Use the "3D Editor." You can either:
PV*SOL premium 2019 R10 served as a robust and reliable tool in the solar industry. It struck a balance between technical depth (accurate shading analysis and string sizing) and sales utility (visual presentation and financial reporting). While newer versions (2020, 2021, and beyond) have since introduced features like heat pump simulation and electric vehicle charging integration, the 2019 R10 version remains a capable and stable platform for designing standard PV and battery storage systems.
PV*SOL premium 2019 R10 is a comprehensive 3D simulation and design software developed by Valentin Software for photovoltaic systems. This version introduced significant updates for modeling electric vehicles, bifacial modules, and advanced circuit diagrams. Core Capabilities
3D Visualization & Shading: Design systems with up to 7,500 mounted modules or 10,000 roof-parallel modules. It performs detailed shading analysis to calculate yield losses from nearby objects.
Product Databases: Access an extensive database of over 30,000 PV modules, 8,500 inverters, and 11,000 battery systems. pv software pvsol premium 2019 r10
Climate Data: Uses high-quality TMY datasets (Typical Meteorological Year) for accurate simulation of any location worldwide.
Circuit Diagrams: Automatically generates customizable circuit diagrams including safety components like fuses and surge protection, eliminating manual drawing. Key Features Introduced in 2019
Electric Vehicle Integration: Users can model electric vehicles by groups, determining vehicle type, quantity, and expected kilometers driven to see their impact on self-consumption.
Bifacial Module Calculation: Enables simulation of radiation gains on the back of mounted bifacial modules, which are listed separately in the energy balance. Use the "3D Editor
Financial Analysis: Provides reliable yield forecasts and profitability metrics (like cash flow) to create bankable reports for clients.
Map Import: Import 3D objects and floor maps directly from Google or Bing maps to speed up the site modeling process. Technical System Requirements Requirement Specification Operating System Windows 10 (64-bit recommended) Processor Intel i3, AMD Ryzen 3, or higher RAM Graphics DirectX compatible (at least v9.0c), 2 GB, OpenGL Storage 2 GB available disk space Other Internet connection; Microsoft .NET Framework 4.8
For further technical support or current documentation, you can visit the PV*SOL Help Portal. PV*SOL premium | Design software for photovoltaic systems
One of the biggest headaches in solar design is finding accurate technical specs for inverters and modules. PVSOL Premium 2019 R10 shipped with a database containing over 8,000 photovoltaic modules and 4,000 inverters from manufacturers like SolarEdge, SMA, Fronius, Huawei, and Longi. Furthermore, R10 introduced the "Expert Database," allowing users to import custom PAN files if a specific component was missing. One of the biggest headaches in solar design
If you are serious about photovoltaic system design, you likely already know PV*SOL by Valentin Software. It remains one of the gold standards for dynamic simulation and professional yield forecasting.
With the release of PV*SOL Premium 2019 R10, the software hasn’t just received a routine bug fix—it has gained several refinements that improve accuracy and usability. Whether you are designing a simple rooftop system or a complex commercial hybrid project, here is why this update matters.
By 2019, battery storage was no longer a niche market. R10 included sophisticated models for AC-coupled and DC-coupled battery systems. Users could define charge/discharge cycles, backup power reserves, and self-consumption optimization strategies. This is critical for European markets where feed-in tariffs are low but electricity purchase prices are high.
The software doesn't just calculate DC power; it models real-world thermal losses. It accounts for: