Benergy Industrial lithium batteries manufacturer since 2009

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 1

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 2

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 3

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 4

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 5

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement

Features:

Benergy High Voltage 192V 52AH Lithium battery packs utilizes high quality Lifepo4 cells for consistent power, fast charging efficiency, long cycle life and zero pollution. Stackable design. They are widely used for UPS, Energy Storage System, off grid solar system, household solar system etc.

Model:

BWB-19252AHP

Voltage:

192V

Capacity:

52AH

Max Charge Current:

52A

Max Continuous Discharge Current:

52A

Size:

600*600*1100mm (W,L,H)

Size in inch:

23.62× 23.62× 43.31 inch (W,L,H)

Weight:

193KG±5Kg

Weight in pound:

425.5 lbs

IP range:

IP63

Function:

LCD screen, RS485

HS Code:

85076090

Brand:

BENERGY

Inquiry

Write a Review

Specification

Specification
Rated voltage	192V
Rated capacity	63AH
Continuous discharge current	63A
Max peak discharge current	110A/10S
Standard charge current	52A
Fast charge current	52A
Can parallel number	2~15
Optional capacity range	10.24~76.8KWH
Cooling way	Natural cooling
Battery type	Lifepo4 battery
Designed lifespan	＞15 years @25℃
Cycle life	≈10000 Times
Rated grid frequency	50HZ/60HZ Automatic detecting
Certification
Battery certification	CE, UN38.3, MSDS,ROHS
Cell certification	CE, UL, IEC62109, IEC62477, EN61000, UN38.3
Mechanical parameters
Battery size	6006001100mm (W,L,H) 23.62× 23.62× 43.31 inch (W,L,H)
Chassis size / weight	208KG±0.5Kg 458.6 lbs
Environmental parameters
Storage humidity range	≤85%RH
Running temperature range	20℃~55℃
Recommended running temperature	25℃
IP range	IP21

product description

Main control box control

Battery box design

Benergy inside battery box

Application

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 10

UPS

Telecom Base station, Lighting, Small Doctor instruments, Stand by Power, Mining lighting, LED torch, Video, Heating garment, data acquisition power, Electric water pump, Road side night warning indicator, laser sensor

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 11

Power tools

Electric lawn mower, electric drill, electric vacuum cleaner, Electrical tools

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 12

Power storage system

Solar system, Solar pv system, Solar LED street light,Tidal energy, Wind / solar energy, on & off grid solar system

Customers Choose Our Batteries For Their Applications

12KWH for UPS energy storage system.

11111

Detailed Advantages of LiFePO4 Batteries for UPS

Comparing with lead acid batteries, lifepo4 batteries have a lot advatages. While the initial purchase price of a LiFePO4 battery is higher, its advantages often make it the more economical and reliable choice over the long term, especially for critical applications.

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 15

Dramatically Longer Service Life (Cycle Life & Calendar Life)

Lead-Acid: Degrades quickly with use and time. Even with perfect conditions and no power outages, you'll likely need to replace them every 3-5 years. LiFePO4: Can withstand thousands of deep discharge cycles with minimal capacity loss. Even with frequent outages, the battery can last over 10 years. This means you avoid the cost and hassle of frequent battery replacements.

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 16

Superior Total Cost of Ownership (TCO)

Although the upfront cost is higher, LiFePO4 is almost always cheaper in the long run. Example: One LiFePO4 battery that lasts 10 years would require 2-3 sets of Lead-Acid batteries over the same period. When you factor in the cost of the replacement batteries, the labor to swap them, and the downtime risk during replacement, the LiFePO4 solution becomes more economical.

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 17

Faster Recharge Times

This is critical for UPS systems where backup power may be needed again shortly after an outage. Lead-Acid: Can take 8-12 hours to fully recharge after a deep discharge, leaving the system vulnerable if another outage occurs. LiFePO4: Can typically accept a full recharge in 1-2 hours, rapidly restoring the UPS system to full backup capacity.

192V 63Ah 12KWH LiFePO4 UPS Battery | Long-Life Energy Storage System & Lead-Acid Replacement 18

Higher Efficiency and Energy Savings

Lead-Acid: Less efficient, meaning more energy is lost as heat during charging and discharging. This wasted energy increases electricity bills and generates more heat in the server room, requiring additional cooling. LiFePO4: Highly efficient (95%+). More of the grid power is stored and available for your equipment, reducing operational costs.