of the corresponding monitoring environment in the computer room by screening when a UPS power supply in the computer room is abnormal, and then perform corresponding monitoring on the environment of each UPS power supply in the computer room, and analyze the environmental status of each UPS power supply in the computer room.

[0009] The control terminal is used to execute the power management corresponding to each power equipment in the computer room and the environmental security management corresponding to the UPS power supply in the computer room when the operating performance of a power equipment in the computer room is abnormal or the environmental status of a UPS power supply in the computer room is unqualified.

[0010] Compared with the prior art, the beneficial effects of the present invention are as follows: the present invention provides a power environment monitoring system for computer room monitoring, which analyzes whether each UPS power supply in the computer room is operating normally, and then performs various aspects of monitoring in the computer room, thereby analyzing the operating performance status corresponding to each power equipment in the computer room and the corresponding environmental status of each UPS power supply in the computer room, and performs centralized power environment management, thereby realizing efficient management of the computer room, ensuring the safe and stable operation of the computer room, and solving the deficiencies in the current technology. Based on various aspects of monitoring in the computer room, it realizes real-time grasp of equipment information so as to perform timely power environment abnormal management. At the same time, all monitoring devices are connected to the control terminal to realize real-time reception of abnormal information, helping operation and maintenance personnel to quickly perform abnormal maintenance on computer room equipment, improving equipment operation stability, reducing the burden on maintenance personnel, effectively saving manpower, continuously improving the system maintenance level, realizing reasonable and effective evaluation of computer room energy efficiency, ensuring the effectiveness of computer room power environment management, and improving the safety and energy efficiency of the computer room. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0012] Figure 1 It is a schematic diagram of the system structure connection of the present invention. DETAILED DESCRIPTION

[0013] 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.

[0014] See also Figure 1 As shown, the power environment monitoring system used for computer room monitoring includes a UPS power monitoring module, a power monitoring module, an environment monitoring module and a control terminal.

[0015] The control terminal is connected to the UPS power monitoring module, the power monitoring module and the environment monitoring module respectively. The UPS power supply monitoring module is used to perform corresponding monitoring on each UPS power supply in the computer room, and then analyze whether each UPS power supply in the computer room is operating normally.

[0016] It should be noted that the reference alarm number value is defined as three.

[0017] As an optional implementation, the analysis of whether each UPS power supply in the computer room is operating normally is as follows: based on the location of the corresponding equipment of each UPS power supply in the computer room, the corresponding monitoring equipment is installed to perform monitoring, and the monitoring equipment is connected to the control terminal corresponding to the computer room, and the working image corresponding to each UPS power supply in the computer room is obtained through the monitoring equipment, and the number of red light flashes corresponding to each UPS power supply is extracted from the monitored working image, and the number of alarms corresponding to each UPS power supply is extracted from the SMS receiving setting of the control terminal to see whether the number of red light flashes is consistent with the number of alarms. If the number is inconsistent, the number of alarms is increased or decreased based on the number of red light flashes to achieve consistency, and the number of alarms corresponding to each UPS power supply in the computer room is compared with the reference number of alarms corresponding to the UPS power supply stored in the database. If the number of alarms corresponding to a UPS power supply in the computer room is greater than or equal to the reference number of alarms corresponding to the UPS power supply stored in the database, it is determined that the UPS power supply in the computer room is operating abnormally, and the abnormal information is sent to the control terminal to perform corresponding power environment monitoring. Otherwise, the UPS power supply in the computer room is operating normally.

[0018] The power monitoring module is used to perform corresponding monitoring on each power device in the computer room when a UPS power supply in the computer room is abnormal, and then analyze the corresponding operating performance status of each power device in the computer room.

[0019] It should be noted that the various power equipment include power distribution equipment, UPS systems, batteries, generators, etc.

[0020] It should be noted that the sensor includes an oscilloscope and a current detector.

[0021] It should be noted that the corresponding machine learning model is selected based on the operating information corresponding to each power equipment in the computer room and the nature of the operating data corresponding to each power equipment in the computer room. When the operating information data values ​​monitored by each power equipment in the computer room are high, selection and matching are performed according to the operating value ranges supported by each machine learning model. The operating information data values ​​corresponding to the monitored power equipment are compared with the operating value ranges supported by each machine learning model. If the operating information data value corresponding to a certain power equipment monitored is within the operating value range supported by a certain machine learning model, the machine learning model is used as the machine learning model for calculating the operating information corresponding to the power equipment.

[0022] It should be noted that machine learning models include linear regression, logistic regression, decision tree, support vector machine, neural network, etc.

[0023] As an optional implementation, the corresponding monitoring is performed on each power device in the computer room. The specific monitoring process is as follows: based on the monitoring equipment, the corresponding working image of each power device in the computer room is obtained, and then the circuit board corrosion area and UPS power supply appearance data are extracted from the monitored working image. At the same time, sensors are installed on each power device to collect the corresponding power supply voltage and UPS power supply load of each power device in the computer room, and the corresponding operation information of each power device in the computer room is obtained.

[0024] As an optional implementation method, the analysis obtains the operating performance status corresponding to each power equipment in the computer room. The specific analysis process is as follows: according to the corresponding monitoring of each power equipment in the computer room, the operating information corresponding to each power equipment in the computer room is obtained, wherein the operating information includes power supply voltage, circuit board corrosion area, UPS power supply load and UPS power supply appearance data, and then the corresponding machine learning model is selected, and the operating information corresponding to each power equipment in the computer room is input into the machine learning model, and the operating status coefficient corresponding to each power equipment in the computer room is obtained by analysis. When the analysis result is 1, it is determined that the operating performance status corresponding to a certain power equipment in the computer room is normal, and the operating performance status corresponding to the power equipment is sent to the control terminal in real time. When the analysis result is 0, it is determined that the operating performance status corresponding to a certain power equipment in the computer room is abnormal, and the abnormal operating performance status corresponding to the power equipment in the computer room is uploaded to the control terminal.

[0025] As an optional implementation, the analysis obtains the operating status coefficients corresponding to each power device in the machine room, and the specific analysis process is as follows: The analysis obtains the operating status coefficients corresponding to each power device in the machine room, and the specific analysis process is as follows: Based on normalizing the operating information corresponding to each power device in the machine room, the operating information corresponding to each power device in the machine room is recorded as , , , .

[0026] By calculation formula: , the analysis results show that The operating state coefficient corresponding to each power equipment , is the number of each power equipment, , is any integer greater than 2, For the first The power supply voltage corresponding to each power device is For the first The circuit board corrosion area corresponding to each power device is In the machine room The UPS power load corresponding to each power device is: For the first UPS power supply appearance data corresponding to each power device, , , and They are the weight factor of the set power supply voltage, the weight factor of the circuit board corrosion area, the weight factor of the UPS power load and the weight factor of the UPS power appearance data. is the preset reference operating performance status coefficient, , , , .

[0027] It should be noted that the first The historical power supply voltage corresponding to each power device is obtained by the average value formula method, and the average historical power supply voltage corresponding to each power device in the computer room is used as the set reference power supply voltage. The historical circuit board corrosion area corresponding to each power device is obtained through the average value formula method, and the average historical circuit board corrosion area corresponding to each power device in the computer room is used as the set reference circuit board corrosion area. The first power device in the computer room is obtained from the database. The historical UPS power load corresponding to each power device is obtained through the average value formula method, and the average historical UPS power load corresponding to each power device in the computer room is used as the set reference UPS power load. The historical UPS power supply appearance data corresponding to each power device is obtained, and then the average historical UPS power supply appearance data corresponding to each power device in the computer room is obtained through the average value formula method, and the average historical UPS power supply appearance data is used as the set reference UPS power supply appearance data.

[0028] It should also be noted that the weight factor of power supply voltage, the weight factor of circuit board corrosion area, the weight factor of UPS power load and the weight factor of UPS power appearance data are obtained through factor analysis method. The information of power supply voltage, circuit board corrosion area, UPS power load and UPS power appearance data is first condensed, and then the corresponding variance explanation rate is obtained, and then divided by the variance explanation rate to get the corresponding weight.

[0029] It is important to note again that information condensation refers to condensing multiple analysis items into several key summary indicators, and the variance explanation rate refers to the contribution of each principal component or factor to the overall variance, usually expressed as a percentage, indicating how much information the factor contains about the original data.

[0030] The environment monitoring module is used to obtain the monitoring positions of the corresponding monitoring environment in the computer room by screening when a UPS power supply in the computer room is abnormal, and then perform corresponding monitoring on the environment of each UPS power supply in the computer room, and analyze the environmental status of each UPS power supply in the computer room.

[0031] It should be noted that the sensors include temperature and humidity sensors, water immersion detection sensors, smoke detectors and human infrared detectors.

[0032] It should be noted that the monitoring data of the corresponding monitoring environment in the current computer room will be compared with the monitoring data types corresponding to each sensor stored in the database. If the monitoring data of the corresponding monitoring environment in the current computer room is the same as the monitoring data type corresponding to a sensor stored in the database, then the sensor will be used as the sensor of the monitoring data of the corresponding monitoring environment in the current computer room, so as to obtain the sensors of the corresponding monitoring environment in the current computer room.

[0033] It should be noted that, by comparing the corresponding equipment properties in the current computer room: for example, the monitoring data of the corresponding monitoring environment in the current computer room is the water infiltration attribute, if the basic condition corresponding to a certain monitoring data is the equipment attribute with drainage function, and the corresponding equipment attributes with drainage equipment properties in the current computer room are cabinets and air conditioners, the monitoring positions are obtained under the cabinet and at the air conditioner hose, and so on and so forth to obtain the monitoring positions of the corresponding monitoring environment in the computer room.

[0034] It should be noted that the corresponding machine learning model is selected: according to the environmental security information of the environment corresponding to each UPS power supply in the computer room, when the environmental security information of the environment corresponding to each UPS power supply in the computer room is high, then according to the corresponding calculation value range supported by each machine learning model, corresponding selection and matching are performed, and the environmental security information values ​​of the monitored environments of each UPS power supply are compared with the calculation value range supported by each machine learning model. If the environmental security information value of the environment in which a UPS power supply is monitored is within the calculation value range supported by a machine learning model, then the machine learning model is used as the machine learning model for the calculation of the environmental security information of the environment in which the UPS power supply is located.

[0035] It should also be noted that historical reference test data: historical test data corresponding to each environment of the computer room UPS power supply is obtained, and various types of test data are integrated and counted for each type of historical test data corresponding to each environment of the computer room UPS power supply to form a corresponding bar chart, and the four test data with the highest values ​​are used as the historical reference test data for the corresponding environment of the computer room UPS power supply.

[0036] As an optional implementation, the screening obtains the monitoring positions of the corresponding monitoring environment in the computer room, and then performs corresponding monitoring on the environment corresponding to each UPS power supply in the computer room. The specific screening process is as follows: the historical reference detection data of the corresponding environment of the UPS power supply in the computer room stored in the database is used as the monitoring data of the corresponding monitoring environment in the current computer room, and each sensor is matched according to the corresponding monitoring data.

[0037] Obtain the corresponding attributes when the monitoring data appears from the database, and compare the corresponding attributes when each monitoring data appears with the corresponding attribute set of each device in the current computer room. If the corresponding attribute when a certain monitoring data appears is in the corresponding attribute set of a certain device in the current computer room, then the location of the device is used as the monitoring position of the corresponding monitoring environment in the computer room, so as to filter out the monitoring positions of the corresponding monitoring environment in the computer room.

[0038] After placing each sensor at the corresponding monitoring position, the environmental security information of the environment corresponding to each UPS power supply in the computer room is obtained, where the environmental security information includes temperature and humidity, water infiltration, smoke and dust, and the number of illegal intrusions.

[0039] As an optional implementation method, the analysis obtains the corresponding environmental state of each UPS power supply in the computer room. The specific analysis process is as follows: by monitoring the environment corresponding to each UPS power supply in the computer room, the environmental security information of the environment corresponding to each UPS power supply in the computer room is obtained, wherein the environmental security information includes temperature and humidity, water infiltration amount, smoke and dust amount and the number of illegal intrusions, and then the corresponding machine learning model is selected, and the environmental security information of the environment corresponding to each UPS power supply in the computer room is input into the machine learning model, and the environmental security coefficient of each UPS power supply in the computer room is obtained by analysis. When the monitoring result is 0, it is determined that the corresponding environmental state of a UPS power supply in the computer room is unqualified, and the unqualified environmental state of the UPS power supply in the computer room is transmitted to the control terminal, and the corresponding automatic environmental control management is performed. When the monitoring result is 1, it is determined that the corresponding environmental state of a UPS power supply in the computer room is qualified, and the current environmental state is continued to operate, and the qualified environmental state of the UPS power supply in the computer room is transmitted to the control terminal in real time, so as to obtain the corresponding environmental state of each UPS power supply in the computer room.

[0040] As an optional implementation, the analysis obtains the environmental security coefficient of each UPS power supply in the computer room. The specific analysis process is as follows: based on the normalization of the environmental security information of the environment in which each UPS power supply in the computer room is located, the operating information corresponding to each power equipment in the computer room is recorded as , , , .

[0041] By calculation formula: , the corresponding Environmental safety factor of the UPS power supply , is the number of each UPS power supply, , is any integer greater than 2, Corresponding to the first The temperature and humidity of the environment where the UPS power supply is located. Corresponding to the first The amount of water intrusion in the environment of the UPS power supply, Corresponding to the first The amount of smoke and dust in the environment where the UPS power supply is located. Corresponding to the first The number of illegal intrusions into the environment where the UPS power supply is located, , , and They are the weight factors of temperature and humidity, water infiltration, smoke and dust, and illegal intrusion. is the preset reference environment security factor, , , , .

[0042] It should also be noted that the historical temperature and humidity of the environment corresponding to each UPS power supply in the computer room are obtained from the database, and then the average historical temperature and humidity of the environment corresponding to each UPS power supply in the computer room is obtained through the average value formula method, and the average historical temperature and humidity are used as the set reference temperature and humidity, the historical water infiltration amount of the environment corresponding to each UPS power supply in the computer room is obtained from the database, and then the average historical water infiltration amount of the environment corresponding to each UPS power supply in the computer room is obtained through the average value formula method, and the average historical temperature and humidity are used as the set reference water infiltration amount, the historical smoke amount of the environment corresponding to each UPS power supply in the computer room is obtained from the database, and then the average historical smoke amount of the environment corresponding to each UPS power supply in the computer room is obtained through the average value formula method, and the average historical temperature and humidity are used as the set reference smoke amount, the historical number of illegal intrusions of the environment corresponding to each UPS power supply in the computer room is obtained from the database, and then the average historical number of illegal intrusions of the environment corresponding to each UPS power supply in the computer room is obtained through the average value formula method, and the average historical temperature and humidity are used as the set reference number of illegal intrusions.

[0043] It should also be noted that the weight factors of temperature and humidity, water infiltration, smoke and dust, and the number of illegal intrusions are obtained through factor analysis. The information of temperature and humidity, water infiltration, smoke and dust, and the number of illegal intrusions is first condensed, and then the corresponding variance explanation rate is obtained, and then divided by the variance explanation rate to get the corresponding weight.

[0044] It is important to note again that information condensation refers to condensing multiple analysis items into several key summary indicators, and the variance explanation rate refers to the contribution of each principal component or factor to the overall variance, usually expressed as a percentage, indicating how much information the factor contains about the original data.

[0045] The control terminal is used to execute the power management corresponding to each power equipment in the computer room and the environmental security management corresponding to the UPS power supply in the computer room when the operating performance of a power equipment in the computer room is abnormal or the environmental status of a UPS power supply in the computer room is unqualified.

[0046] It should be noted that the operating status coefficient corresponding to each power equipment in the computer room is compared with the operating status coefficient threshold corresponding to each historical power equipment stored in the database. If the operating status coefficient corresponding to the power equipment in the computer room is the same as the operating status coefficient threshold corresponding to a historical power equipment stored in the database, the power equipment management work order corresponding to the historical power equipment will be used as the power equipment management work order corresponding to the power equipment in the computer room, so as to execute power management corresponding to each power equipment in the computer room.

[0047] It should be noted that computer room cleaning includes but is not limited to filter dust cleaning, motherboard dust cleaning, radiator dust cleaning and fan dust cleaning.

[0048] As an optional implementation method, the power management corresponding to each power equipment in the computer room is executed, and the specific execution process is as follows: the operating status coefficient corresponding to each power equipment in the computer room is compared with the operating status coefficient threshold range corresponding to the historical maintenance stored in the database. If the operating status coefficient corresponding to a power equipment in the computer room is within the operating status coefficient threshold range corresponding to a historical self-maintenance stored in the database, the control terminal executes the corresponding automatic power equipment management, turns on the corresponding backup power supply in the computer room, and reduces the load. If the operating status coefficient corresponding to a power equipment in the computer room is not within the operating status coefficient threshold range corresponding to a historical self-maintenance stored in the database, a corresponding power equipment management work order is generated and sent to the computer room operation and maintenance personnel by SMS or email, notifying the operation and maintenance personnel to execute the corresponding power equipment management.

[0049] As an optional implementation method, the environmental security management corresponding to the UPS power supply in the computer room is executed, and the specific implementation process is as follows: when the temperature and humidity in the environment corresponding to each UPS power supply in the computer room are too high or the water flooding area is large, the temperature of the corresponding air-conditioning equipment in the computer room is lowered and the dehumidification mode is turned on, and the ventilation speed of the ventilation equipment is increased. The location type of the equipment where the water flooding phenomenon occurs in the computer room is sent to the operation and maintenance personnel via SMS, and the corresponding equipment water flooding maintenance is notified. When the environment corresponding to each UPS power supply in the computer room is dusty, the corresponding fresh air system in the computer room is turned on, and the operation and maintenance personnel are notified to perform the corresponding computer room cleaning.

[0050] The database is used to store the number of red light flashes, the number of alarms, operation information, historical reference detection data, attributes and environmental security information.

[0051] The embodiment of the present invention analyzes whether each UPS power supply in the computer room is operating normally, and then performs various aspects of monitoring in the computer room, thereby analyzing the operating performance status corresponding to each power device in the computer room and the environmental status corresponding to each UPS power supply in the computer room, and performing centralized power environment management, so as to achieve efficient management of the computer room, ensure the safe and stable operation of the computer room, solve the deficiencies in the current technology, and based on various aspects of monitoring in the computer room, achieve real-time grasp of equipment information so as to perform timely power environment abnormal management. At the same time, all monitoring devices are connected to the control terminal to achieve real-time reception of abnormal information, help operation and maintenance personnel quickly perform abnormal maintenance on computer room equipment, improve equipment operation stability, reduce the burden on maintenance personnel, effectively save manpower, continuously improve the system maintenance level, achieve reasonable and effective evaluation of computer room energy efficiency, ensure the effectiveness of computer room power environment management, and improve the safety and energy efficiency of the computer room.

[0052] The above contents are merely examples and explanations of the concept of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined in this specification, they shall all fall within the protection scope of the present invention.

Claims

1. The power environment monitoring system used for computer room monitoring is characterized by: include: UPS power supply monitoring module, used to perform corresponding monitoring on each UPS power supply in the computer room, and then analyze whether each UPS power supply in the computer room is operating normally; The power monitoring module is used to perform corresponding monitoring on each power device in the computer room when a UPS power supply in the computer room is abnormal, and then analyze and obtain the corresponding operating performance status of each power device in the computer room; The environment monitoring module is used to obtain the monitoring positions of the corresponding monitoring environment in the computer room by screening when a UPS power supply in the computer room is abnormal, and then perform corresponding monitoring on the environment where each UPS power supply in the computer room is located, and analyze the environmental status of each UPS power supply in the computer room; The control terminal is used to execute the power management corresponding to each power equipment in the computer room and the environmental security management corresponding to the UPS power supply in the computer room when the operating performance of a power equipment in the computer room is abnormal or the environmental status of a UPS power supply in the computer room is unqualified.

2. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The specific analysis process of analyzing whether each UPS power supply in the computer room is operating normally is as follows: Based on the location of the equipment corresponding to each UPS power supply in the computer room, the corresponding monitoring equipment is installed to perform monitoring, and the monitoring equipment is connected to the control terminal corresponding to the computer room. The working image corresponding to each UPS power supply in the computer room is obtained through the monitoring equipment, and the number of red light flashes corresponding to each UPS power supply is extracted from the monitored working image. At the same time, the number of alarms corresponding to each UPS power supply is extracted from the SMS receiving setting of the control terminal to see whether the number of red light flashes is consistent with the number of alarms. If the number is inconsistent, the number of alarms is increased or decreased based on the number of red light flashes to achieve consistency in number. The number of alarms corresponding to each UPS power supply in the computer room is compared with the reference number of alarms corresponding to the UPS power supply stored in the database. If the number of alarms corresponding to a UPS power supply in the computer room is greater than or equal to the reference number of alarms corresponding to the UPS power supply stored in the database, it is determined that the UPS power supply in the computer room is operating abnormally, and the abnormal information is sent to the control terminal to perform corresponding power environment monitoring. Otherwise, the UPS power supply in the computer room is operating normally.

3. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The corresponding monitoring is performed on each power equipment in the machine room, and the specific monitoring process is as follows: Based on the monitoring equipment, the corresponding working images of each power equipment in the computer room are obtained, and then the circuit board corrosion area and UPS power supply appearance data are extracted from the monitored working images. At the same time, sensors are installed on each power equipment to collect the corresponding power supply voltage and UPS power supply load of each power equipment in the computer room. In summary, the corresponding operating information of each power equipment in the computer room is obtained.

4. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The analysis obtains the operating performance status of each power equipment in the machine room. The specific analysis process is as follows: According to the corresponding monitoring performed on each power equipment in the computer room, the corresponding operation information of each power equipment in the computer room is obtained, wherein the operation information includes power supply voltage, circuit board corrosion area, UPS power supply load and UPS power supply appearance data, and then the corresponding machine learning model is selected, and the operation information corresponding to each power equipment in the computer room is input into the machine learning model, and the operation status coefficient corresponding to each power equipment in the computer room is obtained by analysis. When the analysis result is 1, it is determined that the operation performance status corresponding to a certain power equipment in the computer room is normal, and the operation performance status corresponding to the power equipment is sent to the control terminal in real time. When the analysis result is 0, it is determined that the operation performance status corresponding to a certain power equipment in the computer room is abnormal, and the abnormal operation performance status corresponding to the power equipment in the computer room is uploaded to the control terminal.

5. The power environment monitoring system for computer room monitoring as claimed in claim 4, characterized in that: The analysis obtains the operating status coefficients corresponding to each power equipment in the machine room. The specific analysis process is as follows: Based on the normalization of the operation information corresponding to each power equipment in the machine room, the operation information corresponding to each power equipment in the machine room is recorded as , , , ; By calculation formula: , the analysis results show that The operating state coefficient corresponding to each power equipment , is the number of each power equipment, , is any integer greater than 2, For the first The power supply voltage corresponding to each power device is For the first The circuit board corrosion area corresponding to each power device is In the machine room The UPS power load corresponding to each power device is: For the first UPS power supply appearance data corresponding to each power device, , , and They are the weight factor of the set power supply voltage, the weight factor of the circuit board corrosion area, the weight factor of the UPS power load and the weight factor of the UPS power appearance data. is the preset reference operating performance status coefficient, , , , .

6. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The screening obtains each monitoring position corresponding to the monitoring environment in the computer room, and then performs corresponding monitoring on the environment corresponding to each UPS power supply in the computer room. The specific screening process is as follows: The historical reference detection data of the corresponding environment of the UPS power supply in the computer room stored in the database is used as the monitoring data of the corresponding monitoring environment in the current computer room, and each sensor is matched according to the corresponding monitoring data; Obtain the corresponding attributes when the monitoring data appears from the database, compare the corresponding attributes when each monitoring data appears with the corresponding attribute set of each device in the current computer room, if the corresponding attribute when a certain monitoring data appears is in the corresponding attribute set of a certain device in the current computer room, then the location of the device is used as the monitoring location of the corresponding monitoring environment in the computer room, thereby screening and obtaining the monitoring locations of the corresponding monitoring environment in the computer room; After placing each sensor at the corresponding monitoring position, the environmental security information of the environment corresponding to each UPS power supply in the computer room is obtained, where the environmental security information includes temperature and humidity, water infiltration, smoke and dust, and the number of illegal intrusions.

7. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The analysis obtains the corresponding environmental status of each UPS power supply in the computer room. The specific analysis process is as follows: By monitoring the environment corresponding to each UPS power supply in the computer room, the environmental security information of the environment corresponding to each UPS power supply in the computer room is obtained, wherein the environmental security information includes temperature and humidity, water infiltration amount, smoke and dust amount and the number of illegal intrusions, and then the corresponding machine learning model is selected, and the environmental security information of the environment corresponding to each UPS power supply in the computer room is input into the machine learning model, and the environmental security coefficient of each UPS power supply in the computer room is obtained by analysis. When the monitoring result is 0, it is determined that the environmental state corresponding to a UPS power supply in the computer room is unqualified, and the unqualified environmental state corresponding to the UPS power supply in the computer room is transmitted to the control terminal, and the corresponding automatic environmental control management is performed. When the monitoring result is 1, it is determined that the environmental state corresponding to a UPS power supply in the computer room is qualified, and the current environmental state is maintained, and the qualified environmental state corresponding to the UPS power supply in the computer room is transmitted to the control terminal in real time, so as to obtain the environmental state corresponding to each UPS power supply in the computer room by analysis.

8. The power environment monitoring system for computer room monitoring as claimed in claim 7, characterized in that: The analysis obtains the environmental security factor of each UPS power supply in the computer room. The specific analysis process is as follows: Based on the normalization of the environmental security information of each UPS power supply in the computer room, the operating information corresponding to each power equipment in the computer room is recorded as , , , ; By calculation formula: , the corresponding Environmental safety factor of the UPS power supply , is the number of each UPS power supply, , is any integer greater than 2, Corresponding to the first The temperature and humidity of the environment where the UPS power supply is located. Corresponding to the first The amount of water intrusion in the environment of the UPS power supply, Corresponding to the first The amount of smoke and dust in the environment where the UPS power supply is located. Corresponding to the first The number of illegal intrusions into the environment where the UPS power supply is located, , , and They are the weight factors of temperature and humidity, water infiltration, smoke and dust, and illegal intrusion. is the preset reference environment security factor, , , , .

9. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The specific execution process of the power management corresponding to each power equipment in the execution room is as follows: The operating status coefficient corresponding to each power equipment in the computer room is compared with the operating status coefficient threshold range corresponding to each historical maintenance stored in the database. If the operating status coefficient corresponding to a power equipment in the computer room is within the operating status coefficient threshold range corresponding to a historical self-maintenance stored in the database, the control terminal executes the corresponding automatic power equipment management, turns on the corresponding backup power supply in the computer room, and reduces the load. If the operating status coefficient corresponding to a power equipment in the computer room is not within the operating status coefficient threshold range corresponding to a historical self-maintenance stored in the database, a corresponding power equipment management work order is generated and sent to the computer room operation and maintenance personnel by SMS or email, notifying the operation and maintenance personnel to execute the corresponding power equipment management.

10. The power environment monitoring system for computer room monitoring according to claim 1, characterized in that: The specific implementation process of the environmental security management corresponding to the UPS power supply in the computer room is as follows: When the temperature and humidity in the environment corresponding to each UPS power supply in the computer room are too high or the flooding area is large, the temperature of the corresponding air-conditioning equipment in the computer room is lowered and the dehumidification mode is turned on. At the same time, the ventilation speed of the ventilation equipment is increased. The location type of the equipment where the flooding phenomenon occurs in the computer room is sent to the operation and maintenance personnel via SMS, and they are notified to perform the corresponding equipment flooding maintenance. When the environment corresponding to each UPS power supply in the computer room is dusty, the corresponding fresh air system in the computer room is turned on, and the operation and maintenance personnel are notified to perform the corresponding computer room cleaning.

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