Nearly every part of the city is illuminated by urban streetlights, which are widely spaced along major thoroughfares, secondary thoroughfares, scenic roads, parks, industrial parks, and neighborhoods. They are the best starting point for developing smart transportation cities because of their many lights, easy access and charging, perfect locations, and ease of expansion.
Relying on the vital power resources required for urban construction, smart streetlight poles take advantage of the city’s widespread streetlight coverage. Based on a developed communication network and city-wide Wi-Fi hotspot coverage, they provide convenient regulation for the city’s lighting, green lighting, public safety, and stable operation. Specific advantages include:
1. Wide Coverage: Among basic public infrastructure in cities, streetlights have the widest coverage.
2. Integration of Multiple Functions: Streetlights will also undertake more information collection functions in the future.
3. Fewer Dead Zones and More Locations: Streetlights are installed on almost every road in the city, serving as geographical markers.
4. Increased Public Awareness: Public awareness of street light construction is increasing.
5. Strong Expansion Capability, Synchronizing with Urban Expansion.
6. Platform Management: After upgrading ordinary light poles, smart street light poles not only allow for resource sharing but also enable remote control and management.
7. Rational Structure: The double-tube design ensures safety and sturdiness while separating high-voltage and low-voltage wiring. The slotted design on the inside of the pole facilitates quick and easy installation, reducing time and saving manpower.
8. Highly Integrated Resource Management: Multiple urban street light pole functions, including mobile communication functions, can be unified into a single smart street light pole thanks to the highly integrated design. Sustainable urban development is encouraged and resource conservation is aided.
9. 5G-Oriented: By establishing a connection to 5G networks, resources for street light poles can be accessed ahead of time, increasing capacity.
10. High Openness: Suitable for a variety of uses, including traffic monitoring, public broadcasting, wireless communication, and advertising media, in addition to mobile communication micro base stations.
11. Aesthetically pleasing design: The current ideal result was achieved after multiple design revisions.
12. Rapid construction: Following the same construction methods as ordinary streetlights, it can be quickly deployed in areas requiring network coverage, providing the services people need.
Currently, intelligent streetlights integrate 8-12 functions. In the future, with the deep integration of AI, digital twins, edge computing, and other technologies, their application scenarios will further expand. For example, they can serve as high-precision positioning base stations, providing navigation for L4 autonomous driving; integrate photovoltaic power generation and energy storage systems to build distributed microgrids; and even build high-precision urban digital twin systems using LiDAR to assist in refined urban governance.
TIANXIANG intelligent streetlights integrate LED lighting, 5G base stations, video surveillance, environmental monitoring, charging piles, and other multi-functional modules. They support remote intelligent dimming and automatic fault alarms, and are suitable for municipal roads, parks, scenic spots, and other scenarios. We are a direct supplier, offering high cost-performance, and accept bulk orders. New and old customers are welcome to contact us for further discussion!
Post time: Dec-10-2025