Design and Implementation of Intelligent Street Lamp Cloud Control System Based on NB-IOT Narrowband Internet of Things

The intelligent street lamp cloud control system based on NB-IoT narrow-band Internet of Things is a system that uses Internet of Things technology to realize remote control and management of intelligent street lamps. The system realizes the remote monitoring, control and management of street lamps by connecting the street lamp equipment with the cloud server, and improves the energy efficiency and management efficiency of street lamps.

The design and implementation of this system mainly includes the following aspects:

1. Hardware design: design intelligent street lamp node equipment, including NB-IoT communication module, photosensitive sensor, temperature and humidity sensor, etc. Which is used to collect environmental information and status data of street lamps.

2. Communication module: NB-IoT communication module is selected as the communication mode of intelligent street lamp node equipment, and street lamp data is transmitted to the cloud server through NB-IoT network.

3. Cloud server: build a cloud server, which is used to receive and store data transmitted by intelligent street lamp node equipment, and provide corresponding data processing and management functions.

4. Data processing and analysis: processing and analyzing the data transmitted by the intelligent street lamp node equipment, including the brightness, temperature and humidity of the street lamp and the state information of the street lamp.

5. Remote control and management: Through the cloud server, the remote control and management of intelligent street lamps are realized, including street lamp switch, brightness level, fault detection and other functions.

6. Data display and report: The processed and analyzed data will be displayed in the form of charts and reports, which is convenient for users to monitor and analyze the use of street lamps.

Through the design and implementation of the system, the remote control and management of intelligent street lamps can be realized, the energy efficiency and management efficiency of street lamps can be improved, and the energy waste and labor cost can be reduced. At the same time, the analysis and display of street lamp data can provide reference for urban planning and management and improve the intelligent level of the city.