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    • Dear Haydn, Thank you for your inquiry. If you select multiple load profiles (whether imported by you or built into the program), they are aggregated into a total consumption figure for the simulation. In the hourly simulation, the self-consumption share is calculated for every hour of the year by determining what percentage of consumption can be covered by PV energy. Hourly simulation is the standard. However, when importing load profiles, you can also import data with 1-, 5-, 10-, 15-, or 30-minute intervals and then run the simulation on a minute-by-minute basis to obtain more precise results.
    • Hallo, vielen Dank für Ihre Anfrage. Wir haben soeben die Hilfe zur Rexplorer API veröffentlicht. Um sich registrieren zu können, müssen Sie eingeloggt sein. (Ein Test innerhalb der Testversion ist nicht möglich.) Die ersten 10 Standorte sind kostenlos. Danach können Sie in den bezahlten Tarif wechseln (dann unbegrenzter Zugriff). Für jede Standort-Anfrage erhalten Sie alle Gebäude in einem Umkreis von 100 m. Die Rexplorer API ist nicht mit der Google Solar API kombinierbar. Auf der Intersolar in München vom 23. bis 25. Juni 2026 werden wir die Planung mit der Rexplorer API live zeigen. Sie finden uns am Stand A4.331.
    • Im neuen Update gibt es eine Schnittstelle zur Rexplorer API.  Außerdem gibt es auf der PV*Sol Premium Website einen Link zu https://pvsol.rexplorer.ee/de/ Ansonsten kann ich nicht viel darüber finden. Automatische Erstellung von 3D Gebäuden klingt interessant, vor allem für 19,90 € im Monat.  Gibt es die Möglichkeit das ganze zu testen? Wie kombiniert sich das mit der Google API (3D-Daten)? Gibt es Erfahrungswerte oder Aussagen wie genau die Erstellung ist? 
    • Hello, If I import HH data into PVSol, does it use this when calculating self-consumption with an hourly simulation, or does it add the 2 HHs together and use hourly data? Further to the above, is the formula used to calculate self-consumption % simply 'if consumption is greater than PV output then 100%, if not then = consumption/pv output'? This would essentially assume that PV output and site demand is completely flat for each simulation period. Thanks, Haydn
    • Hello, Thank you for your inquiry. PV*SOL is generally suitable for retrofit string redesign of existing rooftop PV systems, subject to the following limitations: The 3D visualization allows a maximum of up to 7,500 elevated modules or up to 10,000 roof-mounted modules. You can only simulate the entire system, comprising 13,000 modules, in the 2D planning tool. For 3D planning (including shading analysis), we recommend that you split your overall project into two or three sub-projects. There is also an area limitation. When planning with the Google Solar API or with a map section from another provider, you are limited to a size of 200 m x 200 m. If your overall system is larger, you will need to simulate sub-systems. When carrying out 3D planning, please follow our guidelines on dividing large systems into subsystems so that you can make changes at a later stage or create different retrofitting options. Save different retrofitting versions in separate project files. By selecting ‘File’ --> ‘Project Comparison’, you can compare the simulation results of up to 6 project versions.
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