IoT Applications
Air Conditioner Remote Monitoring and Control Solution
Views : 6826
Author : Jeakie
Update time : 2023-04-24 14:16:25
Air Conditioner Remote Monitoring and Control Solution
Program introduction:
This solution is based on the Industrial Internet of Things and aims to realize remote monitoring of air conditioners. The air conditioner controller data is read through the 4G gateway and uploaded to the cloud platform. Users can remotely view and control the air conditioner through mobile phones and computers. At the same time, the system supports telephone, SMS, WeChat, and email alarm functions. Once the air conditioner is abnormal, it will automatically send an alarm message to the administrator so that the abnormal situation can be dealt with in a timely manner.
system structure:
1. This solution includes four parts: air conditioner controller, 4G gateway, cloud platform and alarm system. The air conditioner controller communicates with the 4G gateway through the Modbus RTU communication protocol, and the 4G gateway uploads the read data to the cloud platform.
2. When the air conditioner is abnormal, the alarm system will automatically send alarm information to the administrator, and the administrator can receive the alarm information by phone, SMS, WeChat, email, etc.
hardware equipment:
1. Air conditioner controller: Air conditioner controller with Modbus RTU communication protocol.
2.4G gateway: a gateway device that uses 4G network for data transmission.
3. Cloud platform: use AWS, Alibaba Cloud and other cloud platforms for data storage and remote access.
4. Alarm system: an alarm system that supports phone, SMS, WeChat, and email alarm functions.
Software Implementation:
1. Modbus RTU communication: Modbus RTU communication protocol is used for data transmission between the air conditioner controller and the 4G gateway. On the 4G gateway, read the data of the air conditioner controller through the serial port, and upload the data to the cloud platform.
2. Data upload: The 4G gateway uploads the read air conditioner controller data to the cloud platform through the 4G network. The cloud platform can use the IoT platform of cloud service providers such as Alibaba Cloud for data storage and management.
3. Alarm system: When the air conditioner is abnormal, the alarm system will automatically send alarm information to the administrator, and the administrator can receive the alarm information by phone, SMS, WeChat, email, etc. The alarm system can be implemented using third-party service providers such as Aliyun SMS, WeChat official account, etc.
Summarize:
This solution is based on the Industrial Internet of Things. The data of the air conditioner controller is read through the 4G gateway and uploaded to the cloud platform. Users can remotely view and control the air conditioner. At the same time, it supports phone, SMS, WeChat, and email alarm functions. This solution can improve the efficiency and management level of air conditioners, and reduce the impact of air conditioner failures on production and life.
This solution is based on the Industrial Internet of Things and aims to realize remote monitoring of air conditioners. The air conditioner controller data is read through the 4G gateway and uploaded to the cloud platform. Users can remotely view and control the air conditioner through mobile phones and computers. At the same time, the system supports telephone, SMS, WeChat, and email alarm functions. Once the air conditioner is abnormal, it will automatically send an alarm message to the administrator so that the abnormal situation can be dealt with in a timely manner.
system structure:
1. This solution includes four parts: air conditioner controller, 4G gateway, cloud platform and alarm system. The air conditioner controller communicates with the 4G gateway through the Modbus RTU communication protocol, and the 4G gateway uploads the read data to the cloud platform.
2. When the air conditioner is abnormal, the alarm system will automatically send alarm information to the administrator, and the administrator can receive the alarm information by phone, SMS, WeChat, email, etc.
hardware equipment:
1. Air conditioner controller: Air conditioner controller with Modbus RTU communication protocol.
2.4G gateway: a gateway device that uses 4G network for data transmission.
3. Cloud platform: use AWS, Alibaba Cloud and other cloud platforms for data storage and remote access.
4. Alarm system: an alarm system that supports phone, SMS, WeChat, and email alarm functions.
1. Modbus RTU communication: Modbus RTU communication protocol is used for data transmission between the air conditioner controller and the 4G gateway. On the 4G gateway, read the data of the air conditioner controller through the serial port, and upload the data to the cloud platform.
2. Data upload: The 4G gateway uploads the read air conditioner controller data to the cloud platform through the 4G network. The cloud platform can use the IoT platform of cloud service providers such as Alibaba Cloud for data storage and management.
3. Alarm system: When the air conditioner is abnormal, the alarm system will automatically send alarm information to the administrator, and the administrator can receive the alarm information by phone, SMS, WeChat, email, etc. The alarm system can be implemented using third-party service providers such as Aliyun SMS, WeChat official account, etc.
Summarize:
This solution is based on the Industrial Internet of Things. The data of the air conditioner controller is read through the 4G gateway and uploaded to the cloud platform. Users can remotely view and control the air conditioner. At the same time, it supports phone, SMS, WeChat, and email alarm functions. This solution can improve the efficiency and management level of air conditioners, and reduce the impact of air conditioner failures on production and life.
