Over the past few years, infrared thermography has emerged as a cost-effective inspection method, proving its reliability in detecting failures within photovoltaic (PV) systems.

This technique is geared towards swiftly conducting thorough monitoring of PV power plants, starting from their commissioning phase and extending throughout their operational lifespan. Leveraging digital image processing (DIP), classification, and deep learning techniques, Heat Eyes offers a comprehensive solution.

Our platform ensures autonomous fault detection and precise classification of issues in PV plants using thermographic images, delivering unparalleled accuracy and dependability. Our systems are designed for seamless automation and integration across all facets of your operations.

Key Features:

• Non-invasive Inspection: Infrared thermography allows for non-contact and non-invasive inspection of PV cells, enabling detection of faults or anomalies without physical interaction, minimizing potential damage during the inspection process.

• Comprehensive Monitoring: It provides a comprehensive overview by capturing thermal images, allowing for the detection of hotspots, defects, or malfunctioning cells across large PV arrays quickly and efficiently.

• Early Fault Detection: Thermography enables the early identification of potential issues such as cell degradation, loose connections, or defective modules, allowing for proactive maintenance and minimizing downtime.

• Quantitative Analysis: It offers quantitative data by measuring temperature differences, aiding in the precise localization and assessment of faults, ensuring accurate analysis and targeted repairs.

• Cost-Effective Solution: As a cost-efficient method, thermography reduces inspection expenses by streamlining the monitoring process, preventing costly failures, and optimizing the overall performance and longevity of the photovoltaic system.