PVcase

80% Faster Solar Design with AutoCAD & PVcase Ground Mount

Zimmermann, a leading European solar tracker manufacturer, achieved an 80% reduction in design cycles and 50% faster project delivery by integrating AutoCAD with PVcase Ground Mount to automate and streamline solar design processes, thereby improving collaboration, standardizing workflows, and significantly cutting soft costs and manual drafting time across multiple countries.

How Zimmerman Hit ROI in Two Weeks Using Automated PV Design Solutions

Intensifying competition and shrinking margins in the solar industry encourage companies to find smarter ways to deliver projects faster. Zimmermann, a leading European solar tracker manufacturer, transformed its engineering process with AutoCAD for solar design powered by PVcase Ground Mount.

The result: an 80% reduction in design cycles and a 50% faster project delivery rate.

By connecting early-stage and detailed design inside AutoCAD, Zimmermann streamlined collaboration across teams, standardized processes, and turned time savings into measurable ROI.

In a recent webinar, Jonas Žemaitaitis, Head of Technical Support at PVcase, broke down Zimmermann’s process to reach this level of efficiency.

Why Efficiency Matters in Solar Design

Solar development has entered a new phase of maturity. Pipelines are expanding worldwide, yet soft costs now account for more than half of total project CAPEX. At the same time, timelines are becoming increasingly tight, and design teams are under pressure to deliver more with fewer resources.

For many developers, early design remains a manual, disconnected process. Engineers work with various tools, often recreating layouts and adjusting geometry manually. At minimum, the “draft-to-final” gap consumes up to 30% of design time — and in large organizations, that quickly translates into thousands of lost hours each year.

That’s why leading teams are rethinking how they use AutoCAD as a solar design software, turning it from a generic drawing environment into a complete solar-specific workspace.

From Draft to Design: Zimmermann’s Transformation

Zimmerman’s challenge was scale. With projects spanning more than ten countries, its engineering teams needed a faster way to adapt layouts to different terrains and client specifications. Repetitive geometry, layout adjustments, and terrain corrections were draining valuable time and slowing down delivery.

By adopting PVcase Ground Mount, Zimmermann extended AutoCAD for solar with purpose-built automation. Instead of starting from scratch, their teams now reuse early drafts directly in final layouts.

The results:

  • 80% faster design cycles — automated functions have taken over repetitive layout and geometry tasks.
  • 50% shorter project timelines — early drafts now flow seamlessly into final deliverables.
  • ROI in less than two weeks — time savings alone covered the investment.

As Jonas Žemaitaitis put it:

“You’re competing in a different bracket when you’re running on PVcase time.”

Closing the AutoCAD Gap for Scalable Solar Design

AutoCAD remains a trusted foundation for solar designers because it offers precision, data control, and compatibility across various engineering disciplines. Most EPCs, consultants, and developers already rely on it for mechanical and electrical documentation.

Yet, traditional AutoCAD lacks solar-specific capabilities. Engineers still spend hours handling:

  • Module and frame alignment on complex terrain
  • Electrical stringing and trench design
  • Cable routing and bill-of-materials updates
  • Manual data consistency between project stages

PVcase Ground Mount closes this gap through solar-specific logic embedded directly into AutoCAD. By bridging this gap with specialized utility-scale solar design software, engineers can automatically adjust layouts, string configurations, and trench runs — all while keeping native CAD flexibility and control.

The outcome is not just faster work, but a repeatable, scalable design process that large organizations can roll out across multiple teams and geographies.

When deciding which automated tool best fits your existing AutoCAD environment, a side-by-side technical review is essential. A detailed analysis of Virto CAD vs. PVcase Ground Mount highlights the specific performance differences that allowed Zimmermann to achieve such high ROI.

When to Move from Early-Stage Tools to AutoCAD for Solar

If your teams are redrawing layouts for every project, outsourcing detailed design, or struggling to maintain accuracy between preliminary and construction stages, it’s time to move to an AutoCAD solar design workflow.

By integrating early-stage and detailed design inside AutoCAD, you eliminate the disconnect between concept and execution. That’s how companies like Zimmermann cut waste, improve collaboration, and gain measurable business value.

Design Smarter with PVcase

For large organizations, every minute saved in design compounds across departments. PVcase empowers teams to standardize workflows, reduce manual rework, and build data-driven solar layouts faster — all within AutoCAD.

The combination of AutoCAD and PVcase Ground Mount provides engineering leaders with a single, reliable environment for solar design, connecting mechanical, electrical, and civil disciplines while maintaining full CAD solar system control.

Zimmermann’s results prove the extent to which automation can lead to measurable efficiency:

  • 80% faster design cycles
  • 50% shorter project timelines
  • Full ROI in two weeks

Ready to See PVcase Ground Mount for AutoCAD in Action?

Book a personalized demo to learn how PVcase Ground Mount can make your AutoCAD solar design faster, smarter, and more scalable.

Book a demo

Related