See how PVH’s Terrain Response helped optimize a 171 MWDC solar project in Australia by reducing civil works, adapting to natural contours, and preserving tracker performance.
Utility-scale solar projects are not always built on flat terrain.
On sloped or undulating sites, conventional tracker layouts often increase grading requirements, steel usage, installation complexity, and overall project costs.
PVH’s Terrain Response is an integrated design and engineering service that enables tracker rows to follow natural site contours while maintaining structural safety, mechanical integrity, and tracking accuracy. In the Carwarp Solar Farm case study, this approach helped reduce earthworks, shorten pile lengths, and improve project economics on a challenging site in Victoria, Australia.
What you’ll learn
- How terrain-following design reduces civil scope on uneven sites
- Why tracker geometry matters for long-term structural performance
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Key engineering capabilities, including:
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Up to 15% north-south slope adaptability
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Up to 90% reduction in earthworks
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Up to 0.75 m shorter pile embedment lengths
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