In-depth Integration of Smart Lighting and Smart Cities: Breakthrough in the Application of Smart Light Poles

In 2025, with the full acceleration of smart city construction, smart lighting, as a core infrastructure, is transforming from "hardware accumulation" to "scenario-based application", and smart light poles have become a key carrier for integrating multiple business formats. However, problems commonly existing in the industry previously, such as single function, data silos, and inefficient operation, have restricted the large-scale implementation of smart lighting. In this regard, central media have clearly warned against the development misunderstanding of "hardware accumulation", calling on the industry to focus on scenario implementation and value creation, and promote the transformation of smart light poles from "installation" to "operation".​
The core breakthrough of smart lighting in 2025 lies in "multi-functional integration" and "data collaboration". Smart light poles are no longer limited to lighting functions, but integrate multiple functions such as 5G base stations, video surveillance, environmental monitoring, emergency calls, charging piles, and information release, becoming the "neural endings" of the urban Internet of Things. For example, a city deployed a smart light pole system in its new urban area. By equipping it with air quality sensors and traffic flow monitoring equipment, it realized real-time uploading of environmental data and intelligent regulation of traffic signals, effectively improving urban management efficiency. At the technical level, the in-depth application of AI algorithms enables the lighting system to have autonomous learning capabilities, which can automatically adjust lighting parameters according to factors such as pedestrian flow density, weather changes, and user habits to achieve "on-demand lighting". The popularization of edge computing technology solves the problem of data transmission delay, ensuring the real-time performance and stability of intelligent control.​
The dual promotion of policies and markets has accelerated scenario implementation. In 2025, many places released technical specifications related to smart light poles. For example, the formulation of "Technical Requirements for Multi-functional Integration of Civil Unmanned Aerial Vehicles and Smart Light Poles" was officially launched, and the group standard "Specifications for Intelligent Lighting in Parking Garages" was released and implemented, providing standard support for the development of the industry. On the market side, intelligent upgrading and reconstruction projects of urban road lighting were intensively implemented. Multiple 100-million-yuan projects in Anhui, Hubei, Zhejiang, and other places entered the implementation stage, covering models such as intelligent transformation of street lamps and energy cost trusteeship services. Industry data shows that the market scale of smart lighting increased by 16% year-on-year in 2025, among which the market related to smart light poles grew by more than 40%. Experts point out that the future competition focus of smart lighting will be on the customization capability of scenario solutions and the continuous innovation of operation services. Only by achieving in-depth integration of technology, scenarios, and business can the industrial value of smart lighting be truly released.