Why Gibsonton homes need this service
- Drone thermography across residential and industrial arrays
- Corroding connector and junction box heat signatures identified
- Handheld FLIR confirmation with a written, photo-backed report
Persistent heavy soiling causes uneven cell heating over time, and brackish humidity accelerates connector corrosion. Both show up clearly on infrared before they show up in your production data as an outage.
Industrial and terminal fallout
Bulk handling along the US 41 and Port Sutton corridor puts fine mineral and phosphate dust in the air. It is heavier than road dust and settles fast.
Brackish salt influence
Bullfrog Creek and the Alafia bring brackish humidity, so there is a light salt component binding dust in place.
Heavy truck traffic
US 41 carries constant industrial freight, adding diesel soot on top of the mineral load.
New-build shingle in Kings Lake and the newer subdivisions, older shingle and metal on the riverfront and rural parcels. Roofs are generally simple and single-plane, with easy ground access.
We fly a radiometric thermal camera over the full array under load, then follow up with handheld imaging on anything ambiguous or shaded. Radiometric means every pixel carries an actual temperature value, not just a false-colour gradient, so we can measure the delta between a suspect cell and its healthy neighbours instead of guessing from a pretty picture.
Single-cell hot spots from micro-cracks or manufacturing defects. Whole-substring heating that points to a failed bypass diode. Warm junction boxes and connectors that signal a resistive joint on its way to an arc fault. Reverse-biased shaded cells that soiling or a new tree branch has pushed into dissipating power instead of producing it.
Gibsonton is inside Hillsborough County, so there is no travel fee on any visit.