Integrated Solutions
The DayCor® UV EYE family includes three solar-blind UV camera cores: UV Eye, UV Eyelite, and UV EyeScope – each offering a unique balance of optical performance, size, and integration flexibility. All models are designed to detect and visualize corona PD and arcing activity with high sensitivity and precision, even in demanding environments.
With robust IP65-rated protection and a developer-friendly API, the UV EYE family is used across a wide range of field-proven applications:
Continuous Substation Monitoring
UV EYEs are deployed in substations as part of either fixed installations or PTZ-mounted systems, providing continuous, real-time monitoring of critical high-voltage components. These installations are designed for long-term, unattended operation in outdoor or high-stress environments and serve as a key enabler of predictive maintenance strategies.
By automatically scanning transformer bushings, insulators, conductors, busbars, and other substation assets, UV EYEs support early detection of corona activity and arcing—conditions that indicate emerging faults. The collected data is stored and managed through Video Management Systems (VMS), typically ONVIF-compatible, allowing seamless integration into existing infrastructure and inspection workflows.
UV EYEs can be combined with thermal and RGB sensors to provide a comprehensive, multi-spectral view of substation health. This layered inspection approach improves diagnostic accuracy and helps utilities correlate visual, thermal, and UV indicators of asset degradation.
Automated reporting converts inspection data into actionable insights, enabling maintenance teams to respond faster and plan interventions based on real conditions rather than calendar intervals. This reduces unnecessary fieldwork while ensuring that emerging issues are addressed before they lead to failures.
By continuously monitoring corona-related anomalies and trending their development over time, utilities gain a powerful tool for managing risk, optimizing asset performance, and maintaining high levels of grid reliability.
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