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proper hybrid/grid tie inverter and CT wiring

Functionally it's incorrect. Because you have the inverter input and output connected together.
how does one separate them? wouldnt separating them functionally make the inverter be in 'intercept' mode of the grid connection?
in which case, i'm entirely dependent on what my inverter can output = 12kw, right?

i was originally going to set it up in 'intercept' mode, vs 'TEE', but if i have demands of over 12kw, i'm screwed. and i do have an EV to charge, so that alone can put me over what the 'load' breaker on the inverter can support
 
how does one separate them? wouldnt separating them functionally make the inverter be in 'intercept' mode of the grid connection?
Yes, that's how it should be.
in which case, i'm entirely dependent on what my inverter can output = 12kw, right?
Correct, when operating without the grid. (Transfer switch in generator position)
i was originally going to set it up in 'intercept' mode, vs 'TEE', but if i have demands of over 12kw, i'm screwed. and i do have an EV to charge, so that alone can put me over what the 'load' breaker on the inverter can support
When operating on grid. (Transfer switch in grid position)
The inverter will assist the grid and do whatever it can. The grid will take care of what it can't. (This all happens through the grid port)
 
Yes, that's how it should be.

Correct, when operating without the grid. (Transfer switch in generator position)

When operating on grid. (Transfer switch in grid position)
The inverter will assist the grid and do whatever it can. The grid will take care of what it can't. (This all happens through the grid port)
HMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM, your last point i think is starting to make a lot of sense...

so in theory, if i were to go turn off the 'load' breaker right now, functionally i'd be connected the way you're describing?
so the load side of the inverter should only ever be used when the grid is down, emergency situation, and dont expect to be able to run all my shit at full blast at once in that scenario?
 
HMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM, your last point i think is starting to make a lot of sense...

so in theory, if i were to go turn off the 'load' breaker right now, functionally i'd be connected the way you're describing?
so the load side of the inverter should only ever be used when the grid is down, emergency situation, and dont expect to be able to run all my shit at full blast at once in that scenario?
That's correct, for the way you are setup.
 
1000015510.jpg
This is starting to make a lot more sense now. So if I'm thinking about this correctly, because I was feeding both sides of the inverter, it was essentially going into a feedback loop?
 
hey i'm a complete retard when it comes to electricity, lol. ask me to machine or design or weld something, i'm your man! haha
thank you for helping me work through this.
We all only know what we know.
This just happens to be my chosen career.
Do not ask me to weld anything. lol
 
We all only know what we know.
This just happens to be my chosen career.
Do not ask me to weld anything. lol
Lmao, yeah, nobody can be an expert at everything.

1000015511.jpg


So to get this corrected, would it be ok for me to take my wires from the line taps and just put them in the lugs on the bottom where the small red and black wires currently are? (They go to a plug the old owners used to plug the generator into)

Also, you were concerned about the size of the wires going to and from the inverter?
 
So to get this corrected, would it be ok for me to take my wires from the line taps and just put them in the lugs on the bottom where the small red and black wires currently are? (They go to a plug the old owners used to plug the generator into)
Correct
Also, you were concerned about the size of the wires going to and from the inverter?
They looked small, in the video.
Just make sure that they are sized correctly.
I wonder if the way I had it wired was causing the over current alarms I was getting before
It's very possible.
It was definitely screwing with the inverter readings.
 
1000015515.jpg

Wired up the ups/ load side to the bottom of transfer switch.
What happens if I transfer it now, would there be a momentary drop in power?
 
View attachment 292770

Wired up the ups/ load side to the bottom of transfer switch.
What happens if I transfer it now, would there be a momentary drop in power?
Depends on how fast you can throw that switch. lol

But, you should have removed the generator wires. If someone connects a generator to the load side of your inverter, you'll be shopping for a replacement.
 

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