THETATECHNICAL IMAGING SERVICES
Energy & infrastructure
From PV modules and building envelopes to turbine blades and transmission corridors: imaging and measurements built around the asset, the field conditions and the decision ahead.
Explore solar PV inspection01 / Solar PV inspection — our core expertise
For plant owners, operators, EPCs and asset managers. We align infrared thermography, EL imaging and I–V testing with the question being investigated, from thermal anomalies to module condition and electrical performance.
Map thermal patterns across operating PV assets and identify anomalies for technical review. Acquisition is planned around site conditions and the inspection objective.
Thermal and visual imagery, with anomaly documentation and reporting defined in the project scope.
Examine cell-level features and indications of damage that may not be visible in standard photographs. EL acquisition is coordinated with the site’s electrical team.
EL image sets with module identification and interpretation requirements agreed before acquisition.
Measure the electrical response of selected modules or strings to support performance assessment and investigation of suspected issues.
Test records, measurement conditions and technical evaluation within the agreed test scope.
02 / Building envelope & roof thermography
Thermal imaging for building owners, facility managers and property professionals. Investigate insulation-related patterns in walls and façades, and screen suitable roof systems for thermal anomalies associated with possible retained moisture.
Examine thermal patterns at wall assemblies, junctions and openings to guide investigation of possible insulation gaps and thermal bridges.
Assess roof-system suitability and survey conditions before screening for suspected moisture-related anomalies. Confirmation is separately scoped.
Connect thermal and visual images to building locations, acquisition conditions and recommended follow-up.
03 / Wind turbine inspection
Drone-based visual acquisition for wind turbine inspection programs. Image coverage and flight trajectories are planned around the client’s inspection requirements and coordinated with the site team.
Agree turbine identifiers, blade views and acquisition requirements so image sets can be incorporated into the client’s inspection workflow.
Coordinate turbine stopping and blade positioning with the operator. Field planning accounts for access, weather and the approved capture procedure.
Deliver visual image sets indexed to the agreed asset structure. Engineering assessment and defect classification are separately scoped when required.
04 / Power line & corridor imaging
Imaging and data acquisition for electrical transmission lines and their surrounding corridors. A route-based approach helps clients connect field imagery to the locations and assets they need to review.
Translate the corridor extent, access constraints and client requirements into a defined field acquisition plan.
Capture agreed views of line assets and the surrounding route to support the client’s review and analysis process.
Organize imagery with the location references, naming and file structure agreed for the project. Analysis requirements are defined separately from acquisition.
One delivery discipline
Identify the assets, coverage, access conditions and decisions the work needs to support.
Agree methods, operating conditions, site coordination and data requirements before mobilization.
Acquire the required imagery and measurements, checking coverage and data quality throughout fieldwork.
Organize outputs for the client’s workflow, with interpretation and reporting where included in the scope.
Start with the asset
Share the asset type, location, project scale, intended schedule and required outputs. We’ll define an acquisition and delivery scope around your objective.
Discuss an energy project info@thetaimagingservices.com