LoRaWAN Smart Lighting

In the wave of smart city development, the LoRaWAN IoT street lighting system redefines urban illumination management through revolutionary technology. Based on Low-Power Wide-Area Network (LoRaWAN) technology, this system enables wireless sensor networks to achieve intelligent control of street light clusters, creating an efficient, energy-saving, and sustainable urban light environment.
High Reliability

High Reliability

Real-Time Performance

Real-Time Performance

Easy Deployment & Low Cost

Easy Deployment & Low Cost

Multi-Sensor Integration

Multi-Sensor Integration

Intelligent Dimming

Intelligent Dimming

LoRaWAN IoT Smart Street Lighting System

Choosing the LoRaWAN IoT street lighting system is not just selecting a lighting solution—it’s embedding a thinking neural network into the city, where every beam of light becomes a smart node in urban development.
LoRaWAN IoT Smart Street Lighting System

Benefits of PLC IoT Street Lighting Systems


◆ Real-Time Adaptive Control
◆ Centralized Management Platform
◆ Rapid Fault Detection
◆ Reduced Energy Consumption
◆ Stable Communication
◆ Integrated Safety Features
◆ Multi-Functional Compatibility
◆ Future-Ready Upgradeability

Seamless Device-to-Cloud Connectivity


Terminal Layer: Streetlights integrate LoRaWAN modules at the top, enabling long-range data transmission via sub-GHz band (5km single-hop coverage) and supporting 200+ device networking.

Transport Layer: LoRaWAN gateways encapsulate data into TCP/IP protocols, pushing via MQTT lightweight messaging to the cloud while ensuring security through SSL encryption.

Platform Layer: Servers and databases process real-time data (illuminance, traffic, device status) to enable intelligent decisions like dynamic dimming and fault alerts.

Wireless Intelligence Redefines Urban Lighting


The LoRaWAN IoT street lighting system centers on low-power, long-range wireless transmission, integrating environmental monitoring, traffic optimization, and public safety functions. Through dynamic dimming, remote control, and predictive maintenance, it significantly reduces operational costs (60% reduction in total management costs). Applicable to urban arterials, remote areas, and industrial parks, the system drives lighting upgrades from single-function to smart ecological platforms.

Finer Control Over Switching and Dimming


Regulate switching and light levels as situation demands.
◆ Twilight (photocell/ ambient light sensor)
◆ Calendar-based schedules
◆ Autonomous mode
◆ Manual override (lightSwitch App)
◆ Time-based light scenes
◆ Central ALS (photocells in city)
◆ AstroClock (astronomical clock)
◆ Adaptive (motion sensor)

Advanced Luminaire Health Monitoring


By simply combining with a smart driver, SWIOTT delivers powerful luminaire analytics, such as:
◆ Input Voltage
◆ Input Current
◆ Active Power
◆ Power Factor
◆ Driver Temperature
◆ Tilt Angle
◆ Work Mode

LoRaWAN Controller with GPS Positioning


Our LoRaWAN controller integrates precision satellite tracking (GPS/GNSS/BD) for real-time, high-accuracy location monitoring in smart lighting systems. Automates geolocation and cloud reporting during installation, removing manual input. Optimizes asset tracking, operations, and maintenance for smart cities and large networks. Empowers municipalities to boost energy efficiency and operational clarity.

SWIOTT NEMA C136.4-Compliant Controller


Enables rapid, tool-free plug-and-play installation via twist-lock mounting for secure lamp integration. The wired LoRaWAN unit installs directly inside streetlights, streamlining wiring and supporting seamless retrofitting—ideal for smart city projects prioritizing speed, reliability, and cost efficiency.
Leave a message
FirstName*
Email*
Message*
Verification Code*
Kod Pengesahan