Cellular Smart Lighting Solution

Our Cellular Smart Lighting Solution leverages cutting-edge cellular network technology to revolutionize the intelligence and efficiency of lighting systems. By seamlessly integrating 4G/5G connectivity with Internet of Things (IoT) capabilities, this solution delivers a comprehensive lighting ecosystem for commercial spaces, industrial parks, smart cities, and residential environments. It enables remote control, dynamic dimming, energy optimization, and predictive maintenance, helping users reduce costs while promoting sustainability.

High Reliability

Real-Time Performance

Easy Deployment & Low Cost

Strong Scalability

Intelligent Dimming

Cellular Smart Lighting: 70% Energy Saved · Cloud Control

Leveraging cellular networks (4G/5G), it eliminates complex wiring, ensuring stable communication in remote/challenging environments. AI optimizes light intensity/color temperature based on environment and user habits, cutting energy use by 70%. Cloud-based platforms enable real-time monitoring, remote updates, and scene controls (e.g., meeting/security modes), reducing maintenance costs. End-to-end encryption secures data, while modular design integrates with smart systems, creating a scalable, unified ecosystem.

Benefits of Cellular Street Lighting Systems

◆ Cost efficiency and easy deployment
◆ Stable and reliable communication
◆ Energy savings and smart control
◆ Remote monitoring and maintenance
◆ Scalability and integration
◆ Enhanced safety and reliability
◆ Smart city synergy

Smart City IoT via NBIoT / 4G

The diagram shows a cellular-based IoT system for smart cities. Devices like streetlights (Zhaga-compliant) connect via NBIoT/4G, transmitting data through MQTT/TCP-IP to a central server. This server links cameras, temperature displays, parking signs, and police systems, enabling unified management of monitoring, traffic, and safety functions.

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

IoT PLC Controller with GPS Positioning

Our PLC 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.

Rapid, Tool-Free Installation

SWIOTT s NEMA C136.4-compliant controller enables rapid plug-and-play installation without specialized tools. Its twist-lock mounting securely attaches to luminaires, while the integrated wired single-lamp unit consolidates power and control into one compact module. This design cuts deployment time by 50%, simplifies wiring, and supports seamless retrofitting ideal for smart city projects demanding speed, reliability, and cost efficiency.