Your wiring requirements are lower. Don't see it making much difference to the batteries though?sinbad, so it is then more efficient, the batteries will last longer then?
YesSo, if I am am drawing 400watts, would I get a longer usage from a 12v or 24v inverter.
both, or possibly neither.12 or 24?
both, or possibly neither.
now that's confusing
So, if I am am drawing 400watts, would I get a longer usage from a 12v or 24v inverter.
If I have an apple and an orange, what colour is my hat? That's why you got a confusing answer.
You're asking a question with irrelevant information, while leaving out the relevant information. So if we assume the 12V and 24V inverters have the same batteries driving them (ie 2x12 parallel or 2x12 series) then the answer is... still yes. There is some vague efficiency gain in using a 24V system, but a good 12V can have an efficiency within a fraction of a percent of the 24V. So all in all, it's a bit of a silly question. Next up - how long is a piece of string?
@getafix
The way I understand it, a 12 volt battery draws more current than a 24V battery in order to meet a 400W load. A 24V battery will require half the current of a 12V to meet the same load.
Ohm's Law -> P = IV
The question I have is - Will using a 24V battery to power an inverter that requires a 12V battery damage the inverter?
So, if I am am drawing 400watts, would I get a longer usage from a 12v or 24v inverter.
Is the string the same width all the way along?
15 minutes--But-how-long-is-the-sting?--![]()
![]()