As was stated in my original post. I already have 3p 415v power in my shop. I also have 120/240 split phase. I was just wondering if there was a simpler way to achieve both split phase and 3 phase in the same system. High leg delta seemed like an elegant solution to this. As far as phase imbalances go, as long as only 3 phase loads are run on the 240 legs, to my understanding it should be fine. The 120/240 split phase would have a seperate inverter for each leg so these loads should not imbalance the 3p as long as I don't overload the inverters. Unlike rotary generation with each leg having its
own inverter all loads would not need balancing, only 3p loads would require an even balance as these loads are returned to a different inverter than they originate in. ( at least this is how I understand it please feel free to correct me if I'm overlooking something) I am passably familiar with grid 3p rotary generation, as well as very familiar with split phase 2 inverter offgrid power as I have been offgrid for 20 years and also work in power generation. The reason high leg delta seemed like such an elegant solution was also because you don't end up having to transform any of your power after inverting it which would naturally be more efficient.
Passably familiar with rotary 3p⬇⬇⬇⬇
own inverter all loads would not need balancing, only 3p loads would require an even balance as these loads are returned to a different inverter than they originate in. ( at least this is how I understand it please feel free to correct me if I'm overlooking something) I am passably familiar with grid 3p rotary generation, as well as very familiar with split phase 2 inverter offgrid power as I have been offgrid for 20 years and also work in power generation. The reason high leg delta seemed like such an elegant solution was also because you don't end up having to transform any of your power after inverting it which would naturally be more efficient.
Passably familiar with rotary 3p⬇⬇⬇⬇
