Energy operators monitor long, linear assets — pipelines, transmission lines, rail — plus point sites like substations, solar farms, and wind farms. The planning challenge is covering narrow corridors that run for hundreds of kilometres, on a schedule, and reacting quickly after storms.
This guide explains how to plan energy and infrastructure acquisitions: corridor AOIs for linear assets, InSAR for subsidence along pipelines, and rapid optical for post-event grid assessment.
A pipeline or transmission line is a thin polygon hundreds of kilometres long, so plan the AOI as the right-of-way corridor and evaluate every pass whose swath crosses it. Wide-swath modes cover more corridor per pass; sort candidate passes by how much of the corridor each one captures so you minimise the number of acquisitions needed for full coverage.
Run the corridor on a recurring cadence to detect third-party encroachment, ground disturbance, and vegetation growth into the right-of-way before they become incidents.
Pipelines and infrastructure are vulnerable to ground movement — subsidence, landslides, and soil heave. SAR interferometry measures millimetre-scale deformation along the corridor between repeat passes, flagging at-risk segments before failure.
As with mining, InSAR needs consistent repeat-pass SAR geometry, so plan a fixed acquisition cadence from a SAR constellation over the corridor and key point assets.
After a storm, operators need to know which segments of the grid are damaged or inaccessible. Plan rapid optical and SAR passes over the affected service territory — SAR for an immediate all-weather picture, optical VHR for damage detail once skies clear.
The same time-to-first-usable-pass logic as catastrophe response applies: widen the satellite set and look-angle tolerance to get an actionable scene over the outage area as quickly as possible.
Plan the AOI as the right-of-way corridor and task wide-swath passes that cross it, sorting by how much corridor each pass covers to minimise the number of acquisitions for full coverage.
Yes — SAR interferometry (InSAR) measures millimetre-scale subsidence and soil movement along the corridor between consistent repeat passes, flagging at-risk segments early.
SAR for an immediate all-weather view of the affected territory, followed by optical VHR for damage detail once cloud clears — widen the satellite set to shorten time-to-first-usable-pass.
No — it plans the feasible acquisitions neutrally across all operators; you place the order with the imagery provider or operator you choose.
Draw your Area of Interest, set the window and look-angle limits, and PassPrediction ranks every feasible pass across all operators — neutrally, in your browser, free to start.
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