Why Ruskin homes need this service
- Post-cleaning scans that isolate real faults from soiling shading
- Drone coverage across agricultural and commercial arrays
- Handheld FLIR confirmation with a written, imagery-backed report
Persistent crusting causes uneven shading, and uneven shading causes localized heating. Thermography separates a genuine module fault from soiling loss, which is a distinction that matters a lot on a Ruskin array.
Vegetable field dust
Ruskin's agricultural belt is active most of the year. Field dust is mineral-heavy and settles in a tan layer that cuts output noticeably within weeks.
Bay salt
Western Ruskin and the Little Harbor area are fully coastal, with the same salt-film problem as Apollo Beach.
Combined dust-and-salt crust
The worst case in the county: salt aerosol binds field dust into a crust that is far more stubborn than either would be alone, and needs dwell time rather than force.
A split between older rural and waterfront cottages with metal and shingle roofs, and new-build shingle in Hawks Point and College Chase. Waterfront properties around Little Harbor and Bahia Beach add tile into the mix.
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.
Ruskin is inside Hillsborough County, so there is no travel fee on any visit.