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Item 1 of 2
popularf12_26 | Staff posted Aug 1, 2026 7:35 PM
6-Pack ECO-WORTHY 16.07kWh 48V 314AH LiFePO4 Battery (96kWh Total) $9050 + Free Shipping
$9,050
$9,400
3% off
eBay
eBayDeal Details
ECO-WORTHY Official Store via eBay [ebay.com] has 6-Pack ECO-WORTHY 16.07kWh 48V 314AH LiFePO4 Battery (96kWh Total) on sale for $9399.99 - additional $350 w/ code NEWFINDS20 at checkout = $9049.99. Shipping is free.
Features:
Features:
- ECO-WORTHY 48V 314Ah LiFePO4 battery provides 16.07kWh of energy storage and can be expanded up to 241kWh by connecting 15 units in parallel.
- Features a 200A smart Battery Management System (BMS)
- Uses Grade A battery cells
- Equipped with a 7-inch HD touchscreen, WiFi and Bluetooth monitoring, cell-level tracking, RS485 and CAN communication ports, and broad inverter compatibility.
- Designed for easier installation with integrated wheels and M8 high-current terminals.
- Suitable for home backup power, off-grid systems, and emergency outage protection.
Community Notes
About the Poster
Deal Details
Community Notes
About the Poster
ECO-WORTHY Official Store via eBay [ebay.com] has 6-Pack ECO-WORTHY 16.07kWh 48V 314AH LiFePO4 Battery (96kWh Total) on sale for $9399.99 - additional $350 w/ code NEWFINDS20 at checkout = $9049.99. Shipping is free.
Features:
Features:
- ECO-WORTHY 48V 314Ah LiFePO4 battery provides 16.07kWh of energy storage and can be expanded up to 241kWh by connecting 15 units in parallel.
- Features a 200A smart Battery Management System (BMS)
- Uses Grade A battery cells
- Equipped with a 7-inch HD touchscreen, WiFi and Bluetooth monitoring, cell-level tracking, RS485 and CAN communication ports, and broad inverter compatibility.
- Designed for easier installation with integrated wheels and M8 high-current terminals.
- Suitable for home backup power, off-grid systems, and emergency outage protection.
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Our community has rated this post as helpful. If you agree, why not thank arcasinky
The rules are: 80kWh maximum total in a garage, 80kWh maximum total mounted on the outside of a building, 40kWh maximum total in a utility room or basement, 0kWh in the habitable spaces of a home.
There's some interpretation left up to your AHJ, though: Some might interpret these limits literally and say 80kWh is the max you can have on premises and only if you install it in a garage or on an outside wall. Other AHJ's, like California, allow you to maximize all 3 categories (bringing your total limit to 200kWh assuming you're using outdoor-capable batteries). In fact, you -might- be able to convince the AHJ to allow 280 kWh if you also have a standalone outbuilding to store another 80kWh of ESS.
NFPA 855 also requires there to be a minimum of 3ft separation between each ESS unit so these would occupy 15 feet of a garage wall. (80kWh total).
Finally, there are some active fire-suppression rules that go into effect once you exceed a certain amount of ESS but I no longer remember the threshold.
The rules are: 80kWh maximum total in a garage, 80kWh maximum total mounted on the outside of a building, 40kWh maximum total in a utility room or basement, 0kWh in the habitable spaces of a home.
There's some interpretation left up to your AHJ, though: Some might interpret these limits literally and say 80kWh is the max you can have on premises and only if you install it in a garage or on an outside wall. Other AHJ's, like California, allow you to maximize all 3 categories (bringing your total limit to 200kWh assuming you're using outdoor-capable batteries). In fact, you -might- be able to convince the AHJ to allow 280 kWh if you also have a standalone outbuilding to store another 80kWh of ESS.
NFPA 855 also requires there to be a minimum of 3ft separation between each ESS unit so these would occupy 15 feet of a garage wall. (80kWh total).
Finally, there are some active fire-suppression rules that go into effect once you exceed a certain amount of ESS but I no longer remember the threshold.
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The rules are: 80kWh maximum total in a garage, 80kWh maximum total mounted on the outside of a building, 40kWh maximum total in a utility room or basement, 0kWh in the habitable spaces of a home.
There's some interpretation left up to your AHJ, though: Some might interpret these limits literally and say 80kWh is the max you can have on premises and only if you install it in a garage or on an outside wall. Other AHJ's, like California, allow you to maximize all 3 categories (bringing your total limit to 200kWh assuming you're using outdoor-capable batteries). In fact, you -might- be able to convince the AHJ to allow 280 kWh if you also have a standalone outbuilding to store another 80kWh of ESS.
NFPA 855 also requires there to be a minimum of 3ft separation between each ESS unit so these would occupy 15 feet of a garage wall. (80kWh total).
Finally, there are some active fire-suppression rules that go into effect once you exceed a certain amount of ESS but I no longer remember the threshold.
The rules are: 80kWh maximum total in a garage, 80kWh maximum total mounted on the outside of a building, 40kWh maximum total in a utility room or basement, 0kWh in the habitable spaces of a home.
There's some interpretation left up to your AHJ, though: Some might interpret these limits literally and say 80kWh is the max you can have on premises and only if you install it in a garage or on an outside wall. Other AHJ's, like California, allow you to maximize all 3 categories (bringing your total limit to 200kWh assuming you're using outdoor-capable batteries). In fact, you -might- be able to convince the AHJ to allow 280 kWh if you also have a standalone outbuilding to store another 80kWh of ESS.
NFPA 855 also requires there to be a minimum of 3ft separation between each ESS unit so these would occupy 15 feet of a garage wall. (80kWh total).
Finally, there are some active fire-suppression rules that go into effect once you exceed a certain amount of ESS but I no longer remember the threshold.
These are cheaper than that, even 6 years later.
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