Communication machine room power environment monitoring system based on LORA communication

Abstract

The utility model provides a communication machine room power environment monitoring system based on LORA communication, which comprises an LORA terminal, an LORA aggregator, an LORA host and a cloud platform, the cloud platform is connected with the LORA host, the LORA host is connected with the LORA terminal through LORA communication, the LORA terminal transmits acquired data to the LORA host, and the acquired data is finally transmitted to the cloud platform through the LORA host. The LORA host is connected with the LORA terminal through the LORA communication when the LORA host and the LORA terminal do not exceed the communication range of the LORA communication, the LORA host is connected with the LORA terminal through the LORA aggregator when the LORA host and the LORA terminal exceed the communication range of the LORA communication, a machine room alarm threshold value is preset in the cloud platform, and an access control alarm module is arranged in the cloud platform. The LORA terminals are connected with the LORA host through 5G signals, the LORA host is connected with the cloud platform through 5G signals, and real-time data transmission is achieved. The system is stable in communication, strong in expansion performance, and more flexible and practical in use.

Description

Technical Field

[0001] The utility model relates to the field of industrial intelligent comprehensive monitoring, and in particular to a communication room power environment monitoring system based on LORA communication. Background Art

[0002] The power environment monitoring system of the communication room is a system designed to solve the characteristics of the internal equipment and working environment of the communication bureau station. It monitors the operating status of the power supply equipment, environmental monitoring equipment and security equipment in the communication room in real time, collects monitoring data and detects faults. At present, the existing power environment monitoring system of the communication room has the problem of limited communication methods. The monitoring equipment and the host, and the host and the monitoring platform use wired connections, which are limited by high costs and electromagnetic interference. In addition, the cable is greatly affected by the environment of the room. If it is damaged, it will cause communication interruption and affect the normal operation of the system.

[0003] LORA communication technology: LORA is a long-distance, low-power wireless communication technology suitable for applications in the field of Internet of Things. It can realize long-distance communication between devices and has low power consumption, which is suitable for scenarios where long-distance data transmission is required in environmental monitoring systems.

[0004] Communication room power environment monitoring system: The communication room power environment monitoring system covers the communication room power monitoring terminal, environment monitoring terminal, security terminal and other functions, which are used to monitor and manage the power status and environmental parameters of the communication room in the industrial production environment in real time. The system can improve production efficiency, safety and reliability.

[0005] LORA terminal monitoring terminal and LORA intelligent host: In the power environment monitoring system of the communication room, the LORA terminal monitoring terminal is used for data collection and transmission, and the LORA intelligent host is used to manage and maintain the LORA network to ensure stable communication and reliable data transmission.

[0006] LORA aggregator: LORA aggregator is used for communication network relay. For LORA terminals that are more than the minimum distance for stable communication from the LORA smart host, a LORA aggregator is added in the middle to ensure stable communication between the LORA terminal and the LORA smart host.

[0007] Cloud Platform: As an infrastructure for data storage and processing, the cloud platform can collect and analyze data collected from the monitoring system and provide users with real-time monitoring, analysis, and decision support.

[0008] In summary, the communication room power environment monitoring system based on LORA communication technology combines low power consumption, long-distance communication and cloud data processing technologies, which can realize remote monitoring and management of power equipment, environment and security in the communication room, and improve production efficiency and safety. Utility Model Content

[0009] In order to solve the above technical problems, the utility model proposes a communication room power environment monitoring system based on LORA communication, which uses LORA communication technology to achieve low power consumption, long-distance communication and cloud data processing. Through the cloud platform, remote monitoring and management of power equipment, environment and security in the communication room can be realized. If an equipment alarm occurs, the relevant personnel can be notified in time to improve production efficiency and safety.

[0010] In order to achieve the above purpose, the technical solution adopted by the utility model is:

[0011] A communication room power environment monitoring system based on LORA communication, characterized in that it includes a LORA terminal for collecting front-end data, a LORA aggregator for data forwarding to increase the data transmission distance, a LORA host for forming, managing and maintaining a LORA network, and a cloud platform for data monitoring, wherein the cloud platform is connected to the LORA host, the LORA host is connected to the LORA terminal through LORA communication, the LORA terminal transmits the collected data to the LORA host, and finally transmits it to the cloud platform through the LORA host, when the LORA host and the LORA terminal exceed the communication range of the LORA communication, the LORA host is connected to the LORA terminal through the LORA aggregator, a room alarm threshold is preset in the cloud platform, when the front-end data uploaded by the LORA terminal has data exceeding the room alarm threshold, the cloud platform pops up a corresponding alarm pop-up window according to the front-end data category, and an access control alarm module is provided in the cloud platform, when the front-end data uploaded by the LORA terminal is consistent with the alarm status information in the access control alarm module, the cloud platform pushes the corresponding alarm pop-up window to the monitoring personnel for confirmation.

[0012] In the above structure: the present application proposes a communication room power environment monitoring system based on LORA communication, including a LORA terminal, a LORA aggregator, a LORA host and a cloud platform, wherein the cloud platform is connected to the LORA host, and the LORA host is connected to the LORA terminal through LORA communication. When applied, the LORA terminal transmits the collected front-end data to the LORA host, and finally transmits it to the cloud platform for data processing through the LORA host.

[0013] There are two ways to connect the LoRa host and the LoRa terminal to cope with different installation environments. When the LoRa host and the LoRa terminal are within the communication range of the LoRa communication, the LoRa host is connected to the LoRa terminal through the LoRa communication. When the LoRa host and the LoRa terminal are beyond the communication range of the LoRa communication, the LoRa host is connected to the LoRa terminal through the LoRa aggregator. The LoRa aggregator is used for data forwarding and increases the data transmission distance.

[0014] The cloud platform also has a preset computer room alarm threshold. The front-end data collected is collected and uploaded through the LORA terminal. When the front-end data uploaded by the LORA terminal exceeds the computer room alarm threshold, the cloud platform will pop up a corresponding alarm window according to the category of the front-end data to remind the staff to handle it. The cloud platform also has an access control alarm module. The LORA terminal can collect access control information and upload it to the cloud platform. When the front-end data uploaded by the LORA terminal is consistent with the alarm status information in the access control alarm module, the cloud platform will push the corresponding alarm window to the monitoring personnel for confirmation to prevent unrelated personnel from entering and leaving the computer room at will.

[0015] The cloud platform communicates with the LORA host through the 5G communication network, realizing rapid response and rapid processing of this application. The LORA host communicates with each LORA terminal through LORA communication technology. The computer room equipment and access control equipment are connected to the cloud platform in the above manner to realize monitoring of the above equipment.

[0016] Further: the LORA terminal includes a computer room power monitoring terminal and a computer room environment monitoring terminal that do not exceed the LORA communication range. The computer room power monitoring terminal is respectively connected to a communication power supply acquisition device for monitoring the communication power supply and a battery acquisition device for monitoring the battery. The computer room environment monitoring terminal is connected to a precision air conditioning acquisition device for monitoring the air conditioner. The computer room environment monitoring terminal has built-in temperature and humidity and smoke sensors for monitoring indoor temperature and humidity, and for detecting the temperature and humidity of the computer room.

[0017] Furthermore: the alarm thresholds of the computer room include communication power alarm thresholds, battery alarm thresholds, air conditioning alarm thresholds, and temperature, humidity and smoke alarm thresholds. The communication power acquisition device acquires power supply operating parameters and uploads them to the cloud platform in real time for comparison with the alarm thresholds. The battery acquisition device acquires battery pack operating parameters and the voltage, internal resistance, and temperature value of each battery and uploads them to the cloud platform for comparison with the battery alarm thresholds. The precision air conditioning acquisition device acquires air conditioning operating parameters and time and uploads them to the cloud platform in real time for comparison with the air conditioning alarm thresholds. The temperature, humidity and smoke sensors upload temperature, humidity and smoke value data to the cloud platform in real time for comparison with the temperature, humidity and smoke alarm thresholds.

[0018] In the above structure: the LORA terminal includes a computer room power monitoring terminal and a computer room environment monitoring terminal that do not exceed the LORA communication range, which are used to monitor the computer room power equipment and the computer room environment equipment respectively. The monitoring of the computer room power equipment is realized through the communication power acquisition equipment and the battery acquisition equipment, and the monitoring of the computer room environment equipment is realized through the precision air conditioning acquisition equipment and the temperature, humidity and smoke sensors.

[0019] Among them, the communication power acquisition device is connected to the interface of the communication power supply, and collects various operating parameters and alarm information such as voltage, current and power of the communication power supply in real time, and sends the collected communication power supply data to the power monitoring terminal in the computer room. The power monitoring terminal in the computer room uploads it to the cloud platform through the LORA host. The cloud platform is set with a communication power supply alarm threshold, and the uploaded power supply data is compared with the communication power supply alarm threshold. When a point value exceeds the threshold, the cloud platform pops up a communication power supply alarm pop-up window;

[0020] The battery collection device is connected to the battery. The battery group voltage, group current, single-cell voltage, single-cell internal resistance and single-cell temperature values ​​are collected through the battery collection device and uploaded to the power monitoring terminal in the computer room. The power monitoring terminal in the computer room sends the received battery data to the LORA host, which is then uploaded to the cloud platform. The cloud platform is set with a battery alarm threshold. The collected battery data is compared with the battery alarm threshold. When a point value exceeds the threshold, the cloud platform pops up a battery alarm pop-up window.

[0021] The precision air conditioning acquisition equipment is connected to the precision air conditioning in the communication room, collects the on / off status, operating parameters and alarm information of the precision air conditioning, and uploads it to the room environment monitoring terminal. The room environment monitoring terminal sends the received precision air conditioning data to the LORA host, and the LORA host uploads it to the cloud platform. The cloud platform is set with an air conditioning alarm threshold. When a point exceeds the threshold, the cloud platform pops up an air conditioning alarm window. The monitoring personnel can remotely control and adjust the precision air conditioning. When the monitoring personnel issues a remote control or remote adjustment command, the cloud platform sends the command to the LORA host. The LORA host forwards the received command to the room environment monitoring terminal. The room environment monitoring terminal sends a message to the precision air conditioning and returns the air conditioning execution result. The monitoring personnel can view the execution results of the remote control or remote adjustment on the cloud platform. The room environment monitoring terminal has built-in temperature, humidity and smoke sensors, which can monitor the communication room environment in real time. The cloud platform sets temperature, humidity and smoke alarm thresholds for temperature, humidity and smoke. When the temperature, humidity and smoke sensor data values ​​exceed the threshold, the cloud platform pops up an alarm window.

[0022] Further: the LORA terminal includes an access control monitoring terminal and an infrared dual-identification monitoring terminal that are beyond the LORA communication range. The access control monitoring terminal is connected to the access control integrated machine through a connecting line to collect data in real time. The infrared dual-identification monitoring terminal is connected to the infrared dual-identification through a connecting line to read the status information of the infrared dual-identification in real time.

[0023] Further: the access control alarm module includes a door opening alarm and an infrared alarm. The access control monitoring terminal obtains the switch status of the access control integrated machine. The infrared dual-detection monitoring terminal monitors the entry and exit and movement of people in the computer room through infrared dual-detection, and uploads it to the cloud platform. When the access control integrated machine is in the door opening state and the infrared dual-detection is in the alarm state, the alarm information of the access control integrated machine, the infrared dual-detection and the alarm module are consistent. The cloud platform pushes the corresponding alarm pop-up window for confirmation by the monitoring personnel.

[0024] In the above structure: the LORA terminal includes an access control monitoring terminal and an infrared dual-detection monitoring terminal beyond the LORA communication range, wherein the access control monitoring terminal is connected to the access control integrated machine through a connecting line and performs real-time data collection, the infrared dual-detection monitoring terminal is connected to the infrared dual-detection through a connecting line, and reads the status information of the infrared dual-detection in real time, and the access control alarm module includes a door opening alarm and an infrared alarm.

[0025] The access control monitoring terminal and the infrared dual-detection monitoring terminal are connected to the access control integrated machine and the infrared dual-detection in the computer room respectively, so as to collect the switch status of the access control integrated machine and the detection status of the infrared dual-detection. The entry and exit and movement of personnel in the computer room are monitored by the infrared dual-detection, and the access control integrated machine is remotely controlled to be opened or closed through the access control monitoring terminal.

[0026] The access control monitoring terminal and the infrared dual-detection monitoring terminal send the collected switch status of the access control integrated machine and the entry, exit and movement of personnel to the LORA host, which is then uploaded to the cloud platform by the LORA host. When the alarm information in the access control integrated machine and the infrared dual-detection is consistent with the access control alarm module, that is, the access control integrated machine is in the open state and the infrared dual-detection is in the alarm state, the cloud platform pushes the corresponding alarm pop-up window for confirmation by the monitoring personnel.

[0027] The communication room power environment monitoring system based on LORA communication technology can not only reduce the construction period, reduce the construction difficulty and reduce the cost during construction and use, but also because the system uses LORA wireless communication technology between each LORA terminal and the LORA host, the flexibility of adding and deleting equipment is extremely high, and the subsequent maintenance cost of the system will also be greatly reduced.

[0028] Compared with the prior art, the beneficial effects of the utility model are:

[0029] This utility model uses the communication room power environment monitoring system based on LORA communication technology, which combines low power consumption, long-distance communication and cloud data processing technologies, effectively solving the problem of communication mode limitations in the existing communication room power environment monitoring system. The communication room power environment monitoring system based on LORA communication technology can effectively reduce the construction period, reduce the construction difficulty and reduce the cost. Through the cloud platform, remote monitoring and management of power equipment, environment and security in the communication room can be realized. If an equipment alarm occurs, relevant personnel can be notified by phone in time to improve production efficiency and safety. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a schematic diagram of the structure of the utility model. DETAILED DESCRIPTION

[0031] The present invention is further described in detail below in conjunction with the accompanying drawings and specific implementation methods:

[0032] like Figure 1 As shown, the utility model proposes a communication room power environment monitoring system based on LORA communication, including a LORA terminal for collecting front-end data, a LORA aggregator for data forwarding to increase the data transmission distance, a LORA host for forming, managing and maintaining the LORA network, and a cloud platform for data monitoring, wherein the cloud platform is connected to the LORA host, and the LORA host is connected to the LORA terminal through LORA communication, and the LORA terminal transmits the collected data to the LORA host, and finally transmits it to the cloud platform through the LORA host. When the LORA host and the LORA terminal exceed the communication range of the LORA communication, the LORA host is connected to the LORA terminal through the LORA aggregator, and the cloud platform is preset with a room alarm threshold. When there is data exceeding the room alarm threshold in the front-end data uploaded by the LORA terminal, the cloud platform pops up a corresponding alarm pop-up window according to the front-end data category, and an access control alarm module is provided in the cloud platform. When the front-end data uploaded by the LORA terminal is consistent with the alarm status information in the access control alarm module, the cloud platform pushes the corresponding alarm pop-up window to the monitoring personnel for confirmation.

[0033] The present application proposes a communication room power environment monitoring system based on LORA communication, including a LORA terminal, a LORA aggregator, a LORA host and a cloud platform, wherein the cloud platform is connected to the LORA host, and the LORA host is connected to the LORA terminal through LORA communication. When used, the LORA terminal transmits the collected front-end data to the LORA host, and the LORA host finally transmits it to the cloud platform for data processing.

[0034] There are two ways to connect the LoRa host and the LoRa terminal to cope with different installation environments. When the LoRa host and the LoRa terminal are within the communication range of the LoRa communication, the LoRa host is connected to the LoRa terminal through the LoRa communication. When the LoRa host and the LoRa terminal are beyond the communication range of the LoRa communication, the LoRa host is connected to the LoRa terminal through the LoRa aggregator. The LoRa aggregator is used for data forwarding and increases the data transmission distance.

[0035] The cloud platform also has a preset computer room alarm threshold. The front-end data collected is collected and uploaded through the LORA terminal. When the front-end data uploaded by the LORA terminal exceeds the computer room alarm threshold, the cloud platform will pop up a corresponding alarm window according to the category of the front-end data to remind the staff to handle it. The cloud platform also has an access control alarm module. The LORA terminal can collect access control information and upload it to the cloud platform. When the front-end data uploaded by the LORA terminal is consistent with the alarm status information in the access control alarm module, the cloud platform will push the corresponding alarm window to the monitoring personnel for confirmation to prevent unrelated personnel from entering and leaving the computer room at will.

[0036] The cloud platform communicates with the LORA host through the 5G communication network, realizing rapid response and rapid processing of this application. The LORA host communicates with each LORA terminal through LORA communication technology. The computer room equipment and access control equipment are connected to the cloud platform in the above manner to realize monitoring of the above equipment.

[0037] In this embodiment: the LORA terminal includes a computer room power monitoring terminal and a computer room environment monitoring terminal that do not exceed the LORA communication range. The computer room power monitoring terminal is respectively connected to a communication power acquisition device for monitoring the communication power supply and a battery acquisition device for monitoring the battery. The computer room environment monitoring terminal is connected to a precision air conditioning acquisition device for monitoring the air conditioner. The computer room environment monitoring terminal is built with a temperature and humidity and a smoke sensor for monitoring the indoor temperature and humidity, and for detecting the temperature and humidity of the computer room. The computer room alarm threshold includes a communication power alarm threshold, a battery alarm threshold, an air conditioning alarm threshold, and a temperature and humidity and smoke alarm threshold. The communication power acquisition device collects power supply operation parameters and uploads them to the cloud platform in real time for comparison with the alarm threshold. The battery acquisition device collects battery pack operation parameters and the voltage, internal resistance, and temperature value of each battery and uploads them to the cloud platform for comparison with the battery alarm threshold. The precision air conditioning acquisition device collects air conditioning operation parameters and time and uploads them to the cloud platform in real time for comparison with the air conditioning alarm threshold. The temperature and humidity and smoke sensors upload temperature and humidity and smoke value data to the cloud platform in real time for comparison with the temperature and humidity and smoke alarm threshold.

[0038] The LORA terminal includes a power monitoring terminal and an environment monitoring terminal for the computer room that are within the communication range of the LORA. They are used to monitor the power equipment in the computer room and the environment equipment in the computer room respectively. The monitoring of the power equipment in the computer room is realized through the communication power acquisition equipment and the battery acquisition equipment. The monitoring of the environment equipment in the computer room is realized through the precision air conditioning acquisition equipment and the temperature, humidity and smoke sensors.

[0039] Among them, the communication power acquisition device is connected to the interface of the communication power supply, and collects various operating parameters and alarm information such as voltage, current and power of the communication power supply in real time, and sends the collected communication power supply data to the power monitoring terminal in the computer room. The power monitoring terminal in the computer room uploads it to the cloud platform through the LORA host. The cloud platform is set with a communication power supply alarm threshold, and the uploaded power supply data is compared with the communication power supply alarm threshold. When a point value exceeds the threshold, the cloud platform pops up a communication power supply alarm pop-up window;

[0040] The battery collection device is connected to the battery. The battery group voltage, group current, single-cell voltage, single-cell internal resistance and single-cell temperature values ​​are collected through the battery collection device and uploaded to the power monitoring terminal in the computer room. The power monitoring terminal in the computer room sends the received battery data to the LORA host, which is then uploaded to the cloud platform. The cloud platform is set with a battery alarm threshold. The collected battery data is compared with the battery alarm threshold. When a point value exceeds the threshold, the cloud platform pops up a battery alarm pop-up window.

[0041] The precision air conditioning acquisition equipment is connected to the precision air conditioning in the communication room, collects the on / off status, operating parameters and alarm information of the precision air conditioning, and uploads it to the room environment monitoring terminal. The room environment monitoring terminal sends the received precision air conditioning data to the LORA host, and the LORA host uploads it to the cloud platform. The cloud platform is set with an air conditioning alarm threshold. When a point exceeds the threshold, the cloud platform pops up an air conditioning alarm window. The monitoring personnel can remotely control and adjust the precision air conditioning. When the monitoring personnel issues a remote control or remote adjustment command, the cloud platform sends the command to the LORA host. The LORA host forwards the received command to the room environment monitoring terminal. The room environment monitoring terminal sends a message to the precision air conditioning and returns the air conditioning execution result. The monitoring personnel can view the execution results of the remote control or remote adjustment on the cloud platform. The room environment monitoring terminal has built-in temperature, humidity and smoke sensors, which can monitor the communication room environment in real time. The cloud platform sets temperature, humidity and smoke alarm thresholds for temperature, humidity and smoke. When the temperature, humidity and smoke sensor data values ​​exceed the threshold, the cloud platform pops up an alarm window.

[0042] In this embodiment: the LORA terminal includes an access control monitoring terminal and an infrared dual-detection monitoring terminal that are beyond the communication range of LORA. The access control monitoring terminal is connected to the access control integrated machine through a connecting line to collect data in real time. The infrared dual-detection monitoring terminal is connected to the infrared dual-detection through a connecting line to read the status information of the infrared dual-detection in real time. The access control alarm module includes a door opening alarm and an infrared alarm. The access control monitoring terminal obtains the switch status of the access control integrated machine. The infrared dual-detection monitoring terminal monitors the entry and exit and movement of personnel in the computer room through the infrared dual-detection and uploads it to the cloud platform. When the access control integrated machine is in the door opening state and the infrared dual-detection is in the alarm state, the alarm information of the access control integrated machine, the infrared dual-detection and the alarm module are consistent. The cloud platform pushes the corresponding alarm pop-up window for confirmation by the monitoring personnel.

[0043] The LORA terminal includes an access control monitoring terminal and an infrared dual-detection monitoring terminal that are beyond the LORA communication range. The access control monitoring terminal is connected to the access control integrated machine through a connecting line and collects data in real time. The infrared dual-detection monitoring terminal is connected to the infrared dual-detection through a connecting line and reads the status information of the infrared dual-detection in real time. The access control alarm module includes a door opening alarm and an infrared alarm.

[0044] The access control monitoring terminal and the infrared dual-detection monitoring terminal are connected to the access control integrated machine and the infrared dual-detection in the computer room respectively, so as to collect the switch status of the access control integrated machine and the detection status of the infrared dual-detection. The entry and exit and movement of personnel in the computer room are monitored by the infrared dual-detection, and the access control integrated machine is remotely controlled to be opened or closed through the access control monitoring terminal.

[0045] The access control monitoring terminal and the infrared dual-detection monitoring terminal send the collected switch status of the access control integrated machine and the entry, exit and movement of personnel to the LORA host, which is then uploaded to the cloud platform by the LORA host. When the alarm information in the access control integrated machine and the infrared dual-detection is consistent with the access control alarm module, that is, the access control integrated machine is in the open state and the infrared dual-detection is in the alarm state, the cloud platform pushes the corresponding alarm pop-up window for confirmation by the monitoring personnel.

[0046] The communication room power environment monitoring system based on LORA communication technology can not only reduce the construction period, reduce the construction difficulty and reduce the cost during construction and use, but also because the system uses LORA wireless communication technology between each LORA terminal and the LORA host, the flexibility of adding and deleting equipment is extremely high, and the subsequent maintenance cost of the system will also be greatly reduced.

[0047] This utility model uses the communication room power environment monitoring system based on LORA communication technology, which combines low power consumption, long-distance communication and cloud data processing technologies, effectively solving the problem of communication mode limitations in the existing communication room power environment monitoring system. The communication room power environment monitoring system based on LORA communication technology can effectively reduce the construction period, reduce the construction difficulty and reduce the cost. Through the cloud platform, remote monitoring and management of power equipment, environment and security in the communication room can be realized. If an equipment alarm occurs, relevant personnel can be notified by phone in time to improve production efficiency and safety.

[0048] The above is only a preferred embodiment of the present invention and does not constitute any other limitation on the present invention. Any modification or equivalent change made based on the technical essence of the present invention still falls within the scope of protection required by the present invention.

Claims

1. A communication room power environment monitoring system based on LORA communication, characterized in that: It includes a LORA terminal for collecting front-end data, a LORA aggregator for data forwarding to increase the data transmission distance, a LORA host for forming, managing and maintaining the LORA network, and a cloud platform for data monitoring. The cloud platform is connected to the LORA host, and the LORA host is connected to the LORA terminal through LORA communication. The LORA terminal transmits the collected data to the LORA host, and finally transmits it to the cloud platform through the LORA host. When the LORA host and the LORA terminal are beyond the communication range of the LORA communication, the LORA host is connected to the LORA terminal through the LORA aggregator, and the cloud platform is preset There are room alarm thresholds, which include communication power alarm thresholds, battery alarm thresholds, air conditioning alarm thresholds, and temperature, humidity, and smoke alarm thresholds. The communication power acquisition device acquires power supply operation parameters and uploads them to the cloud platform in real time for comparison with the alarm thresholds. The battery acquisition device acquires battery pack operation parameters and the voltage, internal resistance, and temperature value of each battery and uploads them to the cloud platform for comparison with the battery alarm thresholds. The precision air conditioning acquisition device acquires air conditioning operation parameters and time and uploads them to the cloud platform in real time for comparison with the air conditioning alarm thresholds. The temperature, humidity, and smoke sensors upload temperature, humidity, and smoke value data to the cloud platform in real time for comparison with the temperature, humidity, and smoke alarm thresholds. When the front-end data uploaded by the LORA terminal contains data that exceeds the alarm threshold of the computer room, the cloud platform pops up a corresponding alarm window according to the front-end data category. The cloud platform is provided with an access control alarm module, which includes a door opening alarm and an infrared alarm. The access control monitoring terminal obtains the switch status of the access control integrated machine, and the infrared dual-detection monitoring terminal monitors the entry and exit and movement of people in the computer room through the infrared dual-detection, and uploads it to the cloud platform. When the access control integrated machine is in the open state and the infrared dual-detection is in the alarm state, when the front-end data uploaded by the LORA terminal is consistent with the alarm status information in the access control alarm module, the cloud platform pushes the corresponding alarm pop-up window to the monitoring personnel for confirmation.

2. According to claim 1, a communication room power environment monitoring system based on LORA communication is characterized in that: The terminals of the communication room power environment monitoring system based on LORA communication include a room power monitoring terminal and a room environment monitoring terminal that do not exceed the LORA communication range. The room power monitoring terminal is respectively connected to a communication power supply acquisition device for monitoring the communication power supply and a battery acquisition device for monitoring the battery. The room environment monitoring terminal is connected to a precision air conditioning acquisition device for monitoring the air conditioner. The room environment monitoring terminal has built-in temperature and humidity and smoke sensors for monitoring indoor temperature and humidity, and for detecting the temperature and humidity of the room.

3. According to claim 1, a communication room power environment monitoring system based on LORA communication is characterized in that: The terminals of the communication room power environment monitoring system based on LORA communication include an access control monitoring terminal and an infrared dual-identification monitoring terminal that are beyond the LORA communication range. The access control monitoring terminal is connected to the access control integrated machine through a connecting line to collect data in real time. The infrared dual-identification monitoring terminal is connected to the infrared dual-identification through a connecting line to read the status information of the infrared dual-identification in real time.

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