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A team of four solar engineers, all working in the same platform, sharing files and ideas without friction. That's how Sabah Yousfi's team at UKA plans utility-scale solar projects with PVcase. UKA is one of Germany's leading renewable energy developers, with over 1,000 employees across Europe and the US. Before PVcase, Sabah worked in AutoCAD, where a single mistake meant starting the design over from zero. Now her whole team works from one platform, planning projects in minutes and moving straight into testing different scenarios. Hear Sabah explain why she says she cannot work without PVcase.

"When I made a mistake, I had to start again from zero." That's how Sabah Yousfi describes working in AutoCAD before PVcase. Sabah is a PV project engineer at UKA, one of Germany's leading utility-scale solar developers, with over 1,000 employees across Europe and the US. Her team of four now works entirely in PVcase, and a single error no longer means redoing a design from scratch. In just a few minutes, her team can plan a PV project and decide on the best variant. What used to be a full restart is now a quick fix. Hear Sabah explain what changed.

Generating a bankable yield estimate used to mean waiting. One PVcase customer now does it in 5 seconds. 👇 That happens when your design data and your yield modeling live in the same platform. No exporting files back and forth. No re-checking numbers between tools. Just a design that flows straight into an accurate energy estimate. This customer used to run prospecting, design, and optimization through three separate systems. Now it is one connected workflow, and the yield estimate that used to take hours happens in seconds. Watch them explain how it changed their process.

One of our engineering customers put it simply: PVcase replaced three separate tools at once. 👇 Before, projects moved through prospecting, ground mount design, and yield optimization in three disconnected pieces of software. Every handoff meant re-entering data and losing time. Now prospecting happens in PVcase Prospect, design happens in PVcase Ground Mount, and optimization happens in PVcase Yield. Projects pass between them without the friction. What used to take real coordination now just happens. Hear it directly from the team using it every day.

Supplier swapped the module mid-design. Now you're looking at a full site of frames that need repositioning on articulated terrain. Manual execution isn't just slow. Every move is a 3D compliance risk. Watch the workflow that absorbs the change without touching a single frame manually.👇

Most solar engineers treat a frame spec change as a full rework. 1. Select every frame. 2. Reposition manually. 3. Recheck terrain compliance. 4. Hope nothing drifted. Watch how PVcase handles the whole swap in seconds. 👇