Windographer vs PV*SOL Comparison: Reviews, Features, Pricing & Alternatives in 2026

Windographer is the industry-standard tool for analyzing wind resource data. Whether you are working with data from met towers, SoDAR, or LiDAR systems, you can quickly import raw files and perform complex quality control. The software automatically identifies data gaps and anomalies, allowing you to flag or filter them with a few clicks. You can then generate high-quality graphs and tables to visualize wind shear, turbulence intensity, and energy production potential.

You can use the platform to streamline your entire pre-construction wind assessment process. It handles massive datasets with ease and allows you to export cleaned data directly into wind flow models like WAsP or WindSim. By automating repetitive data cleaning tasks, you save hours of manual work while ensuring your wind resource assessments are accurate and bankable.

PV*SOL provides you with a comprehensive environment for designing and simulating photovoltaic systems of all sizes. You can create detailed 3D models of buildings, visualize shading from nearby objects, and accurately predict energy yields based on global climate data. The software handles everything from small rooftop installations to large-scale solar farms, helping you determine the most efficient module coverage and inverter configurations for any site.

You can generate professional reports that include technical specifications and detailed economic forecasts to present to your clients. By simulating battery storage systems and electric vehicle charging integration, you can optimize self-consumption and prove the long-term viability of solar investments. It simplifies complex engineering calculations into a manageable workflow, ensuring your solar projects are both technically sound and financially profitable.

• Universal Data Import Import data from almost any logger or remote sensor automatically without manual formatting or complex configuration.
• Automated Quality Control Identify and flag data problems like icing or sensor failures using customizable automated tests and visual inspections.
• Wind Shear Analysis Calculate and visualize wind shear profiles across different heights to accurately predict wind speeds at turbine hub heights.
• Turbulence Intensity Tracking Analyze turbulence patterns to understand site conditions and ensure your chosen turbine models can handle the environment.
• MCP Analysis Perform Measure-Correlate-Predict analysis to relate your short-term site data to long-term reference stations for better forecasting.
• Professional Reporting Create customizable PDF reports and high-resolution graphics to share findings with stakeholders and potential investors.

• 3D Visualization. Create detailed 3D models of buildings and terrain to visualize exactly how your solar modules will fit on any surface.
• Shading Analysis. Calculate the specific impact of shadows from trees, chimneys, or neighboring buildings on your system's annual energy yield.
• Climate Data Integration. Access high-quality global climate data to ensure your simulations reflect the actual weather conditions of your project site.
• Battery Storage Simulation. Model lead-acid and lithium-ion battery systems to calculate how much solar energy you can store and use later.
• Electric Vehicle Charging. Integrate electric vehicles into your system design to see how solar power can meet modern transportation energy demands.
• Financial Forecasting. Generate detailed economic reports including pay-back periods, cash flow, and return on investment for your solar projects.
• Extensive Component Database. Choose from over 20,000 solar modules and 5,000 inverters that are updated regularly by the software manufacturers.
• BIM Export. Export your 3D models and technical data to BIM-compatible formats for seamless integration into larger construction projects.