Design Solar Projects 60% Faster — From Roof Model to Signed Proposal

SurgePV simplifies solar panel designing by offering intuitive tools that help you create detailed, accurate designs quickly. With advanced features like 3D modeling and customizable layouts, you can visualize your solar systems with precision, ensuring maximum energy production. The software automates tedious tasks, saving you time and reducing human error, so you can focus on closing deals instead of getting bogged down in design details.

SurgePV's shadow analysis tools let you simulate shading patterns throughout the day and across seasons. The software automatically identifies shading obstructions from nearby buildings, trees, and structures, then recommends optimal panel placement to minimize energy losses. You get detailed irradiance maps and shading reports that help you maximize system output for every project.

Absolutely. SurgePV's generation and financial tools provide accurate energy yield simulations paired with comprehensive financial modeling. You can calculate ROI, payback periods, NPV, and IRR for any project. The platform supports multiple financing scenarios including cash purchase, loans, leases, and PPAs — giving your clients the confidence they need to move forward.

SurgePV generates professional, branded proposals in minutes — not hours. Your proposals include 3D design visuals, energy production estimates, financial breakdowns, and equipment specifications. Everything auto-populates from your design, so there's no manual data entry. You can customize templates to match your brand and send proposals directly to clients with built-in tracking to see when they're opened.

ClaraAI is SurgePV's built-in AI co-pilot specifically trained for solar design workflows. It can auto-generate panel layouts based on roof geometry, suggest optimal configurations, answer technical questions about electrical codes, and help you troubleshoot design issues in real-time. Unlike generic AI tools, Clara understands solar-specific constraints like setbacks, fire codes, and inverter string sizing.