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Solar Panel Inspection

Advanced Solar Panel Inspections – Maximize Efficiency and Extend System Life

Identify Underperforming Panels and Electrical Issues with Precision Thermal Imaging and Comprehensive Analysis

Optimize your solar investment with Drones at Work’s specialized solar panel inspection services. Using advanced thermal imaging technology and high-resolution visual assessment, we identify underperforming panels, electrical faults, and potential safety issues before they impact system efficiency or cause costly failures. Our comprehensive inspection approach helps solar farm operators, commercial building owners, and residential customers across New Zealand maximize energy production and extend the operational life of their solar installations.

What We Do

At Drones at Work, we’ve developed a specialized approach to solar panel inspection that combines thermal imaging technology with expert analysis to deliver actionable insights about your solar energy system. Our drone-based inspection methodology allows for rapid, non-disruptive assessment of entire solar installations without interrupting power generation or requiring technicians to physically access each panel.

Whether you operate a large-scale solar farm, manage a commercial building with rooftop solar, or own a residential system, our comprehensive inspection process identifies issues that conventional visual checks miss. By detecting hotspots, connection problems, and panel defects in their early stages, we help you address maintenance needs proactively, optimize system performance, and protect your renewable energy investment.

 

Our Solar Panel Inspection Services

  • Thermal Performance Analysis: Identify underperforming panels and electrical issues with our advanced thermal imaging technology. Using the H30T thermal payload—the most sophisticated thermal sensor available in commercial drone applications—we detect temperature variations across your entire solar array that indicate potential problems such as:

    • Cell fractures and internal panel damage
    • Bypass diode failures
    • Junction box overheating
    • Connection and wiring issues
    • String performance inconsistencies
    • Potential-induced degradation (PID)

    Each thermal anomaly is documented with precise location data and temperature measurements, allowing for targeted maintenance rather than time-consuming manual checks of the entire system. This approach significantly reduces diagnostic time and focuses repair efforts exactly where they’re needed.

  • Visual Defect Documentation: Complement thermal analysis with high-resolution visual imagery that documents physical panel conditions and installation issues. Our detailed visual inspection identifies:

    • Physical damage to panels (cracks, delamination, discoloration)
    • Soiling and debris accumulation affecting performance
    • Shading issues from nearby structures or vegetation
    • Mounting system problems and structural concerns
    • Water pooling and drainage issues
    • Bird nesting and pest-related damage

    The combination of thermal and visual data provides a comprehensive understanding of your system’s condition, supporting both immediate maintenance decisions and long-term performance optimization strategies.

  • Comprehensive Reporting: Receive detailed, actionable reports that transform complex data into clear insights and recommendations. Our solar inspection reports include:

    • Thermal imagery of the entire solar array with anomalies highlighted
    • Temperature analysis of identified issues with severity classifications
    • High-resolution visual documentation of physical conditions
    • Panel-by-panel performance assessment for large installations
    • Prioritized maintenance recommendations based on impact and urgency
    • Historical comparison data for repeat customers
    • Performance optimization suggestions

    These comprehensive reports provide everything needed for informed maintenance planning, warranty claims, and performance optimization, delivered in a format accessible to both technical and non-technical stakeholders.

Kaikoura New Zealand drone aerial map

Why Choose Drones at Work for Solar Panel Inspections?

Advanced Technology

Our inspection system combines the H30T thermal sensor with high-resolution RGB cameras to capture both thermal and visual data simultaneously. This dual-sensor approach provides more comprehensive insights than single-mode inspections, while our RTK-enabled drone platform ensures precise positioning and consistent data quality across even the largest solar installations.

Efficiency and Safety

Inspect large solar arrays in a fraction of the time required for manual methods, without interrupting power generation or exposing personnel to safety risks. Our drone-based approach can assess thousands of panels in a single day, providing complete coverage without walking on roofs or between ground-mounted arrays.

Expert Analysis

Our team combines technical expertise in thermography with specific knowledge of solar photovoltaic systems. This specialized experience ensures accurate interpretation of thermal patterns and visual observations, translating raw data into meaningful insights about system performance and maintenance needs.

Comprehensive Documentation

Receive complete documentation of your solar asset’s condition, supporting warranty claims, maintenance planning, and performance optimization. Our detailed reports provide evidence-based insights that help maximize return on your renewable energy investment.

How It Works

1. Consultation and Planning

We begin by understanding your specific solar installation, including system size, panel type, mounting configuration, and any known issues or concerns. This information helps us develop an inspection plan tailored to your particular system and objectives.

2. On-Site Inspection

Our certified drone operators conduct a comprehensive aerial inspection of your solar installation, capturing thermal and visual data under optimal conditions for accurate assessment. For maximum thermal contrast, inspections are typically performed during peak sunlight hours when the system is under load.

3. Data Analysis

Our solar specialists analyze the collected thermal and visual data, identifying performance issues, physical defects, and maintenance priorities. This analysis considers normal operating temperatures for your specific panel type and environmental conditions to distinguish between expected variations and genuine problems.

4. Detailed Reporting

You receive a comprehensive report documenting all findings, with clear identification of issues requiring attention and recommendations for maintenance or optimization. For large installations, we provide panel-level mapping that pinpoints exact locations of problems within the array.

5. Results Review

We offer an optional consultation to review findings, answer questions, and discuss recommended actions. This discussion helps ensure you fully understand the implications of the inspection results and can develop an effective maintenance strategy.

Applications Across Industries

Solar Farms

Optimize performance and maintenance planning for utility-scale solar installations. Our efficient inspection process covers large arrays quickly, identifying underperforming sections and maintenance priorities to maximize energy production and financial returns.

Commercial Buildings

Ensure rooftop solar systems on commercial properties are operating at peak efficiency. Regular thermal inspections help property managers identify maintenance needs before they impact energy production or building operations.

Residential Systems

Verify proper function of home solar installations and identify issues covered under manufacturer warranties. Our detailed reports provide homeowners with documentation needed for warranty claims and contractor discussions.

New Installations

Conduct quality assurance inspections of newly installed systems before final commissioning. Early detection of installation issues or manufacturing defects ensures systems begin operation at peak performance.

Insurance Assessment

Document system condition for insurance purposes, including pre-event baseline documentation and post-event damage assessment. Our detailed reports provide the evidence needed for accurate claim processing.

“The thermal inspection of our 2.5-hectare solar farm identified several underperforming panels that weren’t visible during routine maintenance checks. The detailed report allowed us to make targeted repairs that increased our overall system output by nearly 4%.”

– Operations Manager | Canterbury Solar Farm

“We were impressed by the efficiency and detail of the inspection. The drone covered our entire commercial rooftop installation in under two hours, and the report clearly identified several panels with early-stage junction box issues that could have led to significant problems if left unaddressed.”

– Facility Manager | Commercial Office Complex

Maximize the return on your solar investment with a comprehensive thermal inspection.

Contact Drones at Work today to schedule a solar panel inspection using our advanced thermal imaging technology and expert analysis.

Get a free quote

Open Hours

Monday – Friday: 8am – 6pm

Weekend appointments available by request

Office Location

Christchurch, New Zealand

Serving the entire South Island, North Island, and beyond

Drones at Work – Precision Drone Roof Inspection Across New Zealand. CAA Part 102 Licensed (2025)