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i am trying to import a model to pv sol but it does not show all the buidling completly. i used blender but there is smth i cannot remove.    design 3.skp

Hallo Frederik, vielen Dank für deine Rückmeldung.   Tatsächlich hatte ich bei der Anlage schon eine gemeinsame Verschaltung vorgenommen gehabt. Also die beiden Dachflächen gemeinsam verschaltet. Aber dennoch kann auf der Seite des BS nur einer der beiden WR zur Ladung auswäht werden. Und eine Polystringverschaltung macht da auch keinen Unterschied.   Ich bin der Meinung, dass ich das so adaptiert habe wie du es gemeint hast, aber das Problem hat sich damit nicht gelöst. Aber möglicher Weise habe ich dennoch einen Fehler gemacht.   freundliche Grüße Heine  

Dear support, I have checked rated active power of whole solar inverters such as type 36, 40, 50, 60, 100KTL. This power has been used for coefficient of overloading which suggests the software during design. But sometimes is used nominal power and sometimes is used maximal apparent power when power factor = 1. Those final active powers are different. Please unify the right calculation of overloading ratio. For example: nominal power 50kW and 60kWp of panels does overloading ratio 120% to DC site. But apparent power 55kVA (power factor 1) makes active power 55kW than overloading ratio is 109%. I am afraid to overload it correctly. Design of cables, circuit breakers is following. In fact nominal power occurs anytime but maximal power when power factor=1 occurs sometimes. Which parameter is correct technically to use? Thank you. 

Hello! Is there a way to see the shading percentage of all the modules in the project of the same time? And in the presentation can an image of these percenatges be inserted (even seperatly)? One more thing. I'm making presentation of modules rotating around their axis. How can I present their arangiment to my client? Is there a video - how to work in 2D? Best regards,  Go green BG

Hi Bridget, thank you for your request! Because, admittedly, we do not sort the results of our algorithm for finding suitable interconnections in descending order of the obvious ones, but rather the most suitable ones in terms of the nominal voltage of the inverters. My guess is that in your project the most suitable combinations are found late and therefore may not get listed. There is also a time limit for the algorithm. What I do not understand yet is the fail of our algorithm when limited to a small batch of inverters in the first place. May I ask you to send me your project with interconnection by private message here in the forum so that I can have a look into it and so we can improve our algorithm? Thank you in advance and kind regards, Frederik