Precision Monitoring Maximum Uptime Rapid Maintenance
QunLink Panel PC for Wind Power Monitoring. Hot-Swap Panel PC Module for Immediate Field Replacement.
• Modularized Design for Easy Maintenance
Independent PC and display modules allow quick replacement or upgrades, minimizing downtime and cost.
• Real-Time Data Acquisition & Transmission
Collects wind speed, direction, power output, and more, with stable CAN Bus communication.
• Centralized Monitoring & Analysis
Integrates and visualizes turbine data for real-time performance tracking and predictive reporting.
• AI Visual Inspection
Supports AI-based image detection for blade condition monitoring and preventive maintenance.
• Built for Harsh Environments
Operates reliably from -30°C to 85°C, ensuring durability in demanding field conditions.
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Advanced Modular Panel PC for Critical Power Control
Robust Structure. High Efficiency. Service-Ready at Any Time.
Modularized Design for Flexible Maintenance and Upgrades
The QunLink Panel PC features a modularized design that enhances system flexibility and maintenance efficiency. Both the PC module and display module can be replaced or upgraded independently—when one module experiences a fault or requires an upgrade, it can be quickly swapped without affecting the other. This minimizes system downtime, reduces maintenance costs, and ensures continuous and stable operation in the field.
Data Acquisition and Transmission
Collects critical data such as wind speed, direction, power output, and operating hours from each turbine controller.
Utilizes communication protocols like CAN Bus for reliable data transmission in high-interference environments, supported by robust error correction capabilities.
System Integration and Monitoring
Transmits turbine data to a central monitoring system for integrated analysis.
Provides real-time and historical data, predictive analytics, and visualized reports through graphical dashboards.
Supports remote login, allowing users to access turbine performance and maintenance data across multiple wind farms via the Internet.
Environmental Durability
Engineered to withstand extreme operating conditions, such as temperature fluctuations from -30°C to 85°C, ensuring reliable system performance in harsh environments.
Tested for EMI resistance and thermal endurance to enhance long-term reliability and durability.