Digitalized emergency planning management enables the creation of distinct预案 libraries tailored to various types of incidents, providing key parameters for each event category. Based on these critical parameters, the system can determine the appropriate预案 levels and corresponding response measures. The预案 library is closely integrated with real-time command and coordination operations, ensuring that, in the event of an emergency, the most optimal预案 can be swiftly identified and deployed.

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A green, smart city leverages advanced mobile communication technologies, intelligent sensing systems, big data processing techniques, and more to build a comprehensive urban sensing network that captures ubiquitous city-wide data. By establishing a centralized data control center, the city can process, manage, analyze, and maintain this data effectively, enabling efficient operation, management, and secure sharing of data resources. Ultimately, this approach fosters the development of a smart city that is safe, convenient, collaborative, eco-friendly, and highly resource-efficient.

 

The National Energy Conservation Center proposes leveraging "smart streetlight poles" as a key initiative to drive energy efficiency and reduce consumption in urban lighting, while simultaneously advancing the development of urban IoT infrastructure. This approach aims to foster collaborative construction and shared use of green, smart city infrastructure, enabling resources to be managed in a "shared, efficient, and integrated" manner. By doing so, it will significantly cut urban construction costs, enhance city operation and maintenance efficiency, and lay a robust foundation for building sustainable, intelligent cities.

A key entry point for smart city development

Integrating multiple functions to drive the development of green and smart cities.

Smart streetlight poles can integrate features such as lighting fixtures, individual lamp controllers, surveillance cameras, micro base stations, LED displays, emergency call systems, and emergency broadcasting capabilities. They’re also equipped with a variety of sensors—including those for air quality, noise levels, water levels, and wind speed/direction—enabling rapid deployment of smart sensing, efficient data transmission, and remote control functionalities. As a result, these versatile poles not only enhance urban aesthetics but also play a key role in promoting energy efficiency, sustainable urban development, and green growth. Ultimately, they serve as vital information collection and citizen-service terminals for building smart cities, making them an essential entry point for advancing eco-friendly, intelligent urban infrastructure.

Leveraging cutting-edge technology to achieve smart city management.

By simultaneously deploying fiber optics and wireless transmission devices like micro-base stations along the high-voltage power lines of streetlights, it’s possible to create a comprehensive IoT network for data collection and two-way communication. Leveraging cloud storage, cloud computing, and big data technologies, this approach enables the construction of an open, interoperable, and scalable IoT software and hardware platform—complete with big data management capabilities—to power a "City Brain," serving as the central hub for smart city operations.

By leveraging smart streetlight poles to systematically organize, streamline, and analyze vast urban data sets, we can achieve precise management across various urban sectors and promote the efficient use of resources. This approach helps reduce city energy consumption, minimize environmental pollution, eliminate safety hazards, and enhance overall competitiveness—ultimately enabling a more scientific and intelligent approach to urban governance.

Develop innovative business models to create new drivers of economic growth for the city.

The government can foster innovation in business models by granting social capital entities franchise rights—such as for smart streetlight poles, including the lighting fixtures themselves—thereby establishing a diversified investment and financing system. This system would be driven primarily by corporate investments, with government funding playing a supportive role, while social contributions serve as an important additional channel. The goal is to create a profitable IoT platform that transforms previously underutilized, single-function assets into sustainable, high-value resources, ultimately nurturing a thriving smart industry and positioning it as a new engine for urban economic growth.

Avoid redundant construction and reduce urban development costs.

Using smart streetlight poles as the backbone for urban IoT sensing, this approach swiftly enables intelligent perception, information-based transmission, and remote control capabilities—while simultaneously avoiding the redundant construction of foundational sensor networks in smart cities.

At the same time, this significantly reduces the costs of collecting sensor data from urban IoT devices, while also saving on communication and operational expenses associated with transmitting information.

Therefore, smart streetlights can become a valuable asset for future urban areas, efficiently supporting the functional applications across various city sectors, accelerating the development of green and smart cities, reducing construction costs, and fostering a unified platform for urban communication and shared management—making it an economical and effective approach to building green, intelligent cities.

Smart streetlights safeguard smart city development.

Smart streetlight poles, through data resource integration, digital contingency planning, coordinated command, and advanced decision-support analytics, can serve as the core management system for a green, smart city. They enable real-time collection of critical data required by municipal, transportation, public security, meteorological, fire protection, environmental, industrial & commercial, and quality inspection departments—and promptly relay fault-location reports to the relevant personnel.

Based on the daily management needs of the city, departments can either manage tasks independently according to their system permissions, or collaborate under those same permissions—working together to ensure the safe and stable development of a green, smart, and secure urban environment.

Data resources serve as the foundation for supporting user decision-making and analysis. The data resources that need to be integrated into the system include video feeds from smart streetlight poles, mounted port resources, public security business information resources, and information resources from various departments of urban management, among others.

Digitalized emergency planning management allows for the creation of distinct预案 libraries tailored to different types of incidents, providing key parameters for each event category. Based on these critical parameters, the system can determine appropriate预案 levels and corresponding response measures. The预案 library is closely integrated with real-time command and coordination operations, ensuring that, in the event of an emergency, the most optimal预案 can be quickly identified and deployed.

When faced with various types of incidents, the integrated command system can manage and dispatch tasks, leveraging electronic maps for real-time command and coordination. Based on factors such as the nature of the event, its location, severity, and scope of impact, the system automatically recommends the most suitable list of pre-planned responses, ensuring efficient resource allocation. It coordinates seamlessly across units like public security, medical services, and fire departments, enabling resources to be "available on demand, instantly known, and immediately deployed" where and when they’re needed most.

The goal of the decision-support analysis system is to comprehensively integrate various equipment and information resources, providing commanders with the insights and decision-making support needed for situational awareness and real-time operational command.

The system conducts cross-analysis of existing business operations, leveraging tools such as tables, line charts, bar graphs, pie charts, multidimensional analysis, and data mining models to provide analytical support for case investigations, data statistics, and other tasks.

Partial smart applications that intelligent streetlight poles can enable

In areas designated by city management authorities as off-limits for street vending, cameras mounted on streetlight poles can automatically lock onto targets for tracking and monitoring—and promptly push the relevant information to the Smart Urban Management Platform, enabling proactive prevention and control before incidents occur, thereby minimizing potential harm.

Record and analyze the condition of road and bridge maintenance, as well as hazards related to roads and structures, to support maintenance management.

In municipal asset management, the smart streetlight pole system is connected to manhole covers via IoT, enabling real-time monitoring and automatically triggering alerts if a cover malfunctions or gets stolen.

After being connected to the Internet of Things, trash bins can also send overflow alerts.

Through the LED displays and information boards integrated into the smart streetlight pole system, real-time updates on road congestion, highway closures, road construction, and other traffic conditions can be provided—prompting speeding drivers to drive safely.

Integrated with city bus onboard GPS devices, it provides real-time bus location data and estimated arrival times at stops.

By comparing data from streetlight-mounted cameras with police databases, the system enables precise alerts for vehicles involved in violations, license-related issues, overdue vehicle inspections, and multiple unresolved traffic offenses. This targeted approach allows law enforcement to focus on key traffic violations, optimize police deployment, and deliver accurate, strategic responses.

Using technologies like sensors and video recognition, parking space data is collected, uploaded to the control center, and then pushed to external display screens to promptly alert passing vehicles. Additionally, in cases of overdue parking or vehicle relocation, license plate information is automatically identified, enabling management personnel to handle situations efficiently on-site.

By equipping underground utility tunnels with smart streetlight pole systems and corresponding sensors, the system platform will automatically generate alerts and immediately notify relevant personnel if any abnormalities occur, ensuring potential risks are addressed before they escalate.

When an emergency occurs, operations and maintenance personnel can use the reader on their safety cards or wristbands to instantly and clearly locate the individuals involved via the monitoring terminal, enabling timely rescue efforts and preventing injuries or fatalities.

Due to municipal construction needs, large machinery will operate near underground utility tunnels, potentially impacting the tunnel structures—and in severe cases, even leading to surface collapses or other accidents. To address the issue of third-party damage causing structural harm to the tunnels, a smart streetlight pole system can be integrated with an anti-external-disturbance monitoring system for utility tunnels. This system continuously tracks and analyzes soil vibrations in the surrounding area, providing real-time inspection data. It also enables routine patrols of safety facilities, monitors maintenance personnel tasks, promptly reports any identified risks, and facilitates immediate preventive actions to mitigate potential hazards.

Wind and solar energy can both be converted into electricity under normal conditions, serving as a reliable supplement to grid power. Near smart streetlight poles, buried installations of battery-based energy storage systems—designed according to specific capacity requirements—are ideal. When grid power is available and wind or solar generation is functioning properly, the storage system charges the batteries, effectively storing energy. However, if the grid power fails, the storage system can immediately provide essential emergency support to keep critical city functions operational for a limited period.

Through the integrated IC card access control, password-based access, and multi-modal verification system embedded in the smart streetlight pole system, user information is recorded every time. If an unauthorized person enters the community's detection zone, the system will automatically trigger an alarm, preventing theft-related losses for residents.

When a gas leak occurs in the community, sensors can detect the concentration of flammable gases and trigger an alarm, helping to prevent potential hazards caused by gas leaks. Additionally, NB-IoT (Narrowband Internet of Things) devices enable remote meter readings—such as those from household electricity meters—and transmit this data via the smart streetlight pole system’s collection terminals to the property service management center.

Additionally, charging module units can be integrated into the community's smart streetlight pole system, aligning with the government’s efforts to promote new-energy vehicles. These modules, combined with cameras, sensors, LED displays, and other devices, enable seamless interconnected control between mobile phones and the monitoring center.

Smart streetlight poles are crucial technological infrastructure for building and managing green, smart cities. Combined with advancements in communication technologies driven by the big data era, they are set to accelerate the development of green, smart urban environments. In the age of big data, these intelligent streetlights serve as the ideal platform to support green, smart cities, paving the way for their early realization.