Quad-core IoT chip supporting NB-IoT/4G/LoRa multi-mode communication, achieving millisecond-level data upload. Embedded high-precision power metering module with0.5% error rate for real-time monitoring of 12 electrical parameters. Combines photosensors , microwave radar, and astronomical clock for dynamic brightness control.Reduces power consumption by 65% during low-traffic periods.

The solar IoT street light system integrates photovoltaic power supply with low-power IoT technology, enabling real-time monitoring and remote control of street light status via LoRaWAN/NB-IoT communication. It supports multi-terminal device access including security cameras and environmental sensors, featuring three core advantages: solar self-generation, intelligent dimming for energy efficiency, and centralized cloud management. The system seamlessly extends to smart city ecosystems.

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)

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

Our solar MPPT 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.