Why Summer is Prime Time for Thermal Drone Solar Inspections

Long, hot days mean your solar panels are working at maximum capacity — and under maximum stress. This is exactly when small issues like failing cells, loose connections, or damaged bypass diodes turn into visible hotspots. These problems often remain hidden during cooler months, but under summer’s intense heat, they become obvious in a thermal survey.

Early detection is critical. Catching hotspots and electrical faults now prevents minor defects from escalating into major failures that require expensive repairs or full panel replacements. You also avoid hidden efficiency losses that can quietly eat into your energy savings.

How thermal drone inspections work

Using a drone equipped with a high-resolution thermal camera, we fly over your solar array to capture detailed infrared imagery. This allows us to spot:

• Hotspots caused by defective cells or solder joints

• Shading and soiling issues that reduce efficiency

• Potential wiring problems or connection faults

• Signs of delamination or moisture ingress in the panels

Because drones can quickly scan every panel from multiple angles, we cover your entire system in a fraction of the time it would take a manual inspection — and without risking damage by walking on or around delicate arrays.

What you get from Midwest Drones

We provide a complete thermal and visual inspection package that includes:

• A licensed, insured, FAA-certified pilot performing the flight

• Precise thermal imagery and visual photos of all panels

• A clear, easy-to-understand report highlighting problem areas

• Recommendations for next steps you can give to your installer or maintenance crew

• Fast delivery of your results, typically within 24–48 hours after the site visit

As a veteran-owned business, we take pride in delivering reliable, professional data that helps you make smart maintenance decisions.

Keep your solar investment performing at its best

Your solar system represents a major investment. A seasonal thermal inspection helps ensure it keeps producing at peak efficiency, especially when you rely on it most. By spotting problems early, you save on costly repairs, extend the lifespan of your array, and maximize your return on investment.