QuantaSól

QuantaSól is a solar resource assessment and project intelligence platform designed to support developers, consultants, investors, and lenders across the solar project development lifecycle.

The platform provides a structured suite of analytical workflows for solar site definition, historical weather retrieval, spatial weather analysis, irradiance preparation, terrain and horizon analysis, terrain shading correction, photovoltaic simulation, benchmarking, and engineering reporting. These workflows help project teams evaluate solar potential, understand site conditions, assess technical risk, and generate decision-ready Energy Yield Assessment outputs with greater transparency, speed, and consistency.

QuantaSól’s core workflows support engineering-grade solar assessment needs such as project boundary creation, ERA5-Land weather retrieval, multi-grid weather comparison, weighted site-average weather generation, DNI/DHI derivation, solar position calculation, DEM-based terrain analysis, horizon profiling, and PV simulation using system-level inputs such as capacity, tilt, azimuth, and loss assumptions.

Its advanced and future workflows extend the platform into deeper project development analysis, including satellite correction, ground-measurement correction, bias correction, machine-learning-based irradiance refinement, CFD-supported microclimate correction, production forecasting, uncertainty analysis, P50/P75/P90 assessment, and bankability-oriented reporting.

By combining meteorological datasets, geospatial analysis, irradiance modelling, terrain correction, photovoltaic simulation, and modular engineering workflows, QuantaSól enables users to run high-value solar EYA studies in a scalable and transparent way. The platform is built for teams managing multiple sites, large development pipelines, or lender-facing technical assessments where repeatability, inspectability, and defensible analysis are essential.

QuantaSól helps reduce early-stage uncertainty, improve site and yield evaluation, support bankability discussions, and bring technical clarity to commercial solar development decisions.