Y&H 1000W Grid Tie Inverter Stackable MPPT Pure Sine Wave DC30-45V Solar Input AC90-140V Output for 24V 30V 36V PV Panel
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Availability:
Only 4 left in stock, order soon!
Arrives
Thursday, Jul 3
Size: 24V Solar Panel Voc38-46V
Features
- Grid Tie Inverter MPPT range: 26V - 36VDO NOT use solar controller load ports to connect to the inverter
- Solar Grid Tie Inverter-Vmp(of a solar panel) must be in the MPPT range to ensure the good output efficiencyGrid Tie Inverter cannot work, please contact Yong Hui merchant
- Grid Tie Solar Inverter-Creative MPPT technology,efficiency more than 99%Please do not use other voltage input, for example: (20V) or(45V) Please use 200W-1000W solar panel (Voc36-46V)
- Grid Tie Micro Inverter-Adopting high-frequency isolation transformer type, high efficiency Each time you move the inverter, tighten the DC connection terminals. Avoid short circuit of DC terminal due to loose connection
- Please note: Do not use it together with a bidirectional meter in the local power grid. This is because the excess power from the inverter will be fed back into the grid, resulting in increased electricity costs. For a bidirectional power grid, we recommend using our SUN-Inverter series.
Brand: Y&H
Power Source: Solar Powered
Wattage: 1000 watts
Model Name: Y&H Grid Tie Inverter
Color: Silver
Product Dimensions: 13 x 6 x 3 inches
Item Weight: 5.38 pounds
Item model number: GTI-1000W-36V-110V-S
Is Discontinued By Manufacturer: No
Date First Available: May 8, 2017
Manufacturer: Y&H
Country of Origin: China
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Thursday, Jul 3
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
Size: 24V Solar Panel Voc38-46V
Lined up with grid frequency quickly, and made 400w AC out of 430w of DC. Needs a fairly strong current to start/track. High volt, low amp runs into "errors" 2amps at 30v was the lowest I could get it to reliably turn on.
Reviewed in the United States on December 4, 2024 by Andrew L.
Size: 24V Solar Panel Voc38-46V
I purchased this initially as an experiment to offset costs of panels purchased as an off grid backup, jury is still out on longevity. Several beefs with it, mainly I still dont understand how much can be input into this unit. Is it 1000 w? is it 1200 w? Is the 1000 watt rating on this the capability of the output or max input? I think from experience it is output. First I learned that to expect more than about (1000*.8*.8=) 640 watts is unrealistic from 1000 W input. Solar conventions are really misleading. Second, what I realized through increasing panels was that I was seeing a significantly decreasing return on increased wattage going in. It prompted the engineer in me to pull out a calculator and figure out what was going on. What I learned through this is that forcing these to run in parallel because of the low input voltage causes the input current to be way too high for standard cabling. I was losing 172 watts of continuous power to heat in the 10 AWG wiring when it was sunny! Standard mc4 solar plugs are only rated even for 20 amps and I was running 40 though it at 1200 input watts! I am removing a panel and increasing cabling to recover some of that. If you are running more than about 4-500 watts input or more than about 10 feet of cable you need to seriously consider your wire gauge with these low input voltages. At 30 feet even 8AWG wire is too small. Even at 8 AWG you need to look at the connectors to make sure you have one that is compatible as they change due to current carrying capacity. My solution right now is even though the total equivalent price is a little higher is to purchase the 600 watt model and stack them to avoid so much wasted heat loss and still be able to use standard cabling at about 30 feet. As I am starting to understand this more and I am more pleased with what I am seeing. I think the price point is higher than I would like to see and the jury is really out on these long term. I think that they are nice for helping to offset panel costs but I am not sure I expect to make much off of it if I only get a year or two out of them with longevity with power costs are in the $0.1-0.12/kw range. Also pay attention to make sure that you are not inputting more than you are using on that leg of your power, especially if you have a smart meter as you will pay for what you send back into the system too. Basically this is a mickey mouse way of providing some power offset to your grid powered application. It is not a proper solution for solar. If you use it with full understanding of all of this, the unit is not bad all in all.
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Reviewed in the United States on May 28, 2021 by VaDadofthree
Size: 24V Solar Panel Voc38-46V
UPDATE: I had to divide my off grid solar panels to make sure this inverter is using only the amount of current required, at this time central Florida is getting full sunny day and my grid tie system is at its pick, however when it comes to this inverter sellers claim of 1000 watts is absolutely false. This inverter can push between 300-400 watts during the pick hours, this is in central Florida, I originally gave it 4 stars, the actual test that took days left me with nothing but to tell exactly as is. I have 8x208 watts panels that charges my 800AH batteries I knew it was overkill to run a single well pump with such a big bank so I thought about sending back the excess back to the grid, this inverter came handy for that, the strings are split to two one goes to the charge controller the 2nd goes to the inverter, it seems they are equally divided just looking at both working perfectly but hard to tell how many watts are going back to the grid because there's no built in indicator display, for that reason only I gave the inverter 4 stars, when asked how to know how many watts I'm exporting in the question section all the buyers gave me a good answer except the seller who just jumped on to educating me how the inverter works rather than answering my question, that too is another reason I gave only 4 stars. Consumers be aware if you don't already have a grid tied system this inverter is not for you, your utility company may show up to your door and tell you that your system should not back feeding the grid, in my case I already have 17KW grid tied system so I am just adding more juice. Today after full day sun I checked my grid tied system production for the first time since the install I was at 67% energy independence, this told me that my new inverter is doing its job.
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Reviewed in the United States on April 18, 2022 by S-M-and-II
Size: 24V Solar Panel Voc38-46V
If you have solar panels just sitting around, get one of these inverters and save money on your electric bill. I've had this installed for just a few days, connected to four 100 watt panels, and I'm producing on average 1,500 watts a day. I'll be adding four more panels to my array in the next couple of weeks. As you can see from the attached picture, I'm not using much electricity right now, but it won't be long before I'm running a heater. The attached picture shows my watt hours used from the electric grid. This information is provided by my utility provider. Monday the inverter was not in service, Tuesday and Wednesday the inverter was in service. During the four hours of testing each day, the water heater was turned off and there was no heater or air conditioner running (it's been very pleasant weather).
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Reviewed in the United States on October 25, 2019 by Jeffery Jeffery