Achieving technical autonomy and speed in PVcase Ground Mount solar design

Fragmented workflows and manual data entry are the hidden taxes on utility-scale solar projects. When site analysis is completely disconnected from final execution, engineering speed suffers, and costly errors creep into your layouts.

In this technical session, Jonas Žemaitaitis, Head of Technical Support at PVcase, outlines a rule-based engineering framework to eliminate manual rework and achieve true design autonomy.

Learn how automating high-fidelity tasks—such as terrain-adaptive placement and automated piling—can cut your engineering cycles by 50% while maintaining absolute technical precision.

What you will master:

✅ Automating technical workflows: transition from site data to high-fidelity layouts using rule-based design to eliminate manual revisions.

✅ Terrain-adaptive precision: master automated frame and piling placement that responds instantly to complex, undulating site topography and environmental constraints.

✅ Scaling design velocity: reduce project lifecycles by half to execute construction-ready designs with complete technical autonomy.

Watch the recording and ditch manual data entry for good 👉