Data as of Aug 25, 2026 · Based on 281 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
For fast, large-scale aerial thermal mapping choose Building Diagnostics Group (BDG) for nationwide drone infrared surveys that pinpoint hotspots and module faults. For deeper forensic diagnostics—cell damage, delamination, wiring issues—choose
Exactus Energy for thermal imaging plus detailed analysis.
Brands AI recommends here
Named in 48% of answers
Best when you need nationwide drone infrared mapping to locate hotspots and damaged modules quickly; BDG is cited for aerial thermal mapping across large commercial portfolios.
Named in 40% of answers
Best when you want in-depth thermal diagnostics: Exactus pairs imaging with analysis to find cell damage, delamination, and electrical faults—useful if you need root-cause reports, not just scans.
Named in 31% of answers
Named in 25% of answers
- **Infraredteam** - 9798 Helms Trl, Forney, TX 75126 - **Desert Drones LLC** - 18383 Preston Rd, Dallas, TX 75252, United States - **Sunaura Solar** - 4560 Belt Line Rd Ste 205, Addison, TX 75001, United States
Thermal imaging inspections can help identify why a solar array is underperforming by finding issues such as hot spots, failed cells, bypass diode problems, string faults, poor connections, cracking, or soiling patterns that may not be obvious visually.
Since you appear to be in the DeSoto / Dallas–Fort Worth area, these providers are options to consider:
When contacting an inspector, ask:
If you share your city (or ZIP code), array size (home vs. commercial), and whether the drop is sudden or gradual, I can narrow this to the closest fit.
Finding a drop in energy production is frustrating, but thermal (infrared) imaging is one of the fastest ways to pinpoint hidden issues like dead cells, bypassed diodes, or micro-cracks.[](https://www.infraredimagingservices.com/solar-panel/) [[1]](https://www.infraredimagingservices.com/solar-panel/) Several types of…
Finding a drop in energy production is frustrating, but thermal (infrared) imaging is one of the fastest ways to pinpoint hidden issues like dead cells, bypassed diodes, or micro-cracks.
Several types of professionals and companies offer thermal imaging inspections for solar arrays:
If you share your general location (city/state) and whether your system is residential or commercial , I can help narrow down the types of local services or specific providers available in your area.
- **Professional Drone Services of Texas** - 118 Vintage Park Blvd w, Houston, TX 77070, United States - **WHISKEY BRAVO DRONE SERVICES** - 1309 Carolyn Ct, Humble, TX 77338, United States - **ICON Inspection & Drone Services, LLC** - 28610 Hwy 290 f09, Cypress, TX 77433, United States
Yes. Since you’re in the Houston area, I found several providers that specifically advertise solar inspections and/or thermal/infrared imaging.
There is also a particularly relevant specialist if you're willing to bring someone in from Austin: Thermal Vision specializes in solar PV thermography, including drone-based inspections, and lists Infraspection Institute-certified thermography expertise.
Tell the inspector: “My PV system is producing below expected output. I want a drone-based infrared/thermal scan of the entire array, with a report identifying anomalous modules/cells, hotspots, bypass-diode issues, string-level problems, and any other visible defects.”
A proper PV thermography inspection can reveal panels or sections that are substantially hotter/cooler than neighboring modules, which can help pinpoint the source of lost production. For the strongest diagnostic result, have the array operating under sufficient load/sunlight during the scan.
If you tell me roughly where in the Houston area you are (ZIP code is enough) and whether this is a residential rooftop array or a larger ground-mounted system, I can narrow these down to the 2–3 best choices and compare their services.
No sources cited
When a solar array underperforms, thermal imaging (infrared thermography) is one of the best tools to identify hidden "hot spots," cracked cells, shunts, or failing bypass diodes.[](https://www.infraredimagingservices.com/solar-panel/)…
When a solar array underperforms, thermal imaging (infrared thermography) is one of the best tools to identify hidden "hot spots," cracked cells, shunts, or failing bypass diodes.
Several types of professionals and companies offer thermal imaging inspections for solar arrays:
If you share your general location (city/state) or whether your system is residential or commercial/ground-mount , I can help you narrow down the right type of local provider or service to contact.
- **LightWave Solar, LLC** - 3026 Owen Dr Suite 104, Antioch, TN 37013, United States - **Emerson Thermography** - 9042 TN-100, Nashville, TN 37221, United States - **United Power Services** - 817 Fesslers Pkwy, Nashville, TN 37210, United States
If you're in the Nashville/Middle Tennessee area, there are a few good options. For solar-specific thermal imaging, I'd prioritize companies that explicitly inspect PV arrays rather than a general home inspector.
For a solar array that's under-producing, I'd specifically ask for a radiometric infrared scan of the panels while the array is operating under good sunlight, plus inspection of the strings, connectors, combiner boxes and inverter. Proper PV thermography can reveal hot spots and defective/damaged modules that aren't apparent visually.
My pick: start with LightWave Solar because they combine solar-system expertise with aerial/infrared assessment. If you want an independent electrical thermography report rather than a solar contractor's diagnosis, Emerson Thermography is worth contacting.
If you tell me roughly how large your array is (kW or number of panels), whether it's residential or commercial, and whether it's rooftop or ground-mounted, I can narrow this to the best 2–3 options and find their current contact information/pricing.
When solar panels underperform, thermal imaging (infrared thermography) is one of the fastest, non-invasive ways to pinpoint hot spots, micro-cracks, failing bypass diodes, or loose electrical connections.[](https://selfaerialimagery.com/drone-services/infrared-solar-panel-inspections/)…
When solar panels underperform, thermal imaging (infrared thermography) is one of the fastest, non-invasive ways to pinpoint hot spots, micro-cracks, failing bypass diodes, or loose electrical connections.
Depending on the size of your array (residential rooftop vs. commercial or utility-scale solar farm), different types of providers offer these specialized diagnostic services:
If you share your general location (city/state) and whether this is for a residential rooftop or a large commercial/ground-mounted array , I can help narrow down the types of local professionals or national networks best suited for your project.
Yes. Since you’re in the Phoenix area, I found several options that specifically advertise **thermal/infrared diagnostics for solar PV arrays**, rather than just general home thermal imaging. ### Best matches - EXTREME SOLAR & ELECTRIC LLC — Phoenix-area solar/electrical contractor. Their diagnostic services include…
Yes. Since you’re in the Phoenix area, I found several options that specifically advertise thermal/infrared diagnostics for solar PV arrays, rather than just general home thermal imaging.
For a more specialized thermal survey, Darling Geomatics says its ITC-certified thermographers perform solar-array inspections in Arizona using radiometric drone thermal cameras to identify hotspots, defective cells, connection failures and other anomalies.
Because your symptom is lower-than-expected energy production, I'd request more than a generic thermal scan. Ask for:
If it's a typical residential Phoenix rooftop array, EXTREME SOLAR & ELECTRIC looks like the most directly relevant first call because it combines solar troubleshooting with thermal imaging and electrical diagnostics. If it's a large commercial array, I'd lean toward QE Solar or Darling Geomatics.
If you tell me roughly how many panels you have and whether it's residential or commercial, I can narrow this to the 2–3 best choices and look up their current pricing/contact information.
When a solar array underperforms, thermal imaging (infrared thermography) is one of the best non-invasive ways to pinpoint hot spots, faulty bypass diodes, micro-cracks, or failing electrical connections.[](https://axiumsolar.com/blog/solar-panel-thermography-infrared-inspections)…
When a solar array underperforms, thermal imaging (infrared thermography) is one of the best non-invasive ways to pinpoint hot spots, faulty bypass diodes, micro-cracks, or failing electrical connections.
Who you should call depends on the size of your system (residential rooftop vs. commercial/utility-scale farm) and your location. The primary providers of these services include:
If you share your general location (city/state) and whether your array is residential or commercial , I can help you narrow down the right type of local professional to contact.
Yes. Since you’re in the Richardson/DFW area, I found several providers that specifically offer **thermal/infrared inspection of photovoltaic (PV) arrays**, rather than just generic home thermal imaging. ### Best matches - Self Aerial Imagery LLC — DFW-based and specifically offers **infrared thermal drone inspections…
Yes. Since you’re in the Richardson/DFW area, I found several providers that specifically offer thermal/infrared inspection of photovoltaic (PV) arrays, rather than just generic home thermal imaging.
Self Aerial Imagery LLC — DFW-based and specifically offers infrared thermal drone inspections for solar panels. They report looking for hotspots, defective cells, cracking, delamination, string faults, soiling, and other anomalies. Their published qualifications include FAA Part 107 and Level 1 UAS Thermography, and they reference IEC 62446-1.
Infraredteam — DFW thermography specialist that offers aerial infrared imaging of solar arrays, including georeferenced imagery and annotated findings. Their site says they serve the DFW area, Texas, and larger projects.
Infrared Roof Inspections LLC — Dallas-based provider whose services include solar PV infrared inspections, including drone inspection of larger arrays while the system is operating.
A Closer Look — Denton-based inspection/diagnostic company serving DFW with infrared thermography. I'd call to confirm that they'll perform a dedicated PV-array thermographic survey rather than a general building inspection.
Texas Solar Panimals — A solar contractor serving DFW that offers system inspections and lists thermal imaging as an option for heat mapping and identifying faulty wiring/poor installations. This may be useful if you want both diagnosis and potential repair.
PV National is actually in Richardson and specializes in solar service/diagnostics. Their published services don't specifically establish that they perform drone thermography, so I'd ask whether they can perform or subcontract a thermal-array inspection.
Because you're seeing lower-than-expected production, I'd request a PV-specific infrared thermographic inspection while the array is operating, ideally combined with production/inverter data. A good inspection should identify things such as:
Self Aerial Imagery specifically describes correlating thermal anomalies with these types of PV faults and producing a report/map of findings.
My first calls would be Self Aerial Imagery and InfraredTeam because they're the most clearly specialized in thermal inspection rather than merely offering infrared imaging as an add-on.
If you give me your approximate number of panels and whether it's a roof-mounted or ground-mounted array, I can narrow this to the 2–3 providers I'd contact first and look for current pricing.
When solar arrays underperform, thermal imaging (infrared thermography) is the gold standard for spotting hidden issues like dead cells, micro-cracks, string failures, failing bypass diodes, or wiring resistance hotspots.[](https://www.bdg-usa.com/drone-thermal-imaging-solar-panel-inspection.html)…
When solar arrays underperform, thermal imaging (infrared thermography) is the gold standard for spotting hidden issues like dead cells, micro-cracks, string failures, failing bypass diodes, or wiring resistance hotspots.
Depending on whether your array is residential, commercial, or utility-scale, several types of providers offer these specialized diagnostic inspections:
If you share your general location (city/state) and whether your system is residential or commercial , I can help you narrow down the right local or national provider to contact.