Cloud-based tool for utility-scale solar and BESS projects, automating site selection, GIS analysis, and feasibility assessment to optimize project siting.

Cloud-based module for utility-scale solar and BESS projects, automating layout optimization, 3D modeling, and engineering analysis for maximum efficiency.

Cloud-based tool for customizing and optimizing PV plant layouts with real-time data, maximizing capacity, and generating technical documentation.

Cloud-based module for automating engineering, modeling, and optimization of substations for utility-scale solar PV plants, supporting detailed design and compliance.

Advanced energy yield estimation for utility-scale PV projects using meteorological, horizon, and albedo data, with support for custom and third-party data imports.

Cloud-based module for engineering, designing, and optimizing utility-scale battery energy storage systems (BESS), automating layout, simulation, and documentation.

Cloud-based module for estimating, modeling, and optimizing earthworks for utility-scale PV plant design, automating cut/fill calculations and slope analysis.

Cloud-based module for generating fast, accurate, and bankable solar project proposals, including engineering, financial, and site analysis outputs.

Cloud-based module for planning, designing, and optimizing utility-scale solar and BESS projects, automating engineering, layout, and documentation.