Qingdao SCO Summit Night Lighting Project - IPC-610L
User Background
In June 2018, the Shanghai Cooperation Organization (SCO) Summit was held in Qingdao, prompting the city to renovate and upgrade its night lighting system to create a brand-new urban lighting landscape. As an important international event, the lighting project covered multiple core areas and imposed strict requirements on equipment reliability, environmental adaptability, and control precision.
Challenges Faced
- • Qingdao's coastal areas feature high salt fog and humidity, demanding rigorous protection performance from equipment.
- • The project covered Shinan District, Shibei District, Huangdao District, Laoshan District, Haitian Center, waterfront boardwalks, Starlight Island, and other regions, requiring equipment to enable large-scale, multi-regional collaborative control.
- • Equipment needed to ensure stable lighting effects during the summit, supporting 24-hour continuous operation with rapid fault response.
Application Overview
KTB recommended the IPC-610L industrial computer (IPC) for the Qingdao SCO Summit night lighting project. Embedded in the lighting control system, the IPC achieved seamless human-machine interaction and control with various lighting devices. By integrating traditional lighting control methods with intelligent control center functions through specialized software and interfaces, it enabled precise regional lighting control, scene mode switching, and real-time monitoring—effectively solving challenges of wide-area coordination and environmental adaptability to achieve real-time, reliable, and efficient control.
IPC - 610L
KTB 4U Rack-mounted Industrial PC
Application Achievements
- Human-machine interface enables easy control of lighting switches, brightness adjustment, color transformation, and rapid switching between scene modes (e.g., summit welcome mode, daily mode).
- Achieves communication control of lighting devices across different regions through various interfaces, ensuring smooth lighting performances during the summit via dedicated software and real-time acquisition of operating data.
- Processes and analyzes lighting operation data as needed, providing a basis for post-project maintenance and optimization.
- Monitors the real-time status of lighting systems and devices, promptly alerting maintenance personnel to faults for quick resolution and system stability.
- Supports wide-temperature operation, meets Qingdao's coastal climate requirements, and ensures 24/7 continuous operation for reliable lighting during the summit.
Convenient Operation
Communication Control
Data Analysis
Fault Alert
24/7 Operation
Related Configurations
- Industrial-grade power supply for stable power supply
- Multiple interfaces (serial ports, Ethernet ports, etc.) to meet connection needs of various lighting devices
- Professional heat dissipation design for long-term stable operation
- Reliable protective housing with dust and moisture resistance
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