I have come across Growatt SPF 3000TL LVM-24P units.
MPP Solar inverters are not available in UK.
Otherwise I have to resort to 2x1500 or 2x2000W inverters but then I need two cheaper MPPTs.
This would still be cheaper than expensive 2500W inverter.
ok, in this case I have to go for a AIO system I think Victron MultiPlus-II 48/5000/70-50
https://www.victronenergy.com/upload/documents/Datasheet-MultiPlus-II-inverter-charger-EN.pdf
and up the array to 6x 480W panels.
Does this 48V system look viable?
1. Victron 150V 70A MPPT https://www.victronenergy.com/upload/documents/Datasheet-SmartSolar-charge-controller-MPPT-150-70-up-to-150-100-VE.Can-EN.pdf
2. Victron Energy Phoenix Inverter 48/3000 Smart...
Does it mean 48V system should be considered over 2000W? I mean because there is a gap between 2000W and 3000W according to your recommendation let's say if my usage would be 2500W. This is exactly where my issue was/is.
I reckon I go under 2000W so stick to 24V. In the next iteration I look...
I start with a very basic hybrid system when I hit low solar production and baterries are depleted I simply switch from PV to grid using a transfer switch.
I calculated the the power demand for half of the house - a laptop, a computer and a microwave.
I reckon for a washing machine, fridge...
Right, I see you advocate for All-in-one system.
Am I right that these can handle up to 140VAC so there is no room for growth similar to Victron 150/100 I picked. Thanks for the Midnight's string calculator. You are right with 6 panels this would blow up the 150Vac charge controller in winter so...
Hi,
My design is as follows.
4 x 460W panels in 2S2P configuration, 2 panels in series facing South East and 2 panels in series facing South West - I reckon this is going to help to even out the generation. I don't think like 45 degree but maybe 30 degree or even less.
1840W
98Voc in 2S2P...