With the acceleration of urban intelligence, smart street lights, as an important part of urban infrastructure, have gradually become an important tool to improve urban management efficiency and residents' quality of life. Through cloud platform management, smart street lights not only realize multiple functions such as remote monitoring, fault alarm, fault detection and processing tracking, but also significantly reduce the workload of manual inspection and improve the level of informatization and management efficiency.

 Smart street lights are equipped with a fault detection system. Once a fault occurs, the system will automatically send an alarm to remind managers to deal with it. Compared with traditional street lights, the fault response speed is greatly improved, ensuring the safety and stability of road lighting. The cloud platform records the occurrence and handling of each fault. Managers can use data analysis to track the source of the fault, regularly evaluate the maintenance effect, and predict future fault trends, thereby arranging maintenance resources more rationally.

 The traditional street light management method relies on manual inspection, which is heavy workload and low efficiency. The introduction of cloud platform management has greatly reduced regular manual inspections, significantly saving human resources and time costs. The use of cloud platforms promotes centralized management and analysis of data, helping to improve the informatization level of urban management. Through data visualization analysis, managers can have a clearer understanding of the operating status of street lights and make scientific decisions.

 After the smart street lamp project was promoted in Chongqing Three Gorges, relying on the cloud platform management system, the street lamp failure rate dropped by 40%, and most faults could be located and dealt with within a short time after they occurred. This achievement comes from the mechanism of real-time data transmission and automatic fault alarm, which greatly improves management efficiency. In addition, after monitoring the energy consumption of street lights, the city also achieved the goal of energy conservation and emission reduction by reasonably adjusting the brightness.

 Smart street lights are managed through cloud platforms, which not only enhances the intelligence of the city and improves the living environment of citizens, but also promotes the modernization and informatization of urban management. Smart street lights will continue to improve their functions and become an integral part of smart cities.