With the acceleration of urbanization, the management and maintenance of urban infrastructure are facing increasing challenges. Traditional urban lighting, signboards, monitoring equipment, traffic lights and other facilities are usually set up separately, which not only takes up a lot of space, but also leads to a large number of poles, affecting the urban landscape. In order to improve the integration and aesthetics of urban functions, the "multi-pole-in-one" smart street light project came into being. By integrating multiple functions into one smart street light pole, this project not only reduces the number of poles, but also improves the utilization efficiency of urban infrastructure.

 The "multi-pole-in-one" smart street light project aims to achieve "pole reduction and efficiency improvement" by integrating multiple pole facilities in the city. In this project, by merging multiple functions such as lighting, signs, monitoring equipment, and traffic lights, the original 500 poles were successfully integrated into 300 poles, achieving a pole reduction rate of 31%. This effectively solves the problem of dense poles in the city and significantly improves the aesthetics and functionality of the city.

 The project designs a multi-functional smart street light that integrates functions such as lighting, traffic signals, monitoring and information release into a single pole. The new design not only saves space, but also improves the synergy efficiency between various functions. For example, the top of the smart street light pole is integrated with a high-definition camera for monitoring and safety precautions. At the same time, traffic lights and signboards are installed on the pole body to improve the accuracy of traffic guidance. By concentrating multiple functions on one smart street light, the project significantly reduces the number of poles in the city. The original 500 scattered poles were reduced to 300 after integration, with a pole reduction rate of 31%. This improvement not only optimizes urban spatial layout, but also reduces the complexity of pole maintenance and management.

 By reducing the number of poles and integrating the design, the project greatly improves the visual effect of the city and makes the city streets cleaner and more orderly. The integration of poles not only saves urban space, but also reduces visual clutter caused by too many poles. The multi-functional integration of smart street lights makes urban infrastructure more efficient. The integration of traffic lights, surveillance cameras and information release systems not only improves the efficiency of urban traffic management, but also enhances the city's security and information transmission capabilities. The successful implementation of the project demonstrates the feasibility and effectiveness of urban infrastructure integration and optimization. With the development and popularization of technology, urban infrastructure in the future will be more intelligent and multi-functional, providing support for the sustainable development of cities.

 The "multi-pole-in-one" smart street light project is a model of innovation in urban infrastructure management. By reducing the number of poles and integrating multiple functions, it not only improves the aesthetics and functionality of the city, but also lays the foundation for future smart city construction. With the continuous advancement of technology and changes in demand, this multi-functional integrated smart street light will become an important direction for future urban infrastructure transformation and contribute to the sustainable development of the city.