
How Radiance Solar cut design timelines by 30% with PVcase
Radiance Solar leveraged PVcase to consolidate their design lifecycle within a unified AutoCAD workflow, achieving a 30% reduction in engineering timelines.

Customer
Radiance Solar
Industry
Renewable energy
Location
USA
Employees
80+
Key results
Learn more about Radiance Solar
Radiance Solar is a high-growth, mid-sized EPC based in the United States with over 16 years of industry experience. Specializing in projects ranging from 1 MW to 30 MW, the company manages the entire project lifecycle — from in-house design to final construction. By prioritizing engineering precision, Radiance Solar has established itself as a leader in delivering complex solar assets in a highly competitive market.
Fragmented workflows, rework traps, and thin margins
Radiance Solar faced the industry's toughest reality: a cost-sensitive market where margins are thin and soft costs can make up roughly 60% of project CAPEX. Any inefficiency in the design phase — from data loss to manual errors — leads to the rework trap that eats into returns.
The manual bottleneck
Engineering teams were previously doing everything manually, including setting up blocks for modules and virtually counting every piece of equipment.
The rework trap
Transitioning from conceptual designs to construction-ready engineering often created inefficiencies and manual errors that led to hidden expenses.
Technology volatility
Solar modules change frequently in the industry, and redrawing everything from the beginning under old workflows caused significant delays.
Fragmented software
Relying on non-solar-specific tools or generic CAD platforms built for other industries created bottlenecks in highly complex engineering tasks.
Unified AutoCAD native workflows to accelerate engineering
Radiance Solar consolidated its entire design lifecycle within the AutoCAD ecosystem leveraging PVcase Ground Mount. This integration has enabled the team to maintain continuity from the 30% design savings set through to final construction documentation.
Automated layout and boundary constraints
Instead of engineers spending days on manual layouts, PVcase uses defined boundaries and setbacks to generate optimal results within hours.
Dynamic module iterations
When module types change, Radiance Solar simply updates the setup in PVcase to generate a new layout instantly, rather than redrawing from scratch.
Precision stringing and cabling
The team replaced "guesstimated" manual labor with automated stringing that provides much more accurate accounts and lengths.
Topo-aware design
Radiance Solar utilizes topographic layouts within the software to see exactly where they are with a project and what needs to be done to ensure buildability.

Ground Mount
Design construction-ready projects 90% faster. PVcase Ground Mount, built on AutoCAD, automates utility-scale solar design, adapting complex layouts to real-word terrain with unmatched accuracy.

Scaling operations 30% faster without adding headcount
By implementing PVcase Ground Mount, Radiance Solar eliminated the guesswork from site assessment and accelerated their production end.
30% faster design cycles
Radiance Solar achieved a 30% reduction in design time compared to "the old ways" of copying blocks and manual stringing.
Enhanced engineering confidence
Automation freed up the team to concentrate on detailed drawings rather than wasting time on manual connections and layouts.
Seamless scalability
Whether a project is 1 MW or 30 MW, PVcase enables Radiance Solar to maintain a fast timeline because the software handles the increased layout work automatically.
Improved project bankability
By generating accurate Bill of Materials (BOM) and detailed reports quickly, Radiance Solar provides better results and timely answers to clients.


Protect your margins with precise design optimization
Experience how PVcase Ground Mount enables solar teams to eliminate rework, automate layouts, and maintain accuracy from conceptual design to construction.




