Energy Monitoring

InspectSolar AI. From solar inspection images to operational decisions.

InspectSolar measures the temperature of every solar module in your thermal, drone and visual images, classifies each fault to IEC TS 62446-3, works out what it is costing you, and hands it to an engineer to sign.

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Features

Everything you need, in one place.

Active Decision-Making

Our intelligence platform answers your critical commercial questions: Why is degradation accelerating? What is the exact 12-month financial leakage? Which specific actions provide the highest ROI?

IEC-Validated Capture Metrics

A temperature delta of +24.5°C means nothing without environment details. Our system calibrates the exact solar irradiance, wind speed, and ambient temperature at capture time to prevent costly false positives.

30, 60, 90-Day Delay Risk Modeling

Stop guessing when to deploy engineers. We simulate the progressive structural risk and power loss decay of ignoring hot spots for 30, 60, or 90 days, enabling perfect, stress-free O&M scheduling.

Dual-Audience Report Synthesizer

Instantly switch between advanced scientific metrics for solar engineers (GPS nodes, Type 1-4 classifications, Raw CSV telemetry) and plain-language action scorecards for property owners.

Unrivaled Analysis Speed

Avoid weeks of consultant queues. Drag, drop, and process orthomosaic sets instantly. Our advanced Gemini Vision pipeline processes deep thermal anomalies in seconds.

Concrete Financial Analytics

Asset owners budget off dollars and pounds, not abstract percentages. Every thermal anomaly is instantly mapped to concrete kWp, kWh, and localized monthly cash loss leaks.

Measure every module

Raw sensor data is converted to °C, panels are separated from the background and each cell is compared with its healthy neighbours.

Engineer review and sign-off

A qualified engineer confirms, edits or rejects each finding and signs the decision: accept, conditional or reject.

Overview

Why InspectSolar AI?

An image is evidence. The temperature is a measurement.

Radiometric cameras store raw sensor values and calibration constants inside each image. InspectSolar converts every pixel back to °C with the inverse-Planck equation, correcting for the emissivity of PV glass (about 0.85), reflected sky temperature, distance and humidity — the same physics professional thermography software uses. Hotspots are measured against the cells around them, and ΔT is normalised to 1000 W/m² so inspections on different days can be compared. Cell temperature then gives the temperature derate, operating efficiency and the power you can recover.

Pricing

Simple, transparent plans.

Every plan includes the features above. Need something specific? We’ll tailor a package for you.

Pricing tailored to your business

Tell us about your team and requirements and we’ll send a clear quote — usually within one business day.

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FAQ

Questions about InspectSolar AI

Can’t find your answer? Ask Exceat AI or contact us.

Which cameras and drones are supported?

FLIR radiometric JPEGs (including FLIR-core drone payloads), radiometric TIFF/GeoTIFF orthomosaics and CSV temperature exports are measured directly. DJI R-JPEGs are supported through DJI's Thermal SDK or by exporting TIFF from DJI Thermal Analysis Tool.

How accurate are the results?

Radiometric temperatures are typically within the camera's own accuracy (about ±2 °C). Palette-only images are estimates and are flagged. Loss figures use typical loss fractions per fault pattern and should be confirmed with I-V curve tracing when a large decision depends on them.

Who signs the engineer report?

An engineer in your organisation, or one you assign. They add their title, licence number and certification in Settings; these are printed on the signed report together with a public verification code.

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