The more significant benefit brought by the Internet of Things technology to the water pump is that the water pump is equipped with an intelligent brain, which makes the traditional water pump and electromechanical equipment alive and realizes human-computer interaction. This editor will popularize the basic knowledge of IoT technology for everyone. The typical system architecture of the Internet of Things is divided into 3 layers, which are the perception layer, network layer, and application layer from bottom to top.
In order to let users and friends know more about IoT technology and IoT pump monitoring, the editor uses the above architecture diagram to describe the basic principles of IoT technology in easy-to-understand language.
1. Perception layer: Sensors and user equipment are the perception layer of the Internet of Things, which is divided into two contents, traditional electromechanical equipment such as water pumps, fans, air conditioners, cooling towers, boilers, water tanks, and so on. Sensors that measure different physical characteristics such as temperature, pressure, liquid level, current, voltage, power consumption, etc. 2. Network layer: The physical operating parameters collected by the sensors are uploaded to the cloud through the electromechanical terminal of the Internet of Things to form a large database for terminal users to call and analyze at any time.
3. Application layer: We usually refer to the mobile terminal monitoring platform, PC terminal monitoring platform, and large-screen monitoring platform. All uploaded data can be dynamically displayed and monitored on the platform. This is the overall architecture of the Internet of Things technology. Next, the editor will give a detailed introduction to the application of IoT technology in various industries. The application scope of the Internet of Things technology should be said to be ubiquitous, such as electromechanical monitoring, environmental monitoring, water quality monitoring, gas concentration monitoring and so on.