Update: This popular deal is still available.
eco-worthy-us via eBay has
ECO-WORTHY 16kWh 48V 314AH Wi-Fi & Bluetooth LiFePO4 Vertical Standing Battery on sale for $1999.99 - $400 when you apply coupon code
LONGWEEKEND at checkout =
$1599.99.
Shipping is free.
Thanks to Staff Member
f12_26 for sharing this deal.
About this item:
- Battery Capacity: 314Ah
- Battery Power: 16076Wh
- Rated Voltage: 51.2V
- Voltage Range: 40~58.4V
- Maximum Charge/ Discharge Current: 200A
- Charge Temperature Range: 0-55℃
- Discharge Temperature Range:﹣20-55℃
- Maximum Charge Voltage: 58.4V
- Screw size: M8
- Battery Size: 32.56x9.9x20.47in
- Battery Weight: 293.2lb
- Max. parallel units: 15
- Connectors: RS232 / CAN / RS485 / Bluetooth / WIFI
Top Comments
Then, you can either just use it on its own panel and plug things into it when the power is out, or you can install a critical loads panel and transfer switch to switch your home over during an outage.
Community Reviews
This is a large 48V LiFePO4 battery that stands out for capacity per dollar and off grid backup use. The comments point to easy pairing with an inverter or hybrid inverter for whole home backup, solar charging, or running essentials, and some setups use it with a 240V inverter for EV charging. The main catches are that it is a DC battery, so it needs extra hardware like an inverter, transfer switch, or panel work, and the UL listing and inspection status are questioned. Efficiency and safety concerns also come up, especially around charging losses and fire or insurance implications.
Common Questions (5)
The battery itself is reported as not UL listed, while ECO-WORTHY's server-rack batteries are the ones described as UL listed. That matters because non-UL batteries may create inspection, insurance, and grid-connection problems.
Yes. It is a DC battery, so you need an inverter to convert it to AC for household loads, and an inverter/charger or hybrid inverter if you want it to charge from solar or the grid. For whole-home backup, it can be paired with a critical-loads panel and transfer switch.
A 5kW inverter is suggested for lighter loads and a gas furnace, but a 10kW unit may be needed for central AC. The practical check is your AC breaker: 20A loads may fit a 5kW inverter, while 40A loads likely need more headroom.
Yes. It can run an off-grid zone, power essentials through an inverter, or serve as backup for loads like a Tesla charger when paired with the right inverter. It is also described as useful for emergency backup and daily cycling when utility buyback rates are low.
It can be set up similarly only if you add the missing pieces: an inverter with an automatic transfer switch, plus panel-level installation. The battery itself is only the storage component; Powerwall combines the battery, charge controller, inverter, and backup gateway in one unit.
AI-generated summary based on comments from the community. Updated ago
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75 Comments
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Any risk of ending up with metal-melting inferno like those e-cars that catch fire? That's helluva watts in this thing.
ECO-WORTHY 5000W 48V Solar Inverter 100A MPPT Off-Grid Charger
But how do they ship it? Even UPS maxes out at 175lbs, I think.
This is a good level headed video about lfp fire/explosion risks.
ECO-WORTHY 5000W 48V Solar Inverter 100A MPPT Off-Grid Charger
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This is a good level headed video about lfp fire/explosion risks.
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Here's how it actually works in capitalist countries with government subsidies -
Three nearly identical things competing against each other:
Before subsidy:
$750, $1,000, $1,250
After subsidy:
$500, $750, $1,250
Aaannnnddd.... that's it!
Yep! That is really how it works. Because "competition" and "invisible hand"!
But most people start with, "I have $X dollars, what's the most I can get for it?"
So with a 30% subsidy a lot will bump up from the 16kw to the 24kw model. And some people that would have passed will buy the 16kw because now it's affordable.
WHICH IS THE POINT OF THE SUBSIDY.
But people trading up is not "got more expensive", it's "traded up". The cheaper model stayed the cheapest model.
Make sense?
Same with tuition.
You can argue whether using government subsidies to trade up to The Full College Experience makes sense rather than pocketing the savings, living at home, and going to a commuter university for 1/4th the cost. But when that commuter university costs $8k/yr (tuition, books, fees), it's a hard sell to claim that "subsidies made tuition more expensive". (Community college is even cheaper, and you can do AP and CLEP to get your first years credits knocked out for even less.)
Same thing with houses. Government subsidizes mortgage rates. Instead of pocketing the savings and buying the same size same neighborhood Modest Home, people nearly universally trade up to a Mc Mansion and/or a better neighborhood.
The issue isn't "subsidy". It's when trading up isn't the goal.
Oh, and you do know why prices keep dropping on lithium batteries, right?
China heavily subsidizes lithium battery production to ensure that non-Chinese companies can't compete. Which is why you don't have American companies as options for quite a lot of things. They couldn't compete against the lower cost of government subsidized imports.
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