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Solar Plant Thermal Inspection

This analytic serves for the successive steps of :

  1. Automatic photovoltaic arrays boundaries detection (array vectorization)
  2. Automat hot spot detection within these arrays, assessing for abnormal condition (high temperature) from an automatically-computed threshold.

1. Required Input

A thermal map must first have be processed or imported into Alteia, for the algorithms to be run onto.

2. Viewing Vectorized Arrays

From a 2D View, enable the Layer that contains the vectorized arrays. In the example below, the Digitized Arrays layer will display them as white rectangles overlaid to Thermal Map layer.

3. Viewing Detected Hot Spots

From a 2D view, enable the layer that contains the hot spot detections:

4. Deliverables

Go to Downloads section to export digitized arrays and automatic hot spot detections:

A unique geo-referenced layer for each plant is provided in geojson format:

Hot Spots detections are provided in geojson format as well:

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  • hot spots
  • thermal inspection
  • solar plants

RELATED QUESTIONS

  • Automatic Defect Detection and Analysis arrow_forward
  • Automatic LiDAR Point Cloud Classification arrow_forward
  • Power Lines Conductors Vectorization arrow_forward

Was this article helpful?

sentiment_satisfied

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RELATED QUESTIONS

  • Automatic Defect Detection and Analysis arrow_forward
  • Automatic LiDAR Point Cloud Classification arrow_forward
  • Power Lines Conductors Vectorization arrow_forward

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