Forum Discussion
lawrosa
Dec 18, 2017Explorer
I dont think ill have a shading problem as I will be moving them around..
Same exact panels/specs.
so 62 volts and 9 amps with series through mppt will produce what amps out?
31 volts, 18 amps in parallel through mppt will produce what amps out?
Is it a wash that they will both produce @ max 560 watts?
560 watts / by 13.5 volts = about 40 amps...
series Say it was 66 volts.. 66v - 13.5v = 52 volts. What is the math equation to determine how many amps does the mppt convert the remaining 52 volts to?
Parallel it would be 33-13.5 = 19 volts left. But 18 amps... Whats the math...
I just dont get it... Using the above #'s as an example..
Or can we say it this way... What configuration will produce the most wattage... 560 watts / 13.5v = 41 amps...
After all in the above pic in my first post, with one panel I was producing 240 watts @ 12.5 volts = 19.2 amps...
Same exact panels/specs.
so 62 volts and 9 amps with series through mppt will produce what amps out?
31 volts, 18 amps in parallel through mppt will produce what amps out?
Is it a wash that they will both produce @ max 560 watts?
560 watts / by 13.5 volts = about 40 amps...
series Say it was 66 volts.. 66v - 13.5v = 52 volts. What is the math equation to determine how many amps does the mppt convert the remaining 52 volts to?
Parallel it would be 33-13.5 = 19 volts left. But 18 amps... Whats the math...
I just dont get it... Using the above #'s as an example..
Or can we say it this way... What configuration will produce the most wattage... 560 watts / 13.5v = 41 amps...
After all in the above pic in my first post, with one panel I was producing 240 watts @ 12.5 volts = 19.2 amps...
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