PV*SOL® basic 6.0 complements the existing PV*SOL® programs from the Berlin-based company Valentin Software. It is a practical tool with an attractive modern interface and new intelligent inverter design for PV systems planning for one and two-family houses.
PV*SOL® basic 6.0 enables both beginners and professional planners to rapidly design and clearly present the proposed PV system, including a yield forecast and financial analysis for the system. The menus and features in PV*SOL® basic 6.0 are adapted to the current needs and requirements of the PV industry.
Using the new “regional settings” feature, it is possible to define country-specific settings for the tariff model, the unbalanced load and the maximum system voltage, for example, for the United States, Great Britain, Italy, Austria and Germany. Editable load profiles are available for the forecast of net metering. The calculation of the number of modules on a roof can be carried out with PV*SOL® basic 6.0 either photo-realistically, with a digital photo of the house, or graphically, with freely-configurable roof forms, in which case the design of mounted systems in any orientation is possible.
With new features for inverter design, PV*SOL® basic 6.0 is the optimal design support to identify possible inverter configurations. It offers automatic inverter configuration with sorted results, as well as individual adjustment of the sizing factor. And inverters with special variable connection options for input B (2 MPP trackers) can also be designed and simulated comfortably with PV*SOL® basic 6.0. Also new is the option of entering the cable lengths and cross sections for the string, DC and AC cables. PV*SOL® basic’s new database format means that useful functions such as favorites management, searching in table texts and sorting/filtering of components are now available. The comprehensive project report for the customer includes not only a summary report of the simulation results and financial analysis, but also an attractive cover, clear presentation of the system design and detailed results graphics.
