Can Two Inverters of Different Brands be Synced to Supply One Breaker Panel?

AI Thread Summary
Two inverters of different brands cannot be easily synced to supply a single breaker panel due to the need for internal modifications to align their cycles. Each inverter has distinct switching algorithms, resulting in different output waveforms that must match to avoid shorting. In a split-phase breaker panel, each inverter could potentially feed a side without modifications, provided that 220V appliances are not used. If phasing issues are resolved, 220V tools could operate, but the maximum power would be limited to the smaller inverter's capacity of 3,000 watts. Therefore, using two different inverters in this manner poses significant challenges and limitations.
RonL
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I have two inverters (Different brands) one is a 3,000 watt, and the other is a 5,000 watt, which I would to draw from both, to feed one tool, is there a way to align the cycles so that they can supply a single breaker panel?
 
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Probably not.
First you would have to mod circuits and connect them together internally just to get them to keep the same phase(align the cycles).
After that different units have different switching algorithms and thus a different output wave form.
These have to match as well, otherwise one will just short the other out if run in parallel.

If you have a split phase breaker panel like the US, then each one could possibly feed a side unmodified (if you don't use 220V appliances).
Assuming you fixed the phasing problem then 220 appliances or tools would probably work, but the max 220v power would be 3000w, not 5000w or 8000w.
 
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