Site Screening &
Due Diligence

Utility-scale solar due diligence takes 3-6 months per site using traditional methods. With approximately 2,300 GW sitting in US interconnection queues (LBNL, 2025) and median wait times doubling to 4+ years from request to commercial operation, developers must screen hundreds of candidate sites rapidly to stay competitive.

20% of planned solar capacity reports schedule delays (EIA, Q3 2025). Each month of delay costs $50K–$150K in carrying costs for a typical 100 MW project. Manual geotechnical, environmental, and hazard assessments create critical bottlenecks when development teams need to evaluate sites at scale.

Earthflow's physics-based analysis engine runs 12 independent modules simultaneously, assessing any US location in 2-5 minutes. Each analysis generates 1,000+ data fields spanning soil, hydrology, seismicity, wind, vegetation, erosion, and infrastructure — synthesized into a Site Viability Score (0-100) with automated red-flag identification and actionable recommendations.

Replace months of manual desktop studies with minutes of automated, physics-based analysis. Every data point is sourced from authoritative federal datasets — USDA SSURGO, FEMA flood zones, USGS seismic hazard maps, NASA SMAP, Google Earth Engine, NOAA Atlas14, and more.