The Smart Lighting System utilizes advanced electromagnetic voltage regulation and electronic sensing technology to mitigate the additional power consumption caused by unbalanced loads in lighting circuits, improve the power factor, reduce the operating temperature of lamps and circuits, and achieve optimized power supply for lighting control.

Monitoring Terminal (Centralized Controller) is the fundamental unit of the smart lighting monitoring and management system. It is a high-performance intelligent measurement and control device that integrates analog signal acquisition, on/off light output, input, counting, and wireless data communication. The terminal converts the measured signals into data and uploads them to the monitoring center, while also converting data sent from the monitoring center into commands to achieve intelligent control of street lights, landscape lights, building lighting effects, etc. The terminal employs industrial-grade communication modules, supported by an embedded real-time operating system as the software platform, and provides both RS232 and RS485 interfaces, enabling analog signal acquisition, data conversion, and digital signal acquisition. The data storage and upload cycles can be adjusted according to user environmental requirements.

LCD Display: The terminal features an advanced backlight function for easy operation in low visibility conditions. Intelligent Control: Built-in smart control strategies such as time, latitude, and longitude.

Communication Technology: The terminal uses wireless technologies such as GPRS/CDMA/3G/4G and power line carrier for uplink communication.

Remote Monitoring: The terminal can monitor the status information of distribution boxes.

Online Upgrade: The terminal supports remote configuration and remote firmware upgrades.

Intelligent Alarm: The terminal can directly send alarm information to the central server, indicating the exact time and cause of the fault.

Fault Monitoring: Multiple fault monitoring capabilities, reporting circuit faults, communication faults, and other information based on relevant data.

Hardware Interfaces: The terminal includes multiple built-in circuit outputs (expandable), circuit status monitoring, anti-theft monitoring for cabinet doors, power acquisition interfaces, sensor interfaces, etc.

Connection Methods: The terminal provides various wired and wireless interfaces (RS485, RS232, GPRS) to connect to the server.

Protocol Support: The terminal supports multiple industry-standard protocols, enabling integration with other systems and networks.

Safety Protection: The terminal features high-voltage resistance and high-level surge protection to ensure safe and stable operation of the equipment.