The 3200W PV is not the stc rating of the panels but rather how much it will produce for that specific location. A 3200W stc rated panel will produce less that.
At 1:30 I said " An introduction for grid tie installers who might be interested in battery based systems" I didn't say grid-tie systems. It is for installers who normally do grid-tie systems (no batteries) that may want to branch out to battery based systems.
![ROSÉ(로제) - APT. (Band VER.) (With. 이영지) [더 시즌즈-이영지의 레인보우] | KBS 241129 방송](http://i.ytimg.com/vi/IW8qaemx74g/mqdefault.jpg)
Nice presentation. Looking forward to seeing more soon. Thanks for sharing...
How to really identify the differences in modules voltages such as 12,24v etc
Good tutorial script
Thanks!
The 3200W PV is not the stc rating of the panels but rather how much it will produce for that specific location. A 3200W stc rated panel will produce less that.
Wow what a presentation mam....can you please share on grid system also...?
Assuming that the loads are heavy duty 3 pH A/C's how would the graph look like
Where are i find more detail offgrid sizing.
Why is this titled "for off-grid" and then at 1:30 it says the webinar is for grid-tied systems?
At 1:30 I said " An introduction for grid tie installers who might be interested in battery based systems"
I didn't say grid-tie systems. It is for installers who normally do grid-tie systems (no batteries) that may want to branch out to battery based systems.
Very nice 💕🌷
Hi how about batt charging rate if batt fuly depleted? Not included in load calculation?
If this is basics where is the advanced version.
better to just get 1 day of autonomy and get a small generator as a backup for those rare days. A generator backed offgrid system will be cheaper