SunDAT is a cloud‑based solar design and performance analysis platform that offers shading analysis, layout tools, and energy yield modeling. Below is a curated list of 20 alternative solar‑software solutions that provide comparable or complementary capabilities for PV system design, simulation, and optimization.
Get targeted exposure with custom position pinning and highlighted placement.
Comprehensive cloud‑based design suite with advanced shading analysis, 3‑D modeling, and proposal generation for residential and commercial PV projects.
Web‑based PV design tool featuring rapid layout creation, detailed performance modeling, and integration with module and inverter databases.
Industry‑standard desktop software for detailed system sizing, shading analysis, and energy yield simulation for large‑scale PV installations.
Free, open‑source tool from NREL for performance and financial modeling of renewable energy projects, including PV, concentrating solar, and storage.
3‑D simulation software for designing and analyzing PV systems, with built‑in shading, loss calculations, and economic evaluation.
Hybrid optimization model for micro‑grids that includes PV, storage, and generator sizing, focusing on cost‑effective energy solutions.
Design and layout tool tightly integrated with SolarEdge hardware, offering quick system sizing, shading analysis, and performance forecasts.
3‑D PV design software that automates layout creation, terrain analysis, and shading studies for utility‑scale solar farms.
Web‑based platform for rapid PV system layout, shading analysis, and production estimates, targeting installers and EPCs.
Free online tool that provides quick energy production estimates for small‑ to medium‑size PV systems based on location and system specs.
GIS‑driven solar resource assessment and PV system planning tool offering high‑resolution irradiance data and performance simulations.
Cloud‑based design suite focused on utility‑scale projects, providing terrain modeling, shading analysis, and financial modeling.
Enterprise‑grade software for large‑scale PV design, performance monitoring, and asset management with integrated GIS tools.
All‑in‑one design platform that combines 3‑D layout, shading analysis, and automated proposal generation for residential installers.
Desktop application for detailed PV system modeling, loss analysis, and financial evaluation, supporting multiple inverter and module libraries.
Advanced GIS platform delivering high‑resolution solar resource maps, terrain analysis, and site‑selection tools for developers.
User‑friendly web app for quick PV system sizing, shading checks, and quote generation aimed at small installers.
Web‑based PV design and financial analysis tool that integrates shading, loss factors, and incentive modeling.
Lightweight calculator for estimating PV system output, ROI, and payback periods, suitable for preliminary feasibility studies.
Free, open‑source solar design platform offering 3‑D modeling, shading analysis, and proposal creation with community‑driven module libraries.