Data as of Aug 25, 2026 · Based on 3,181,687 AI responses across 10,525 prompts · See how Parse measures this
SurgePVsurgepv.comSurgePV is an all-in-one solar design and project-management platform for installers, EPCs, and developers that handles the full workflow—from site assessment and AI-driven 3D roof modeling to panel layout, shading analysis, energy yield simulations, financial modeling, and client proposals. It features Clara AI to interpret project data, flag risks, and surface next actions, auto-generates install-ready designs for residential, commercial, and utility-scale sites, and integrates with AutoCAD for DWG exports and cloud design. The platform provides bankable yield forecasts and real-time financial metrics (CAPEX, LCOE, NPV, IRR, payback) with P50/P75/P90 scenarios and offers white-label proposals with BOM and 3D visuals to help sales teams close deals.
Words AI uses
AI reaches for all-in-one · ai-driven · bankable when it describes SurgePV.
Sources
surgepv.com shapes more of what AI says about SurgePV than any other source, at 53% of its citations.
heavengreenenergy.com · qbitsenergy.com · parse.gl · times.solar
The market map
Solar PV Design & Modeling Software →Where AI ranks SurgePV
Excerpts where SurgePV appeared in the AI's answer
SurgePV : Rapidly emerging as a strong all-in-one choice for both residential and C&I.
SurgePV — A modern cloud platform built to handle the "four-tool tax" problem by combining 8,760-hour simulations with native multi-tier net metering, ToU, and group captive/C&I tariff structures in a single interface.
Excerpts where SurgePV appeared in the AI's answer
SurgePV is widely favored by growing EPCs and installers handling multiple project types.
Excerpts where SurgePV appeared in the AI's answer
SurgePV is an all-in-one cloud option that bundles rapid AI 3D roof modeling from satellite imagery with module-level, hourly shading analyses and bankable P₅₀/P₇₅/P₉₀ yield estimates.
SurgePV : A fast-rising, cloud-native platform featuring rapid AI 3D roof generation from satellite imagery, 8,760-hour shading analysis, and bankable yield calculations.
