Turn AutoCAD into a 30% more efficient solar design powerhouse
This e-book demonstrates how integrating PVcase Ground Mount and Roof Mount with AutoCAD can boost solar design efficiency by up to 30%, reduce design cycle times by as much as 80%, and help engineering teams eliminate manual rework, de-risk pipelines, and scale projects confidently, as endorsed by industry leaders.
Extend AutoCAD capabilities with solar design powerhouses like PVcase Ground Mount and PVcase Roof Mount
For most teams, up to 30% of design time is wasted on tedious, manual rework — from drawing complex layouts to adjusting electrical stringing. This rigidity and fragmentation drain resources, frustrate engineers, and keep your projects from ever seeing the light of day.
This e-book is your guide to reclaiming lost time and achieving significant gains in design efficiency, as proven by companies that have achieved up to an 80% reduction in design cycle time.
Learn how you can:
- De-risk your pipeline
- Future-proof and scale your solar design
- Eliminate data chaos
- Secure returns
Upgrade your design engine and ensure your projects cross the finish line.
Testimonials
“The support level is excellent. On top of that, when we have feedback or suggestions, PVcase is actually listening.”
— Peter Knittl, CEO
“PVcase supported us and helped us to speed up the design process.”
— Hannes Elsen, Engineering Team Lead
“PVcase Ground Mount has helped our company in terms of time efficiency and global standard in all the engineering teams.”
— Sergio de la Torre, Strategic Transactions Engineering Lead
Trusted by leading utility-scale solar companies worldwide
See how engineering and development teams use PVcase to design faster, reduce risk, and scale projects with confidence.
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Why the ‘rework trap’ is a risk to utility-scale solar projects' internal rate of revenue in 2026
The article explains that in 2026, utility-scale solar projects face significant risks to their internal rate of revenue due to "soft costs"—which now make up 60% of CAPEX—and fragmented workflows that cause data loss and rework, emphasizing that overcoming these inefficiencies through solar-specific tools and integrated processes is critical to maintaining project profitability and bankability amid razor-thin margins.
Produktübersicht
Die Produktübersicht stellt PVcase-Lösungen vor, die durch automatisierte Standortanalyse, AutoCAD-basierte Entwurfssoftware für Groß- und Aufdachanlagen sowie präzise Energiemodellierung die Planung von Solarprojekten um bis zu 35 % beschleunigen, die Standortanalyse auf unter 2 Minuten reduzieren und die Layout-Erstellung verdoppeln, um komplexe Solarprojekte effizient und erfolgreich umzusetzen.
PVcase Products Overview
PVcase offers a suite of AutoCAD-driven solar design software products—including Prospect for site selection, Ground Mount for utility-scale design, Roof Mount for commercial rooftop projects, and Yield for energy modeling—that collectively reduce design time by 32%, enable site analysis in under two minutes, and increase layout generation efficiency.
Bridging the renewable energy skills gap: PVcase, Enery, and the University of Applied Sciences Upper Austria
PVcase, in partnership with Enery and the University of Applied Sciences Upper Austria, has integrated PVcase Ground Mount software and practical training into the university’s Sustainable Energy Systems master's program to equip students with hands-on skills in utility-scale solar project design, thereby addressing the renewable energy sector’s growing demand for skilled professionals.
The role of automated solar design software in solar project development
Automated solar design software significantly accelerates the traditionally labor-intensive and error-prone solar project development process by reducing design timelines from hours or days to minutes, enhancing precision, minimizing human error, and ultimately improving efficiency and profitability in the solar industry.