Learn how PLC + AI vision smart lighting systems enhance safety, automation, and efficiency in high-speed infrastructure and modern dairy farm operations.
This smart street lighting project near Songxiang Lake demonstrates how PLC (Power Line Communication) technology enables intelligent urban lighting management without additional communication wiring. By integrating PLC concentrators, signal isolators, loop controllers, and single lamp controllers, the system supports centralized switching, individual lamp monitoring, adaptive dimming, and real-time maintenance. PLC-based lighting infrastructure provides cities with a reliable and scalable solution for smart street lighting, energy efficiency, and smart city development.
successful PLC smart street lighting project near Huawei headquarters in Dongguan, using PLC concentrators and dimmer drivers to achieve simple installation, remote control, and energy-efficient lighting.
This Malaysia PLC smart park lighting project uses power line communication, AI vision sensors, and scheduled lighting control to deliver energy-saving, intelligent, and adaptive public park illumination.
This case study showcases the Shanghai Oil Power Plant smart lighting upgrade using PLC (Power Line Communication) technology and AI sensor linkage. The system integrates PLC gateways, single light switches, EMI signal isolators, loop controllers, and PLC AI sensors to achieve stable communication in high-interference environments. With web and mobile app control, real-time monitoring, and automatic lamp offline alarms, the project delivers safer operations, improved energy efficiency, and simplified maintenance.
The Shanghai High-Pole Street Light Project showcases a complete PLC smart lighting solution using PLC gateways, single-light controllers, loop controllers, brightness sensors, and DTUs. The system achieves real-time mobile and cloud control, stable communication, and energy-efficient dimming—perfect for modern smart city lighting applications.
This case study shows how a tunnel lighting project switched from unstable DALI and wireless systems to a reliable PLC solution. By using power-line communication and AI vision sensors, the customer achieved stable control, instant lighting response, 10% standby energy savings, and significantly lower installation and maintenance costs.
This case study showcases a PLC-powered museum lighting system using existing power lines for smart dimming, remote control, and energy-efficient operation. With PLC drivers, loop controllers, and filters, the solution ensures artifact-safe illumination, stable communication, and easy management for galleries, exhibit halls, and public spaces.
This project shows how PLC technology delivers smart office lighting with AI vision sensors, real-time monitoring, and energy-efficient brightness optimization.
Learn how PLC technology modernized COSCO Shipyard’s lighting—providing stable communication, intelligent dimming, remote control, and significant energy savings across massive dock and warehouse areas.