Las Vegas Solar PV Hotspot Drone Scan Checklist

Short answer: For Las Vegas solar farms and commercial rooftops, fly radiometric scans in steady irradiance, flag hotspots, string outages, and diode failures, and deliver an actionable report with coordinates and likely causes. Email silverliningspilot@gmail.com for a same-day quote.

When to scan for PV hotspots (Las Vegas)

• Time: Mid-morning to mid-afternoon with stable irradiance; avoid rapid cloud transients.
• Wind: Low wind to reduce panel cooling variance and image blur.
• Load: Ensure arrays are under load; coordinate with site ops to keep in normal production.

Pre-flight checklist

• Airspace: Part 107 checks; file LAANC where needed near Class B corridors.
• Site coordination: Access, string layout, combiner maps, inverters, trackers vs. fixed-tilt.
• Sensor setup: Radiometric capture, correct emissivity, locked temperature span, GPS logging.
• Flight plan: Lawn-mower grid with overlap; altitude tuned for GSD; sun-angle aware headings.

Capture sequence

1. Baseline visible + thermal stills at array corners.
2. Grid capture for full coverage; maintain consistent speed/altitude.
3. Spot-check obliques on flagged strings, inverters, and junctions.
4. On-site QC; re-fly any blurred/saturated frames.

What we flag

• Sub-module hotspots and bypass diode failures.
• String outages and imbalance.
• Soiling, shading, and mismatch patterns.
• Connector and combiner heat signatures.

Deliverables

• Radiometric stills and annotated PDF with hotspot IDs, temperatures, and likely causes.
• String/row references and GPS coordinates for each anomaly.
• Portfolio-ready summary for asset managers; contractor-ready punch list.

Pricing signals

• Commercial rooftop arrays: scoped by square footage and MW; mid hundreds to low thousands depending on complexity.
• Utility-scale: MW-based, volume pricing for multi-site runs.
• Add-ons: Orthomosaic, repeat scans for soiling curves, rush delivery.

Call to action

Request a Las Vegas PV hotspot scan or book via reservations.

FAQs

Do you need to shut down the array?

No; hotspots are most visible under normal load. We coordinate with site ops to keep strings energized.

How fast is reporting?

Most PV hotspot reports deliver in 24–48 hours; rush delivery available.

What defects do you commonly find?

Bypass diode failures, string outages, soiling/shading patches, MC4/connector heating, tracker misalignment pockets.

What standards/practices do you align to?

Part 107 flight compliance and common thermography practices for PV O&M; reports map directly to string/row IDs for maintenance crews.