The 12m Urban Arterial 7-in-1 Premium Smart Streetlight is an advanced integrated smart pole designed for modern urban infrastructure, combining a high-efficiency 200W LED luminaire with six additional smart-city modules. Engineered with a robust galvanized steel structure capable of withstanding wind speeds up to 180 km/h, this system integrates a 4K AI-driven PTZ camera, a comprehensive environmental sensor suite, a dynamic LED information display, a high-capacity WiFi 6 access point, a public-address system, and an EV charging station. By consolidating these essential urban services into a single 12-meter structure, municipalities can significantly reduce street clutter while establishing the foundation network for smart-city applications and edge-computing capabilities.
The foundation of the 12m Urban Arterial 7-in-1 Premium is a precision-engineered physical structure. Built from premium galvanized steel with a wall thickness of 3–6 mm, the pole is engineered to withstand extreme environmental conditions, with a wind-speed resistance rating exceeding 180 km/h. This structural integrity ensures the pole can safely host multiple heavy modules at various heights. Primary lighting is provided by a state-of-the-art 200W modular LED luminaire delivering an outstanding luminous efficacy of 170–190 lumens per watt. With an adjustable color temperature from 3000K to 6500K and precision Type II or Type III optics, the lighting system ensures optimal visibility and safety for both pedestrians and vehicles on wide urban arterials. The luminaire strictly complies with IEC 60598 for general safety and IEC 62722 for LED performance, ensuring long-term reliability and consistent luminous output.
Security and environmental awareness are critical elements of the modern urban landscape, and this smart pole addresses both through sophisticated integrated technology. The surveillance module features a 4K AI-driven Pan-Tilt-Zoom (PTZ) camera with 20× optical zoom and infrared night-vision providing clear imagery up to 50 meters in low-light environments. Embedded AI processes the video feed locally at the edge, detecting people, vehicles, and objects in real time without overloading cloud bandwidth. Alongside the visual data is a comprehensive environmental sensor suite continuously monitoring air quality and atmospheric conditions. This array measures particulate matter (PM2.5 and PM10), ozone (O₃), nitrogen dioxide (NO₂), ambient noise level, temperature, humidity, and wind speed. By integrating these sensors, city managers can gather granular local environmental data to respond rapidly to pollution events and contribute to long-term urban climate strategies.
Transforming passive infrastructure into an active communications hub, the 12m Urban Arterial 7-in-1 Premium offers powerful connectivity options. It integrates a dual 4G/5G module for high-speed backhaul and a LoRaWAN gateway dedicated to low-power sensor networks. The integrated WiFi 6 access point also provides high-speed public internet access — supporting more than 500 concurrent users — to bridge the digital divide in urban centers. For direct public interaction, the pole features a high-brightness LED information display and a Public Address (PA) system. The display can be used for dynamic traffic updates, citizen announcements, or emergency alerts, while the PA system ensures audio broadcasts are clearly delivered to pedestrians. The combination of these visual and audio communication tools is particularly valuable for crowd management and emergency-response scenarios.
The complexity of managing seven discrete modules is handled by an advanced smart Power Distribution Unit (PDU). Operating from standard grid AC220/380V power, the PDU provides per-module metering and control, allowing operators to monitor energy consumption precisely and remotely cycle the power of individual components as needed. This intelligent power management is critical to maintaining the overall efficiency and reliability of the system. Including an EV charging station at the base of the pole also maximizes the utility of the existing electrical infrastructure and provides convenient charging options for urban residents, supporting the transition to sustainable transportation. The entire system is managed by local edge-computing resources that process data collected from cameras and sensors on-site. This distributed approach significantly reduces latency for critical applications and minimizes data-transmission costs associated with constant cloud connectivity.
The practical benefits of the 12m Urban Arterial 7-in-1 Premium are best illustrated through real-world deployment. A major metropolitan transport authority in Southeast Asia recently deployed 150 units of this specific model along a newly developed 6-kilometer urban arterial corridor. By consolidating lighting, surveillance, and EV charging into a single pole spaced 40 meters apart, the city avoided the cost and disruption of trenching for three separate infrastructure networks. Compared with the traditional approach of installing separate streetlights, CCTV poles, and standalone EV chargers, the integrated smart-pole solution reduced overall installation footprint by 65% and lowered total deployment cost by approximately 30%. Through a centralized management platform, the city can also leverage the poles' self-diagnostic capabilities to reduce maintenance dispatch time. The system complies with EN 50556 for smart poles and is IP66-rated for dust and water-ingress protection, ensuring reliable operation across diverse climate zones.
Q: What is the maximum wind-speed resistance of the 12m urban arterial pole? A: The pole is engineered from high-strength galvanized steel with a 3–6 mm wall thickness and is certified to withstand wind speeds of up to 180 km/h, making it suitable for coastal and high-wind urban environments. The structural design complies with international standards for pole safety and load-bearing capacity.
Q: Can the LED luminaire be remotely controlled? A: Yes — the 200W LED luminaire is equipped with a smart controller enabling remote dimming and scheduling through the central management system. This allows municipalities to reduce energy consumption during off-peak hours while maintaining required illuminance levels for road safety, achieving up to 65% energy savings compared with conventional HPS streetlights.
Q: What benefits does edge computing provide to the camera system? A: Edge computing allows the 4K PTZ camera to perform AI-based person and vehicle detection locally on the pole. Because only relevant alerts or compressed metadata are transmitted to the cloud, this significantly reduces bandwidth usage and latency compared with traditional cloud-only video-analytics architectures — critical for real-time traffic-incident detection and response.
Q: What type of EV charger is included at the base of the pole? A: The standard configuration includes a 7 kW AC Level 2 EV charger integrated at the base of the pole, providing convenient destination charging for urban commuters without requiring additional sidewalk space or separate civil works. This charger is managed by the same smart PDU that controls all other modules.
Q: Is the environmental data accessible to the public? A: Yes — data gathered by the environmental sensor suite, including PM2.5, PM10, temperature, and humidity, can be configured to display in real time on the integrated LED information screen so pedestrians and drivers stay informed about local air quality. This data is also transmitted via the 5G/4G backhaul to a city-wide environmental monitoring dashboard.
| Pole Height | 12 m |
|---|---|
| Pole Material | Hot-Dip Galvanized Steel |
| Wall Thickness | 3–6 mm |
| LED Power | 200 W |
| Luminous Efficacy | 170–190 lm/W |
| Color Temperature | 3000–6500 (Tunable) K |
| Optic Type | Type II / Type III Road Optics |
| Integrated Modules | 7-in-1 |
| Number of Modules | 7 |
| Wind Speed Resistance | 180 km/h |
| IP Rating | IP66 |
| Operating Temperature | -40 to +55 °C |
| Camera Resolution | 4K (8MP) |
| Camera Zoom | 20x Optical |
| IR Night Vision Range | 50 m |
| Environmental Sensors | PM2.5, PM10, O3, NO2, Noise, Temp, Humidity, Wind |
| Communication | 4G/5G + LoRaWAN + WiFi 6 |
| WiFi Concurrent Users | 500+ |
| EV Charger Output | 7 kW |
| Pole Spacing | 40 m |
| Power Supply | AC 220/380V Grid |
| Energy Savings vs. HPS | 65 % |
| Design Lifetime | 25 years |
| Application | Urban Arterial Road / Transport Corridor |
Pricing available upon inquiry.
Custom design tailored to site conditions, capacity, and budget. Widewings' in-house EPC team consults directly.
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