Smart Light Poles for Future Cities: AUTEX Integrates 5G Micro Stations, CCTV, and EV Chargers

YANGZHOU, JIANGSU, CHINA, October 29, 2026 /EINPresswire.com/ — Modern urban spatial management and digital city development require consolidated physical infrastructure capable of hosting communications, environmental monitoring, public security, and electric vehicle charging without cluttering sidewalks and roadway margins. Fragmented municipal deployments that employ separate poles for streetlights, traffic cameras, cellular antennas, and environmental sensors increase civil engineering costs and consume valuable urban right-of-ways. Headquartered in Yangzhou, China, AUTEX (Jiangsu AUTEX Construction Group) delivers next-generation municipal infrastructure, engineering multi-functional smart city light poles that consolidate nine core urban technologies onto a single structural steel carrier. Centralizing municipal hardware functions onto a single composite steel shaft provides a consolidated physical carrier for urban digital twin operations, intelligent traffic sensors, and energy-efficient roadway lighting.

Integrated Multi-Functional Subsystems on a Unified Structure

The AUTEX smart pole architecture unifies nine specialized municipal sub-systems onto a single engineered structural shaft, employing internal partitioned conduits to isolate high-voltage power lines from sensitive low-voltage optical and data communication cables:

– 5G Micro Base Station Bracket: High-load top tenon mount designed for microcellular radio units, enabling dense urban 5G cellular coverage and wireless small-cell deployment.

– Environmental Meteorological Station: Multi-parameter sensor cluster measuring ambient temperature, relative humidity, wind speed, wind direction, atmospheric pressure, noise levels, and particulate matter (PM2.5/PM10).

– Wireless City Wi-Fi AP: Integrated outdoor wireless access point delivering public Wi-Fi connectivity across municipal parks, pedestrian commercial streets, and transit plazas.

– High-Definition CCTV and Visual Intercom: High-resolution pan-tilt-zoom (PTZ) security cameras paired with optical zoom and AI video analytics for municipal surveillance, traffic monitoring, and pedestrian safety.

– Outdoor High-Brightness LED Information Display: Weather-sealed, high-nit LED screen for displaying municipal notices, real-time traffic updates, public service broadcasts, and commercial announcements.

– One-Touch SOS Emergency Public Help Terminal: Integrated emergency call box featuring a prominent call button and visual intercom for rapid public communication with emergency dispatch centers.

– Infrared-Sensing Smart Voice Broadcasting Speaker: Directional public address speaker supporting background music, scheduled municipal announcements, and automated voice warnings triggered by infrared pedestrian detection.

– New Energy Vehicle EV Charging Station: Integrated AC charging pile delivering convenient 7kW/21kW electric vehicle charging along municipal curbside parking bays.

– Smart LED Lighting and Warning Strobe: High-efficacy LED luminaire supporting dynamic remote dimming and autonomous scheduling, paired with top-mounted multi-color status alert strobes.

Structural Engineering, Cable Segregation, and Modular Architecture

Integrating diverse hardware payloads onto a single vertical structure introduces demanding structural load, vibration, and thermal challenges. AUTEX fabricates smart pole shafts from high-strength Q235B and Q345B structural steel, employing modular cross-sectional geometry to provide high torsional rigidity and wind load resistance. The pole interior features dedicated multi-compartment cable raceways that physically segregate AC power feeds (220V/380V) from DC power circuits (12V/24V/48V) and fiber-optic communication lines, preventing electromagnetic interference across sensor and telecommunication channels.

Equipped with standardized mechanical mounting flanges, internal equipment mounting rails, and weather-sealed inspection doors, the pole allows modular hardware upgrades and hot-swappable sensor replacement without structural modifications. The entire structural assembly is hot-dip galvanized with a zinc coating thickness of 80 to 100 microns and finished with architectural-grade electrostatic polyester powder coating, providing long-term corrosion resistance with an engineered 30-year design life across demanding urban environments.

IoT Sensor Integration, Edge Computing, and Digital Twin Synchronization

Urban digital twin platforms depend on distributed IoT sensor networks to gather environmental and operational data. The integrated meteorological station continuously monitors air quality metrics alongside weather indicators, streaming data to municipal central management software via standard MQTT and TCP/IP protocols over fiber, 4G/5G, or LoRa networks.

Simultaneously, high-definition security cameras with built-in optical zoom and infrared night vision capture vehicular flow and pedestrian movement, supporting automated traffic signal coordination and municipal event management. The integrated one-touch SOS public help terminal and visual intercom establish immediate bidirectional communication, alongside status alerts on the outdoor LED display and warning lights. Beyond immediate local alarming, the platform aggregates real-time environmental, security, and traffic metrics into unified cloud middleware, enabling multi-dimensional data analysis and secure telemetry sharing across municipal bureaus, from municipal environmental protection to traffic management and civil defense.

Curbside EV Charging and Smart Energy Management

As electric vehicle adoption expands, integrating EV charging infrastructure into existing curbside lighting networks resolves urban land-use constraints. AUTEX smart poles feature integrated 7kW AC charging piles equipped with secure payment readers, status LED indicators, and automated cable retraction systems.

The smart pole incorporates dynamic electrical load management controllers that monitor active line current in real time. During evening peak lighting hours or when multiple vehicles connect simultaneously, the controller dynamically adjusts charging current output to prevent local circuit overloads, balancing municipal lighting priority with EV charging utility. The LED luminaire operates on automated dimming schedules, lowering light levels during low-traffic midnight periods to free up electrical capacity for connected vehicles and auxiliary smart city devices.

Group Manufacturing Scale, Technical Services, and Turnkey Delivery

Executing municipal-scale smart lighting projects requires verified manufacturing capabilities, professional design coordination, and responsive technical support. Operating as an established industrial entity, Jiangsu AUTEX Construction Group delivers integrated solutions from initial concept to final project completion, structured around four core service capabilities:

Research & Development: Continuous engineering focus on solar and smart lighting technologies, optimizing energy conversion efficiency and the operational reliability of photovoltaic modules and intelligent control electronics.

Custom Design Engineering: Engineering teams provide personalized structural and photometric solutions, ensuring smart pole configurations achieve both aesthetic architectural alignment and practical roadway performance.

In-House Advanced Production: Precision manufacturing supported by advanced industrial equipment and standardized quality control across workshops, delivering reliable, cost-effective fabrication at scale.

Comprehensive Technical Support: Dedicated engineering assistance and responsive after-sales service channels provide ongoing guidance across project deployment, commissioning, and operational maintenance.

Backed by a 40,000-square-meter facility with 25,000 square meters of production workshops and over 40 sets of heavy processing machinery, AUTEX coordinates in-house engineering and production to maintain strict quality standards under ISO9001, ISO14001, OHSAS18001, and CE certifications. Standard workflows fulfill sample requirements within 3 to 5 days and complete volume orders within 25 to 30 days, providing global municipal clients with verifiable, single-source project execution.

To download smart pole technical blueprints, IoT gateway communication protocols, and complete system integration documentation, please visit our official international portal.

Official Portal: https://www.autexsolar.com/

Yangzhou Autex Solar Technology Co., Ltd.
AUTEX
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