As yourself what the load per cell is. Ask about what the Puekert effect will be.
1500 watts is going to be a 150 amp draw, after inverter inefficiencies are included.
On the L-16 that means 150 amps per cell.
On the T-105 it means 75 amps per cell.
They test batteries at 25 amps for reserve capacity. It's nice to stay near that number if you can.
T-105 total is 464 amp-hours. To run the toaster oven for 24 minutes is going to consume about 92 amp-hours.
L-16 total is 370 amp-hours. To run the toaster oven for 18 minutes is going to consume about 74 amp-hours.
Sambino wrote:
I'm looking at either two Trojan L16RE-B Batteries, or four Trojan T-105-RE Batteries. I'd rather get the two L16s, than the four T-105s, but I'm not sure how much power I could suck out of the L16s.
I'd like to be able to run a 1500W pure sine to power a 1500w toaster oven for up to half an hour. I know you need a pretty big battery bank to be able to run something that heavy duty. I was wondering if the L16s could do it, and if 4 105s could handle if the L16s probably couldn't. I figure the two sets in parallel would be able to up the amperage of the output, yeah?
