AHSAN ALI

One of your answer above I read that, you say I will write no of sheds relate to no of rows mean if I install 4 panels in a row and have 4 rows then no of sheds will be 4, but one thing confusing that I'm installing a 10.32KW system for installation with 645W panel capacity, but there is no limitation of no of sheds mean when I increase no of sheds my end from 16 to 60 then also pvsyst simulate and give less production result.

i don't understand the logic, one thing I'm understand is that I make a mind that 16 panels 16 rows that's why I use 16 no of sheds but at the end this thing confused me that why by increasing the no of sheds from 16 simulation run it should be stop by the software bcz in system design we only use 16 panels bcz it affects on production, plz understand me the logic of no of sheds plz

one thing more to clear that in real in my house a 13.340KW system installed with 15KW inverter, and also 23 Panels installed of 580W capacity/panel install, then why I can't modeled in PVsyst exact 23 panels but in reality I installed, in real I install a 15kw inverter but in pvsyst i use 10kw but pvsyst telling that inverter is oversized so what is this plz clarify thanks

So for comparison, both place at ground from fornt

Thankyou So much for your guideline, one more thing to confirm that in unlimited shes orientation we can put the bifacial module height above ground but not the monofacial, so, how I can compare both mono and bifacial panels in parallel condition because in Actual I'm comparing the results of both mono and bifacial at same height, same orientation, same tilt angle, same height above ground but how? One thing and tell me the collect band width of panel if (2382mmx1134mm) have dimensions. and if in portrait direction and for this scenario explain how can simulate in Pvsyst, also plz guide about the DC grid system bcz for two panels or one there is no inverter available an also we experiment through MPPT meter readings. Right side Monofacial, left side bifacial placed at parallel condition

Okay, good, but when panel install in portrait then collect band width is the length of panel and when panel install in landscape then collect band width is the width of panel. Is I'm correct? These Panels are installed in Portrait orientation and you suggest others if landscape orientation, and also tell that If I want to simulate this structure in unlimited sheds and pvsyst, because 2 panels gaps for albedo and air circulation , and there is no option in pvsyst that we select 23 panels, whatsever 1st guide about the collbandwidth of portrait and landscape, according to my suggestion when portrait then we take panel length and when landscape then we take panel width as collect band width, plz guide

Can we simulate in unlimited sheds orientation, elevated structures or ground mounted only, but if ground mounted only then can we simulate L2,L3 structure in this, because in orientation we can only give pitch, collect band width (What is this?). No of Sheds also, but If I've a wide roof can I only install a single panel in unlimited rows I can select panels in front row more than one and also behind the rows then how to calculate or simulate, shading angle, collec band width etc.I can't understand bcz I want to install a 10kW system of 645W panel, but I give 16 no of sheds bcz of unlimited sheds, how can I reduce the qty of sheds bcz I want to install 8 panels in 1st row and 8 in 2nd and that's all, but how will manage

Is no of sheds affected the performance, what means by no of sheds, plz elaborate