*maxfieldso...@hotmail.com*
> * (801) 631-5584 (Cell) *
> ------
> *From:* RE-wrenches on behalf
> of Jay
> *Sent:* Wednesday, March 4, 2020 11:59 AM
> *To:* RE-wrenches
> *Subject:* Re: [RE-wrenches] OK, so what would happen if I do this...
>
> I
Wednesday, March 4, 2020 11:59 AM
To: RE-wrenches
Subject: Re: [RE-wrenches] OK, so what would happen if I do this...
I’m not sure I agree. The battery charger is just another load to his other
loads.
They will cycle on and off.
The whole design is sort of cobbled. I’m guessing that John is lookin
I’m not sure I agree. The battery charger is just another load to his other
loads.
They will cycle on and off.
The whole design is sort of cobbled. I’m guessing that John is looking for a
fun project.
Jay
> On Mar 4, 2020, at 10:21 AM, Kent Osterberg wrote:
>
> Jay,
>
> My point is tha
Jay,
My point is that even if the diversion load can handle all of the watts
and the PLC is fast enough to react to changes in the ac voltage, the
system will probably still be unstable because the battery charger is in
the control loop.
Kent Osterberg
Blue Mountain Solar
On 3/4/2020 9:25
Hi Kent,
Johns diversion load/controller would take have to take care of watts and ac
voltage parameters.
Jay
> On Mar 4, 2020, at 9:00 AM, Kent Osterberg wrote:
>
> If using an ac battery charger to get power around the inverter to the
> batteries it would have to be rated for the fu
If using an ac battery charger to get power around the inverter to the
batteries it would have to be rated for the full power of the PV array.
Otherwise, you couldn't divert the full power of the array on the dc
side. For a 24-volt battery, it would require a battery charger rated
for over 80 a
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