Search  for anything...
Temank

Solar Inverter 5000W 48V to 110V, Pure Sine Wave Power Inverter 5000 watt Built in 80A MPPT Controller, 40A AC Charger, Max.PV Input 500V, Support Utility/Generator/Solar Charge

    • Based on 180 reviews
Condition: New
Checking for product changes
$689.99 Why this price?
Save $59.99 was $749.98

Buy Now, Pay Later

As low as / mo
  • – Up to 36-month term with PayTomorrow
  • – No impact on credit
  • – Instant approval decision
  • – Secure and straightforward checkout

Ready to go? Add this product to your cart and select a plan during checkout. Payment plans are offered through our trusted finance partners Klarna, PayTomorrow, Affirm, Afterpay, Apple Pay, and PayPal. No-credit-needed leasing options through Acima may also be available at checkout.

Learn more about financing & leasing here.

Selected Option

Free shipping on this product

Eligible for Return, Refund or Replacement within 30 days of receipt

To qualify for a full refund, items must be returned in their original, unused condition. If an item is returned in a used, damaged, or materially different state, you may be granted a partial refund.

To initiate a return, please visit our Returns Center.

View our full returns policy here.

Availability: Only 4 left in stock, order soon!
Fulfilled by Amazon
Arrives Wednesday, Nov 20
Order within 7 hours and 22 minutes
Available payment plans shown during checkout

Color: 【Upgraded】5000W, Max.PV Input 5.5KW, 500V, 22A


Features

  • 5000W Solar Inverter 48V DC to 110V/120V AC, built in 80A Mppt charge controller, is a new all-in-one hybrid solar inverter charger, fit for 48V Lead-Acid(seal, AGM,Gel,Flooded) and Lithium battery. Support Utility/Generator/Solar Charge.
  • Pure sine Wave Inverter Max Input Power: 5500W, Voltage range:120-500Vdc, Max input solar current: 22A and Max.Power output: 5000W, max charge current: 80A. AC input Voltage range: 90-140V, Output 100/105/110Vac 5%. Starting voltage >150V
  • Solar Inverter 5000 Watt 110V Full digital voltage and current double closed loop control, advanced SPWM technology, output of pure sine wave.Two output modes: mains bypass and inverter output; uninterrupted power supply.
  • 110V Off-Grid Power Inverter Charger will have Four charging modes are optional, i.e. PV priority, Utility Priority, Hybrid Charging, and Only Solar Charging; and two output modes are available, i.e. Inverter and Mains, to meet different application requirements.
  • LCD display designand 3 LED indicators for dynamic display of system data and operating status, Intelligent variable speed fan to efficiently dissipate heat and extend system life. Can be accessed to a variety of household and office loads, including refrigerators, lamps, televisions, fans, air conditioning and other AC loads

Brand: Temank


Power Source: Battery Powered


Wattage: 5000 watts


Battery Capacity: 200 Amp Hours


Color: 【Upgraded】5000W, Max.PV Input 5.5KW, 500V, 22A


Date First Available ‏ : ‎ June 1, 2021


Manufacturer ‏ : ‎ Temank


Customer Reviews: 3.7 3.7 out of 5 stars 180 ratings


Item Weight: ‎26.4 pounds


Warranty: ‎1 year Manufacture


Date First Available: June 1, 2021


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Wednesday, Nov 20

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.

  • Klarna Financing
  • Affirm Pay in 4
  • Affirm Financing
  • Afterpay Financing
  • PayTomorrow Financing
  • Financing through Apple Pay
Leasing options through Acima may also be available during checkout.

Learn more about financing & leasing here.

Similar Products

Top Amazon Reviews

    • Works good so far /edit after a month of use.
Color: 【Upgraded】5000W, Max.PV Input 5.5KW, 500...
Review Image by Barry Barry
Review Image by Barry Barry
Review Image by Barry Barry
(Updated as of 06/17/2022 and again 07/15 read the end for a full review and system recommendations. You will save yourself a headache if you read the updated end) I sat my panels out in the yard just standing up on a cloudy day, so not getting full power at all. I then plugged in my RV. Everything was operating straight off the panels until the dryer started running that put a huge drain on the supply and dropped the incoming voltage around 150 volts from what it showed with just the fridge, TV, and a standard 110V to 12V power converter running. But nothing shut down, nothing got hot, it quietly shifted to battery and solar and kept right on running. So far with just the test I see a few things I do not like one electrical and the others are all structural. First the electric input from my panels, I read 500V in the advertising but its only 450V and without a load the panels exceeded that but with one dropped to half that, I'm a bit worried about adding more voltage to make up the drop because with no load it'll really exceed that 450 it can handle. The first thing I don't like about the box is they recommend for DC in to use #2 wire to the batteries but send #4 wire ends with the device and #2 ends are little difficult to fit in. Second they recommend for AC #7 wire which is kinda rare to find in stock somewhere and I went with #6, the receiver for those is a little difficult to put #6 wire in but its possible so it would be nice if they're a little bigger. Number 3 is not having something to tie those heavy and or stiff wires to so they have a solid mounting connection before they are joined to the reciever. This would stop any chance of pulling them out during assembly. I would actually rather have had a conduit port so I could fully encase the wiring. But at least something to tie up to with a zip tie would make me feel the wiring is more secure. All in all it seems like a well made unit. I'll update this once I have the installation finished. 1st UPDATE: Fully installed and running so here is the full review after a few days of use. The unit works well but somethings I would like different. The main problem is when you add power from a gen set or utility it doesn't use that power to charge the batteries at the same time as the solar panel input does. The first thing you need to know is you need around 170 volts 6.5A input from the panels just for the charger to work. Basically 7, 24 volt panels just to charge if they are putting out full power, thats with 0 volt draw down to the load. You will need a 400AH 48 volt battery bank to cover one full 24 hour day with no input and not harm the batteries. I only have 200AH and it never shows full battery power even after I charged them to full with an external battery charger. My system is for an RV and with 18 24 volt panels in series it isn't enough for a full load and full charge on a sunny day. If the 12,500 btu air conditioner is running before fully charging the batteries. Then when used as a heater at night, the 4 24 volt LiFePO4 200AH battery bank is used up before the morning. sun starts adding voltage back to the bank. So in conclusion you'll need at least 36 24 volt panels to have full power and full charging at the same time. Add to that a minimum of 400AH of 48 volt batteries or 8 24 volt to 400AH bank. We're using 4 24V 100AH LiFePO4 batteries in parallel then series as recommended to 200AH total and it isn't enough for a full 24 hours of no input. So in closing it has been working great but I was mislead by some of the answers to peoples questions. So if you want a complete setup using this Controller/Inverter you'll need at least 2 arrays in parallel sending 450 volts input each from the panels. Thats basically 36 24 volt maximum panels 18 in series per array, and equal to 400AH 48 volt battery bank to run a house with room to spare for one full day without input from the panels. One small thing if you want to charge the batteries when hooked to a power source (gen set or power pole) with out the bouncing between battery and input first you need to be set to Utility orSolUtil not Solar second switch the panel input breaker to off so there is no input from the panels at all. Hopefully you have installed a breaker between your panels and the unit. Using one of the panel array combiner boxes are a real good idea. They come complete with protection for the Charge Controller/Inverter and make adding arrays a breeze. 07/15 We've been using this for a month and with a little adjustment our small setup is workable and we wake up to hot coffee every morning. We are fully off grid and as mentioned above my system is a little small. We have to wait until the batteries are recharged before we can add a load like AC/Heat. In Northern California where we live that's about 1 PM on a sunny day. Once we add more panels that time will drop or we can run the AC or Heat and charge batteries with more than 3 amps at the same time. All in all as a totally off grid setup it has worked pretty good. Though something is wrong when adding generator power once the machine hits a higher amperage on the charger it draws down on the generator like a huge load then resets and stops functioning for a little while then does it all over again. I'll update again once I know why. It looks like my problem is the unit needs a pure Sinewave from the power source being generator or Utility input. I haven't purchased the inverter generator yet to test it, i will update this again when I know more. One thing I can say after this first couple of months this unit really works hand in hand with the BMS in the batteries. When the batteries were charged in the first week or so a 200AH setup only charged to 195AH and I've read somewhere that that is within acceptable range so I didn't get too worked up over it. Now my batteries are at just about 204AH and it has been gaining a little more every day. That means the charge controller is doing a great job. Another thing is we never run short on power and can operate the microwave while the AC is running no problems. That is also while carrying the entire load from lighting, TV and refrigerator. We also can operate the dryer and AC at the same time. The switching between solar panel power to battery power is seamless. One thing we have learned is it is better to supply a lower voltage and higher amperage to the unit. We have 26 100watt 12V panels connected to the unit. Running enough of them in series to reach the 450V limit would charge the batteries by 1:30pm in June and running two lines in series as 225V strings at double the amps in late July charges the batteries around 1 hour earlier. The batteries will charge as the AC (or any other heavy draw load) is running. Under full sun, with lights, TV, and refrigerator, the standard load, we have around 30 amps charging batteries, and with a heavy load anywhere between 10 and 15 amps charging the batteries depending on what else is running. We are going to double finish adding panels so we have 450V 13 amps input max. That means even in winter we should have enough power to keep the cycle continuous. So we will always have enough juice to recharge and run the house load at long as we get 4 hours of sun a day. We are also adding at least 200AH more and I really think your in the right ballpark at 800AH storage. That would give us 3 days of autonomy with 0 sunlight. I am thinking of adding wind for the stormy dark days to charge batteries though I am little worried about that causing problems with this unit. My understanding is it can be done but the input from the wind power charge controller need to be fully opposite from the battery power out to this unit. That will send the charge from the wind thru the batteries first though I'm not sure why. I'll be figuring out how to do this safely. I really like this unit and we are very happy we chose one we have had so little issues with. ... show more
Reviewed in the United States on May 11, 2022 by Barry Barry
    • Nope. Not good with it anymore.
Color: 3000W 24V
So far, so good. The ports for battery cable are a little tight, but I got them to work. The English translation of the directions/manual is actually pretty good for a Chinese product, and things seem to work ok. Some would be upset that things take a while to turn on and cycle, but I like that the computer seems to check through everything as it powers up. It does take a minute or so to cycle through everything when first connected, but once connected, you don't care about that as it isn't disconnected again. I did have a problem with the AC tripping the unit, even when on shore power, but considering the AC is going through the inverter to ensure everything is clean, and then the AC takes a surge of watts above 3000, the unit is actually doing it's job when it kicks out. Solution is to buy an AC smartstart unit. That is next. I'll update if there are any problems. Update: junk. This product is like one of those combo tv/vcr units some people used to buy. One part goes out, the whole thing is crap. Well, this one the solar change controller stopped pushing out anything more than about 5% of rated capacity of my panels in bright sunny days at noon. I checked each panel and checked for fuse burn outs and in the end bought a stand alone charge controller that brought me closer to 60% which is incredible. So waste of my money. It’ went out with the recycling last week. ... show more
Reviewed in the United States on May 23, 2022 by Ken J. Burkhart
    • Four Months In and I'm Happy
Color: 3000W 24V
Review Image by Bradley Johnson Bradley Johnson
Review Image by Bradley Johnson Bradley Johnson
Review Image by Bradley Johnson Bradley Johnson
This works beautifully. There is a learning curve to get all the settings right but after you do, you can basically forget about it. Minus the air conditioners, I'm running my destination trailer full-time, day and night using this unit, a 4kw lithium battery and eight 100w solar panels. There are two things I learned that are important to me, because I am not at my camp most of the time and I leave food in the refrigerator. First, keep the bugs out. This was in open air for a while and a bee got in and fried on the cooling fan terminals. If either of the fans stop working the system shuts down and will not restart. This is the only official thing that can happen where it won't restart. Lost my ice cream and frozen pizza over that lesson. I removed the bee and it reset easily. Second, a supplemental generator needs to be an "inverter generator". The system is sensitive to voltage. You wouldn't know it but your old (or cheap new) non-inverter generator will have dips in voltage when a load is applied. This system will not use the power from the generator if it dips below 90v and it will not try to use the generator again until you reset it. I borrowed an inverter generator half the size of my generator and it worked perfectly, ran the camper and charged the batteries while I was using air conditioning. Keep the manual handy; you will use it a lot! P.S. if you're wondering about power this will run my A.C. along with the little odds and ends in the camper but it struggles a little trying to rung the A.C. and microwave or clothes washer. I'll probably upgrade next year because I'm spoiled, but I really don't need anything bigger. ... show more
Reviewed in the United States on August 25, 2021 by Bradley Johnson Bradley Johnson
    • What's going on??
Color: 3000W 24V
No remote monitoring, and something with use unit scramble any other bluetooth device ( smart bms and other charge controller) other then that I liked this controller. Pretty easy to set up, and then let it do its thing.
Reviewed in the United States on April 25, 2023 by mary Utter

Can't find a product?

Find it on Amazon first, then paste the link below.