kscessnadriver
New Member
For what it's worth, I ordered one today. It'll be a while before I get a chance to install it, but I plan on keeping what little I know about the thing up to date.
Here is one045 would definitely be the data logger. The reason I’m asking is the part numbers you listed did not exist a year ago, which means either you are looking at the wrong number or the part numbers have changed, which would mean the capability of the inverter changed probably. Any chance you could post photo of the PV01.####### number?
Photo of one of my V2 inverters attached. It’s also 11.4kW
Let's go!!For what it's worth, I ordered one today. It'll be a while before I get a chance to install it, but I plan on keeping what little I know about the thing up to date.
If I were you I would set it up somewhere very temporarily and wire a small string of panels to it (even if have to lay them on the ground) make sure the backup output works and maybe even connect 240 to it. Make sure the important stuff works. You will probably learn a couple of things that you can be thinking about between now and when you do real install.For what it's worth, I ordered one today. It'll be a while before I get a chance to install it, but I plan on keeping what little I know about the thing up to date.
If I were you I would set it up somewhere very temporarily and wire a small string of panels to it (even if have to lay them on the ground) make sure the backup output works and maybe even connect 240 to it. Make sure the important stuff works. You will probably learn a couple of things that you can be thinking about between now and when you do real install.
Let's go!!
One thing I found out that I really like is that even though it's only a 10kw inverter, it can use 10kw of pv to power loads and up to another 5kw to charge the battery!
That's awesome.
I wouldn't consider 20kw under-paneling lolThat's something I'll consider down the road, initially I'm probably under-paneling, at just over 20kw worth of panels for what will be 2 inverters.
For 2 inverters, so 10kw each.I wouldn't consider 20kw under-paneling lol
Thats perfect. I don't think it can export more than 10kw to grid. I could be wrong on thatFor 2 inverters, so 10kw each.
Thanks, it's got to be a V1 because the nameplate says it only does 5,000 watts backup power. V2 & V3 do 11,400 watts backup power as listed on nameplate.Here is one
Purchased Sept 2022. Didn't realize the newer ones can do full backup power.Thanks, it's got to be a V1 because the nameplate says it only does 5,000 watts backup power. V2 & V3 do 11,400 watts backup power as listed on nameplate.
Question: when did you purchase from signature Solar? They have stated that they have sold nothing but V3 inverters since September of last fall.
Its also odd that the part number does not match any of the part numbers for these inverters I was given last year.
Anyone figure out the AC coupled limits for this unit yet?Growatt told me on the phone that it can accept up to 80a of Gen input
When the generator is connected and charging the battery it's also passing through power to support the backup loads so the inverter max output of 10kw does not apply.
I believe the ac couple limit for “any” Growatt would be less than or equal to the output capability of the Growatt grid forming inverter. Give the Growatt white paper I link below a read. It for the SPF but I believe it is applicable to all Growatt ac couple capable inverters- I have found it’s description of how their ac coupling works is spot on for the MIN-US inverters. Specifically, page 4 “In the application of micro-grid without grid input, the AC output of the SPF 3000-6000T HVM-G2 inverter can serve as a voltage source to connect grid-tied inverters and loads. In this scenario, the power of the grid-tied inverter must be less than or equal to the power of the SPF inverter.”Anyone figure out the AC coupled limits for this unit yet?
the first link is brokenI believe the ac couple limit for “any” Growatt would be less than or equal to the output capability of the Growatt grid forming inverter. Give the Growatt white paper I link below a read. It for the SPF but I believe it is applicable to all Growatt ac couple capable inverters- I have found it’s description of how their ac coupling works is spot on for the MIN-US inverters. Specifically, page 4 “In the application of micro-grid without grid input, the AC output of the SPF 3000-6000T HVM-G2 inverter can serve as a voltage source to connect grid-tied inverters and loads. In this scenario, the power of the grid-tied inverter must be less than or equal to the power of the SPF inverter.”
blob:https://community.growatt.com/562792fe-efef-4a14-8172-4730007a7b06
Link doesn’t work, go to link below and search for “
AC_Coupling_frequency_shifting_technology_of_SPF_3000-600”
Has anybody done a good video about this inverter yet? Do you think Will is going to make one?
I hope to make a couple of videos if I actually get one. Ordered it a week ago. Still hasn't shippedHas anybody done a good video about this inverter yet? Do you think Will is going to make one?
Bummer, it sounds good on paper but I'd like to see how the reviews are. I'll look forward to watching your video when you make it.I hope to make a couple of videos if I actually get one. Ordered it a week ago. Still hasn't shipped
I'm pretty pi$$ed to say the least.
I know right? They all sound good on paper but working in the real world is where the wheat is separated from the chaff, so to speak.Bummer, it sounds good on paper but I'd like to see how the reviews are. I'll look forward to watching your video when you make it.