Taking into account variables including

  1. Site Latitude
  2. Max Azimuth Arc tracked
  3. Array height
  4. Array width
  5. Pole height
  6. Ground contours
  7. Elevation range of tracker
  8. Sun path diagrams
  9. Site topography
  10. Buildings and trees (any obstructions)

From these we can assess and acurately place a tarcker inmost locations. We can also be more certain about the best positioning and spacing on any site and reduce the land requirement to a minimum. Whilst also not forgetting that this equipment is animal friendly and most situations can be catered for.

We can calculate the spacing of multiple trackers for commercial applications in position to consider shading at all times of year. Although the science of this is best left to our engineering team. the below diagram shows the shading (black box) created by arrays and how close we can calculate there position for multiple units.

The below diagram shows the elevation heights above 15 degrees (realistic horizon point) and the Azimuth  arc for a Summer and winter at our test site in West Sussex, these angles and elevations are all required to help accurately calculate array spacing.

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