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

HelioScope simplifies the complex process of solar project development by merging professional design tools with bankable performance modeling. You can create high-fidelity solar layouts directly on top of satellite imagery, allowing you to place modules, configure electrical components, and account for shading in minutes rather than hours. It eliminates the need for separate CAD and simulation tools by providing a unified workspace for your entire engineering and sales workflow.

You can generate professional proposals and detailed 8760 hourly production reports that lenders and clients trust. The platform handles everything from small residential rooftops to large-scale commercial carports and ground mounts. By automating the technical calculations for wiring, inverter loading, and shading losses, it helps you reduce design errors and accelerate your project pipeline from initial lead to final construction set.

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.

• Smart Layout Tools Draw your project boundaries on high-resolution maps and watch as the software automatically populates modules based on your specifications.
• Shading Analysis Calculate the impact of nearby trees, buildings, and obstructions on your system's energy yield with integrated 3D shading simulations.
• Electrical Design Configure your inverters, stringing logic, and wiring runs automatically to ensure your system meets technical requirements and performance goals.
• Global Weather Data Access a vast library of meteorological data sources to ensure your production estimates are accurate for your specific geographic location.
• CAD Exporting Export your completed designs to .DXF files so you can finalize construction documents in AutoCAD without starting from scratch.
• Financial Proposals Generate clean, client-ready reports that highlight expected energy production and environmental impact to help you close more solar deals.

• 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.