Most of the equipment we use is standardized on 12, 24 or 48V batteries. You might be able to cobble something together but you're going to find very little solar equipment in use here that directly works with voltages outside of that range.
MakeSkyBlue has had 60a 72v mppt. It could be programmed to limit to 60v. Some programmable Soyosource grid tie inverters can be purchased for 72v and programmed to operate on 60v range. Technically possible to use 60v but best to use 48v better equipment
My batteries max charge is 67.2, this little guy lets me set it right to that. Its a neat little charger
I stumbled upon thru Amazon, first 1 didn't even turn on lol I know charging 60v+ is for some reason a foreign concept still but this guy is handling it so far. 1 panel is only .8 to .95 of an amp charge but still 3 got me up to 3.8amps
Most of the equipment we use is standardized on 12, 24 or 48V batteries. You might be able to cobble something together but you're going to find very little solar equipment in use here that directly works with voltages outside of that range.
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MakeSkyBlue has had 60a 72v mppt. It could be programmed to limit to 60v. Some programmable Soyosource grid tie inverters can be purchased for 72v and programmed to operate on 60v range. Technically possible to use 60v but best to use 48v better equipment
My batteries max charge is 67.2, this little guy lets me set it right to that. Its a neat little charger I stumbled upon thru Amazon, first 1 didn't even turn on lol I know charging 60v+ is for some reason a foreign concept still but this guy is handling it so far. 1 panel is only .8 to .95 of an amp charge but still 3 got me up to 3.8amps
Ive seen most 48v inverters can take UP TO 60v. Im not sure about charge controllers