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6000XP transfer time

Scotts954

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Im considering either dual 6000xp's or a single 18Kpv. Currently running a single LV6548. While I like the 18Kpv and its single form factor would fit better in my solar room, the reports of back feeding the grid even with zero export enables is a deal killer for me. However all the other features are very nice. That lead me to consider 2 6000xp's, however the appearent slow transfer time of 30m sec in parallel mode has me concerned. Anyone actually running these have any negative experience with the transfer time or anyone tested it to see what it actually is time wise?
 
@Zapper77 can you confirm on your dual setup if the switch from battery to grid or grid to battery would impact electronics? Seems like one unit alone would act like a UPS, two seems to take much longer to switch.
 
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@Zapper77 can you confirm on your dual do setup if the switch from battery to grid or grid to battery would impact electronics? Seems like one unit alone would act like a UPS, two seems to take much longer to switch.
I'm in the process of moving my setup to another location.
 
@Zapper77 can you confirm on your dual setup if the switch from battery to grid or grid to battery would impact electronics? Seems like one unit alone would act like a UPS, two seems to take much longer to switch.
The switch time when in parallel does appear to be slower than the switch time of one solo inverter.
 
Yes, it's common for all brands.
They require extra time to coordinate the transfer.
 
how do you set that? what menu item/number is it? I think i recall another thread where someone was asking about that and if there was a negative to setting to 10ms vs 20ms.
Thinking about this some more. I think that thread where you could set the transfer time was for the 6000ex not the 6000xp.
 
Thinking about this some more. I think that thread where you could set the transfer time was for the 6000ex not the 6000xp.
6000xp has a UPS and APL mode. One is more restrictive and has a faster transfer time, but comes with a higher idle consumption (assumed).
 
6000xp has a UPS and APL mode. One is more restrictive and has a faster transfer time, but comes with a higher idle consumption (assumed).
That's what corresponds to the 10 and 20 msec times mentioned by Markus?
 
Thinking about this some more. I think that thread where you could set the transfer time was for the 6000ex not the 6000xp.
this the other thread i was thinking about,
 
6000xp has a UPS and APL mode. One is more restrictive and has a faster transfer time, but comes with a higher idle consumption (assumed).
For confirmation purposes.. adjusting between UPS and APL mode is done by flipping this switch on/off?

1718831147914.png

Is there a mention of what the idle usage is for APL and UPS mode?

Finally, would the recommendation be to leave this feature off, or I guess in APL mode when running off-grid?
 
For confirmation purposes.. adjusting between UPS and APL mode is done by flipping this switch on/off?

View attachment 223203

Is there a mention of what the idle usage is for APL and UPS mode?

Finally, would the recommendation be to leave this feature off, or I guess in APL mode when running off-grid?
It’s a setting on the screen or in the app. If you have no grid assume APL is fine. UPS works flawlessly failing between grid and battery
 
The manual says it's an AC ON/OFF, but it's labeled EPS output, could be a mismatch between the manual and the units. The manual defines EPS as Emergency Power System.

1718834002078.png
 
It turns the inverter on and off.
It's the inverter power switch.
If thats the power for the inverter then what is the switch on the other side?

It seems like it has two soft power switches, one for the entire inverter, and then another for just the AC output? Am I interpreting that correctly?

1718834185917.png
 
If thats the power for the inverter then what is the switch on the other side?

It seems like it has two soft power switches, one for the entire inverter, and then another for just the AC output? Am I interpreting that correctly?

View attachment 223209
Hmm
That's a great question.
I guess that one is a total unit shut off.
And the other is just the inverter itself.
Maybe?
 

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