640 × 512 IR Resolution

PV Thermal Imaging Camera

Quickly identify hot spots, overheating, and hidden faults with high-resolution thermal imaging.

Thermal Imager
  • High-resolution thermal imaging

  • Precise manual focus

  • Real-time temperature analysis

  • Radiometric image & video recording

  • Wi-Fi data transfer


Fast, Accurate Thermal Diagnostics for Solar PV Inspection

Fast Thermal Diagnostics for Solar PV Systems

PV thermal imaging cameras provide a fast and non-contact method for detecting temperature abnormalities in solar modules. By visualizing heat distribution, inspectors can quickly identify hot spots, loose connections, and other hidden issues before they affect system performance.

Equipped with high-resolution infrared imaging, manual focus, and on-device analysis, the camera helps engineers perform efficient field inspections and generate reliable diagnostic results.

Key Inspection Capabilities

✓ Hot Spot Detection
Detect abnormal heating in PV modules.
✓ Temperature Difference Analysis
Compare temperature variations between cells and strings.
✓ Manual Focus
Achieve clear thermal images at different inspection distances.
✓ On-device Analysis
Analyze thermal data directly on the camera without additional software.

✓ On-device Analysis

Transfer inspection data wirelessly to PCs or mobile devices.

Designed for Efficient Field Inspections

High-Resolution Thermal Imaging

Capture detailed infrared images with high thermal resolution, making it easier to identify subtle temperature variations and hidden faults in PV modules and electrical equipment.

Precise Manual Focus

Manual focus enables clear thermal images across different inspection distances, ensuring accurate temperature measurement for both nearby components and distant targets.

Advanced Temperature Analysis

Analyze temperature rise, temperature differences, and multiple measurement points directly on the device for faster and more reliable field diagnostics.

Wireless Data Transfer

Transfer thermal images and inspection data quickly to a PC or mobile device through Wi-Fi, simplifying report preparation and data management.

Designed for Outdoor Inspections

Built for demanding field environments, the camera combines portable operation, intuitive controls, and reliable performance for efficient on-site inspections.

Radiometric Image & Video Recording

Capture radiometric images and videos with complete temperature data, allowing detailed post-inspection analysis and professional reporting.

From Solar PV Systems to Electrical Infrastructure

Applications

PV Hot Spot Detection

PV Hot Spot Detection

Identify localized overheating, defective cells, and abnormal temperature distribution in photovoltaic modules.Add a brief description to your card.

Inverter Inspection

Inverter Inspection

Monitor inverter thermal performance to detect overheating, cooling issues, and internal electrical faults.

Combiner Box Inspection

Combiner Box Inspection

Inspect combiner boxes, connectors, and DC circuits for loose terminals and excessive resistance.

Power Grid Inspection

Power Grid Inspection

Evaluate substations, switchgear, and electrical distribution equipment through non-contact thermal inspection.

Industrial Thermal Inspection

Industrial Thermal Inspection

Perform preventive maintenance on motors, bearings, electrical cabinets, and industrial equipment.

Fire Hot Spot Detection

Fire Hot Spot Detection

Detect hidden heat sources and abnormal temperature rise for early fire prevention and safety inspections.

Software & Analysis

Intelligent On-Device Analysis for Faster and More Accurate Thermal Inspections

On-Device Thermal Analysis

Analyze thermal images directly on the camera without additional software, allowing inspectors to evaluate results immediately in the field and reduce unnecessary repeat inspections.

Temperature Rise Analysis

Automatically calculate temperature rise relative to ambient conditions, helping engineers identify abnormal heating more accurately during preventive maintenance.

Multi-Point Temperature Measurement

Measure multiple points, lines, and areas simultaneously to compare temperature distribution across PV modules and electrical components.

Adjustable Emissivity Settings

Configure different emissivity values for various materials, improving temperature measurement accuracy across complex inspection environments.

Radiometric Image & Video Recording

Capture radiometric thermal images and videos containing complete temperature data for detailed analysis, reporting, and long-term documentation.

Wireless Data Transfer

Transfer inspection images and thermal reports quickly to PCs or mobile devices through Wi-Fi, improving collaboration and report generation efficiency.

Technical Specifications

Key specifications for infrared imaging, temperature measurement, and PV system inspection.

Imaging Performance

Parameter
Specification

IR Resolution

640 × 512 pixels

Thermal Sensitivity

<30 mK

Spectral Range

8–14 μm

Field of View

44° × 33°

Focus

Manual Focus

Visible Camera

Integrated

Temperature Measurement

Parameter
Specification

Measurement Range

-20°C to 650°C (as per model)

Accuracy

±2°C or ±2%

Temperature Resolution

0.1°C

Emissivity

Adjustable

Temperature Analysis

Multi-point, Line & Area

Storage & Connectivity

Parameter
Specification

Measurement Range

-20°C to 650°C(as per model)

Accuracy

±2°C or ±2%

Temperature Resolution

0.1°C

Emissivity

Adjustable

Temperature Analysis

Multi-point, Line & Area

General Specifications

Parameter
Specification

Image Storage

SD Card

Wireless Communication

Wi-Fi

USB Interface

Supported

Radiometric Video

Supported

Image Format

Radiometric Thermal Images

SUPPORT & INFORMATION

Frequently Asked Questions

Learn more about thermal imaging features, measurement functions, and field applications.

Yes. By analyzing IV curves together with EL inspection results, the PV1500 can help detect performance losses caused by hidden cracks, degradation, and other module defects.

Thermal imaging cameras can help identify abnormal heat distribution in photovoltaic systems, including module hot spots, uneven temperature patterns, bypass diode issues, and overheating components that may affect system performance.

Temperature differences between cells, strings, or electrical components can reveal abnormal operating conditions. The camera supports temperature rise calculation and comparative analysis to help engineers make more accurate diagnoses.

Different materials emit infrared radiation differently. Adjustable emissivity settings allow users to configure measurement parameters for different surfaces, improving temperature measurement accuracy.

The camera supports wireless data transfer through Wi-Fi communication, allowing thermal images and inspection data to be transferred to computers or mobile devices for reporting and further analysis.

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