// Remote IEC 62446-3 Analysis & Reporting
You fly the site. We analyze the data. Send us your drone thermal imagery and receive a fully IEC 62446-3 compliant solar inspection report — without hiring an analyst or licensing software.
Capture → Upload → Compliant Report in 48–72 hours
// What We Do
Solar thermography is the use of infrared thermal imaging to detect defects, hotspots, and performance losses in photovoltaic modules. It is the industry-standard inspection method for utility-scale solar, codified in the international standard IEC 62446-3 and required across EPC warranties, insurance claims, and asset transactions.
The bottleneck for most drone operators and solar O&M teams isn't capturing the imagery — it's turning that imagery into a compliant, defensible report. Analysis requires specialized software, IEC-certified interpretation, and standardized reporting. We provide exactly that, as a remote service.
Whether you operate a single drone or a fleet, you send us your radiometric thermal images and we return a complete IEC 62446-3 compliant inspection report — anomaly inventory, severity classification, power-loss estimates, and remediation recommendations — typically within 48 to 72 hours.
Because the work is data-based, location is irrelevant. We serve solar thermography needs for operators across the United States, the United Kingdom, Europe, and worldwide. All communication is in English, and every report is white-label ready for delivery to your own clients.
// The Process
You already own the drone and the camera. You don't need an in-house thermography analyst, expensive software, or IEC certification. That's our part.
Capture radiometric thermal imagery of your array with any DJI or FLIR system under standard inspection conditions. We provide a flight checklist to ensure IEC-valid data.
Send your image set via secure transfer link. Radiometric JPEGs, R-JPEGs, or full datasets — we handle the formats. Include site capacity and module layout.
Our pipeline detects and classifies every thermal anomaly per IEC 62446-3 severity classes, with temperature differentials, location mapping, and power-loss estimates.
A professional, white-label-ready inspection report within 48–72 hours — ready to deliver to your client, lender, or insurer under your own brand.
// Anomaly Classification
Every report classifies anomalies into IEC 62446-3 severity classes, with measured ΔT and recommended response.
Localized temperature anomalies from cell cracks, shading, or defects. Flagged with measured ΔT and severity class.
Full cell-string heating indicating bypassed diodes and imminent module replacement needs.
Potential-induced degradation patterns on corner and edge cells, detected in early stages.
Encapsulant separation and water ingress signatures invisible to standard visual inspection.
High-resistance junction boxes, MC4 connectors, and combiner faults — leading arc-flash precursors.
String-level soiling patterns and inter-row shading geometry affecting specific generation.
// Your Deliverable
// Sample Report Summary
// The Advantage
Drone operators and O&M teams are great at flying. Analysis and IEC-compliant reporting is a different skill set — and a bottleneck. We remove it.
No need to license analysis software, train a certified thermographer, or build reporting templates. You capture; we deliver the finished product.
Standard reports delivered in 48–72 hours. Your clients get answers quickly, and you free your team to fly the next site.
Every report meets IEC 62446-3 — accepted by lenders, insurers, and acquirers. Reports stand up in warranty claims and due diligence.
// Transparent Pricing
You handle the capture, so analysis-only pricing is a fraction of a full inspection. Every engagement is scoped to your site count, volume, and turnaround needs — request a quote and we'll put concrete numbers to your portfolio.
Commercial rooftops & small sites up to 1 MWp.
Utility-scale ground mounts, 1–50 MWp.
50+ MWp or recurring O&M contracts.
// Volume-based pricing scoped per project · No setup fees · No software to license · Request a quote for your sites
// Common Questions
Any radiometric thermal camera — DJI Zenmuse XT/XT2/H20T/H30T, FLIR systems, and most drone-mounted IR payloads. We work with radiometric JPEGs and R-JPEGs that embed per-pixel temperature data. If your camera produces non-radiometric output, we'll let you know before you fly.
No. We provide a simple capture checklist covering the IEC 62446-3 conditions — minimum irradiance, wind, and load requirements. As long as you follow it during the flight, the data will be valid for a compliant report. The certification and analysis responsibility sits with us.
After you request a quote, we send a secure upload link. Most operators use it to transfer full datasets — there's no file-size limit that matters for typical solar surveys. We confirm receipt and data validity before starting analysis.
Yes. Every report is white-label ready. We can apply your logo and company details so your client sees your brand, not ours. You own the client relationship; we're the analysis engine behind it.
Standard turnaround is 48–72 hours from confirmed data receipt. Portfolio and recurring clients receive priority handling. Rush options are available when you need a report faster.
We operate as a remote solar thermography analysis service worldwide. Because the work is data-based, your location doesn't matter — operators in the US, UK, Europe, and beyond use the same workflow. Communication is in English.
// Get Started
Tell us about your site and we'll send pricing plus a capture checklist within one business day. No commitment.
// Knowledge Base
Practical guides on solar thermal inspection — for the operators and asset managers we work with.
// Utility-Scale
How thermographic inspection works at scale — capture methods, the data challenge, and what asset managers should expect.
// Economics
Transparent pricing breakdown and ROI framework showing how inspections pay back within a single generation cycle.
// Standards
Camera requirements, irradiance conditions, severity classifications, and compliant report requirements.
// Reporting
A section-by-section breakdown of a compliant report — and why incomplete reports get rejected in claims.
// Best Practices
Lifecycle stages and triggering conditions — commissioning, O&M, post-event, and pre-transaction due diligence.
// Diagnostics
What causes hotspots, how thermography detects them, and when a hotspot demands action per IEC severity classes.
// Technology
Coverage vs. resolution trade-offs, regulatory requirements, and a decision framework by site type.
// Diagnostics
What each method detects, when to use which, and how EL imaging and thermography work together.