PVFarm was named a finalist for The smarter E AWARD 2026 in the Photovoltaics category
The platform integrates civil, electrical, structural, and energy engineering models into a unified digital twin of a PV plant
The software supports layout optimization, energy simulations, terrain analysis, and project cost evaluation for utility-scale solar projects
US-based solar design software developer PVFarm was named a finalist for The smarter E AWARD 2026 in the Photovoltaics category for its utility-scale PV plant planning platform. The web-based software combines plant layout design, electrical engineering, civil engineering, and energy modeling within a single environment.
The platform supports both fixed-tilt and single-axis tracker projects. It enables users to generate and compare multiple layout scenarios while assessing their impact on energy yield, equipment quantities, grading requirements, and project costs. Project designs can be updated and evaluated quickly while maintaining engineering-level detail.
It uses a digital twin approach that combines project design, engineering analysis, and performance evaluation within a single model. The software incorporates terrain-following design functions, pile optimization tools, grading analysis, and wind-load considerations. It also includes features such as road-aware and substation-aware layout design functions intended to support project development in complex site conditions.
The platform integrates engineering design and performance assessment through energy simulations, shading analysis, and bifacial modeling. The data can be exported to industry-standard software such as PVSyst for further performance evaluation and project validation.
Beyond plant layout generation, the software includes electrical design functions covering cable routing, trench planning, and bill-of-materials generation. Building Information Modeling (BIM) capabilities allow civil, mechanical, electrical, and procurement teams to work from a common project model throughout the development process.