


Model: YD-DD12150
Battery Type: LiFePO4 battery
Rated Capacity: 1.920KWh
Nominal Voltage: 12.8V
Nominal Capacity: 150Ah
Charging Current: 0.2C(Standard);1C(Max)
Charging Method: CC & CV
Voltage Range: 2.5V~3.65V
Weight: ≤ 16KG
Dimension: 52.2 x 24 x 21.8cm
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Tags: 150Ah ,
This 12v 150Ah LiFePO4 Battery is designed for a variety of applications, including solar power, RVs, home energy storage, yachts, and street lighting. It features a built-in smart Battery Management System (BMS) and supports remote monitoring and data reading via an APP or LED (WiFi/Bluetooth options available). With multiple models to choose from, it ensures efficient and safe energy storage and management for diverse needs.
Dining Car Electricity
UPS Power Supply
In-car Electricity
Outdoor Electricity
Home Backup Power
Solar Energy Storage
We are a professional energy storage product manufacturer from China
YDESS Factory started to enter the lithium battery industry in 2013. It is a source factory integrating R&D design, production and processing, and customized sales.
If you have the need to produce batteries, we will provide you with high-quality technical solutions to meet your needs.
Product Detection
Packing & Shipping
High Temperature Detection
Battery Inventory
YDESS Factory started to enter the lithium battery industry in 2013. It is a source factory integrating R&D design, production and processing, and customized sales.
If you have the need to produce batteries, we will provide you with high-quality technical solutions to meet your needs.
Download 12v 150Ah LiFePO4 Battery Datasheet
1920Wh
LiFePO4
≥3,600 Cycles(0.5C standard charge)
BMS, Over Voltage Protection,Short Circuit Protection
0.2C(Standard);1C(Max)
CC & CV
100A
16kg (35.27lbs)
52.2cm (20.55in)
24cm (9.44in)
21.8cm (8.58in)
2 Years
Charging: 0 ~ 60℃;| (32.0 - 140F)
Discharging: -20 ~ 60℃ | -20 - 60℃ (-4 - 140F)
YDESS invites you to leave your contact information so that we can provide you with product support in the future.
Lead-acid batteries are already a very backward battery. They require frequent maintenance, have a slow charging speed, are very heavy, and have a low energy density. LiFePO4 batteries are superior to lead-acid batteries in all aspects, such as longer service life, higher energy density, faster charging speed, higher safety, lower maintenance requirements, better temperature resistance, more environmentally friendly, higher discharge efficiency, and lower self-discharge rate.
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