Description

PVSOL is a photovoltaic system design and simulation tool for detailed solar plant modeling, yield prediction, shading analysis and energy yield optimization. It simulates module, inverter and string configurations, performs meteorological and financial assessments, and generates performance reports and 3D visualizations for accurate planning of rooftop and ground-mounted PV installations.

Key Advantages

• High-fidelity irradiance and shading simulation with 3D object import for precise yield and loss modeling.
• Automated inverter-string optimization, MPPT analysis and time-step transient simulation for realistic performance forecasting.
• Integrated financial and CO₂ savings calculators plus exportable reports and BIM/CSV/IFC interoperability for project workflows.

Professional Scope

Essential for Architects, Civil Engineers, Electrical Engineers, Interior Designers, Mechanical Engineers and Surveyors–GIS Specialists to integrate PV performance, spatial design, electrical sizing and site analysis into multi-disciplinary building and infrastructure projects.

Access & Licensing

Available as a Free trial, Paid-Subscription and Paid-Lifetime license to suit short-term evaluations, recurring enterprise use and one-time perpetual deployments.

Specialization

PVSOL supports Construction Management, FEA-adjacent structural checks, Electrical Engineering & EDA workflow integration, CAM & 3D-printing-ready mount designs, Geotechnical siting input, CFD-informed thermal modeling, Hydrology-aware site planning, Aerospace/Automotive auxiliary power studies, CAE/BIM interoperability, structural PV integration, photorealistic 3D renders, robotics-enabled inspection planning, process & chemical plant power supply design, naval architecture auxiliary systems, Environmental & ESG reporting, Infrastructure & Traffic energy impacts, Renewable Energy system design and Digital Twins & real-time monitoring integration.