REALITY, MEASURED.
Localized cell heating
Inspect cell & contactsSubstring overheating
Check shading / diodeNationwide infrared drone inspections for solar panels, commercial roofs and critical equipment. Locate thermal anomalies and plan focused follow-up across the United States.
CLARKCLARKCLARKCLARKThe value is not the heatmap.
It is knowing where to act next.
Drone thermal imaging detects surface temperature patterns that standard aerial photography can miss.
A thermal anomaly is a starting point. Context turns it into a useful finding.
VisualIllustrative thermalColor treatment · not measured dataGive your team a clear route from finding to follow-up.
LocateSite · asset · image reference
DocumentThermal pattern · visual context
PrioritizeReview priority · recommended check
Follow throughOwner · action · next inspection
Solar, building, electrical and HVAC thermal inspections for asset owners and facilities teams across the United States.
Solar panel thermal inspections screen arrays for abnormal cell, module and string temperature patterns. Use the results to direct electrical testing, maintenance and closer visual inspection.
Discuss your project
Roof thermal inspections locate temperature patterns consistent with moisture retention, insulation gaps or thermal bridging. Mark suspect areas for confirmation before planning repairs.
Discuss your project
Electrical thermal inspections review exposed connections and equipment for unusual heating under suitable operating loads. Give qualified electrical teams specific assets to investigate.
Discuss your project
HVAC thermal inspections survey accessible rooftop equipment and exposed distribution lines for uneven temperatures or insulation concerns. Compare similar equipment to guide a closer assessment.
Discuss your projectSix practical inspection targets. Each finding connects a thermal observation to a focused follow-up.
Localized heating helps identify modules that warrant visual inspection and electrical testing.
Compare neighboring rows and strings to flag unusual behavior for the operations team.
Differences in roof cooling can reveal areas worth testing for retained moisture.
Surface patterns help focus investigation on heat flow through roofs, walls and junctions.
Unusual heating at visible connections or equipment can guide a qualified electrical inspection.
Temperature differences across comparable assets help direct service and insulation checks.
A useful inspection ends with a location, supporting evidence and a next step. We agree the deliverable package around your site and your team.
Request a sample reportPaired images with asset references and capture context, so each observation is easy to locate and review.
A site view connecting observations to their locations. Mapping coverage is agreed around the asset and flight plan.
Organized observations, review priorities and suggested follow-up checks for your maintenance team.
Scope, methods, relevant conditions, findings and limitations in a concise record for stakeholders.
Review findings in your Asteon workspace. Confirm export formats, source files and repeat-capture needs when scoping the survey.
Capture planned around the assetChoose timing for the asset: stable sun for PV, suitable cooling conditions for roofs, and representative load for equipment.
Record visual references and relevant conditions alongside thermal imagery, with access and coverage agreed before the flight.
Consider surface emissivity, reflections and weather. Mark observations that need confirmation by the relevant specialist.
Compare future surveys under similar conditions to track change and review work after a repair.
Questions about thermal drone inspections, site access and reporting across the United States.
Discuss a thermal surveyIt highlights surface temperature differences associated with solar performance, building heat flow and equipment condition. Thermal imagery helps locate areas for investigation; the pattern alone does not always establish the cause.
It can identify patterns consistent with retained moisture. Roof construction and weather affect the results, so suspect areas may need moisture testing or another on-site check before repairs are specified.
Asteon coordinates thermal drone inspection services across the United States for individual sites and multi-site portfolios. Share the site locations and asset types so we can confirm coverage, access, airspace requirements and a suitable capture window.
Many assets can be surveyed while operating, and a representative load often improves the value of thermal observations. We agree the flight plan, access restrictions and site requirements with your team before capture.
The window depends on the asset. Solar inspections need suitable, stable sunlight; roof surveys depend on useful heating or cooling contrast; equipment should be assessed under representative load. Weather and site conditions determine the final schedule.
Radiometric cameras provide temperature estimates from infrared radiation. Accuracy depends on the camera, distance, surface emissivity, reflections and conditions. The report should state the method and relevant limitations; color alone is not a measurement.
Send the site address, asset type, approximate area or asset count, the concern you want investigated and your preferred timing. Include any access restrictions, existing plans and deliverable requirements.
Delivery timing is confirmed with the scope before the survey. Site size, weather, required analysis and export formats all affect the schedule.
Yes. A repeat survey can support post-repair review and longer-term comparisons. Comparable capture conditions make those comparisons more useful.
Localized cell heating
Inspect cell & contactsSubstring overheating
Check shading / diodeNationwide infrared drone inspections for solar panels, commercial roofs and critical equipment. Locate thermal anomalies and plan focused follow-up across the United States.
CLARKCLARKCLARKCLARKThe value is not the heatmap.
It is knowing where to act next.
Drone thermal imaging detects surface temperature patterns that standard aerial photography can miss.
A thermal anomaly is a starting point. Context turns it into a useful finding.
VisualIllustrative thermalColor treatment · not measured dataGive your team a clear route from finding to follow-up.
LocateSite · asset · image reference
DocumentThermal pattern · visual context
PrioritizeReview priority · recommended check
Follow throughOwner · action · next inspection
Solar, building, electrical and HVAC thermal inspections for asset owners and facilities teams across the United States.
Solar panel thermal inspections screen arrays for abnormal cell, module and string temperature patterns. Use the results to direct electrical testing, maintenance and closer visual inspection.
Discuss your projectRoof thermal inspections locate temperature patterns consistent with moisture retention, insulation gaps or thermal bridging. Mark suspect areas for confirmation before planning repairs.
Discuss your projectElectrical thermal inspections review exposed connections and equipment for unusual heating under suitable operating loads. Give qualified electrical teams specific assets to investigate.
Discuss your projectHVAC thermal inspections survey accessible rooftop equipment and exposed distribution lines for uneven temperatures or insulation concerns. Compare similar equipment to guide a closer assessment.
Discuss your projectSix practical inspection targets. Each finding connects a thermal observation to a focused follow-up.
Localized heating helps identify modules that warrant visual inspection and electrical testing.
Compare neighboring rows and strings to flag unusual behavior for the operations team.
Differences in roof cooling can reveal areas worth testing for retained moisture.
Surface patterns help focus investigation on heat flow through roofs, walls and junctions.
Unusual heating at visible connections or equipment can guide a qualified electrical inspection.
Temperature differences across comparable assets help direct service and insulation checks.
A useful inspection ends with a location, supporting evidence and a next step. We agree the deliverable package around your site and your team.
Request a sample reportPaired images with asset references and capture context, so each observation is easy to locate and review.
A site view connecting observations to their locations. Mapping coverage is agreed around the asset and flight plan.
Organized observations, review priorities and suggested follow-up checks for your maintenance team.
Scope, methods, relevant conditions, findings and limitations in a concise record for stakeholders.
Review findings in your Asteon workspace. Confirm export formats, source files and repeat-capture needs when scoping the survey.
Capture planned around the assetChoose timing for the asset: stable sun for PV, suitable cooling conditions for roofs, and representative load for equipment.
Record visual references and relevant conditions alongside thermal imagery, with access and coverage agreed before the flight.
Consider surface emissivity, reflections and weather. Mark observations that need confirmation by the relevant specialist.
Compare future surveys under similar conditions to track change and review work after a repair.
Questions about thermal drone inspections, site access and reporting across the United States.
Discuss a thermal surveyIt highlights surface temperature differences associated with solar performance, building heat flow and equipment condition. Thermal imagery helps locate areas for investigation; the pattern alone does not always establish the cause.
It can identify patterns consistent with retained moisture. Roof construction and weather affect the results, so suspect areas may need moisture testing or another on-site check before repairs are specified.
Asteon coordinates thermal drone inspection services across the United States for individual sites and multi-site portfolios. Share the site locations and asset types so we can confirm coverage, access, airspace requirements and a suitable capture window.
Many assets can be surveyed while operating, and a representative load often improves the value of thermal observations. We agree the flight plan, access restrictions and site requirements with your team before capture.
The window depends on the asset. Solar inspections need suitable, stable sunlight; roof surveys depend on useful heating or cooling contrast; equipment should be assessed under representative load. Weather and site conditions determine the final schedule.
Radiometric cameras provide temperature estimates from infrared radiation. Accuracy depends on the camera, distance, surface emissivity, reflections and conditions. The report should state the method and relevant limitations; color alone is not a measurement.
Send the site address, asset type, approximate area or asset count, the concern you want investigated and your preferred timing. Include any access restrictions, existing plans and deliverable requirements.
Delivery timing is confirmed with the scope before the survey. Site size, weather, required analysis and export formats all affect the schedule.
Yes. A repeat survey can support post-repair review and longer-term comparisons. Comparable capture conditions make those comparisons more useful.