48V 200ah LiFePO4 Battery Lithium Ion Pack, 5000+ Cycles, 10kwh with Intelligent BMS, for Solar Wind Energy Storage

• Customization: Available
• Nominal Voltage: 48V
• Warranty: 3 + 3years
• Model NO.: AONE-LBS 10K
• Dimension(W*H*D)mm: 600*1000*200mm
• Efficiency: >97%
• Life Span: >15years
• Cooling Type: Natural Cooling
• Type: Lithium-Ion Battery Pack
• Connection Mode: Parallel Connection
• Rechargeable: Chargeable
• Discharge Rate: Medium Discharge Rate
• Size: Medium
• Accessories Type: Battery
• Electrolyte: Li-ion
• Rated Capacity: 10kwh
• Standard Voltage: 51.2vd.C
• Usage: Home Energy Storage
• Transport Package: Carton / Pallet
• Specification: 102kgs
• Trademark: Aoboet
• Origin: China
• HS Code: 85076000
• Production Capacity: 3000PCS/Month

Product Description

Model	LFP 10K-U/48V
Total Energy*	10kWh
Nominal Charge/Discharge power	4.8kW
Peak Power(Only discharge)	12kW for 3 sec
Voltage	48-56Vd.c
Nominal Voltage	51.2Vd.c
Nominal Current	100A
Max. Charge voltage	52.6V
Max. recommended DOD (Off-grid)	90%
Operating Condition	Indoor
Operating Temperature	From -10~45ºC
Weight	102kgs
Cooling Type	Natural cooling
Case Material	Metal
Color	Silver grey or white
Installation	Free Standing/Wall mounting
IP rating	IP 54
Protective Class	I
Max number of parallel connection	16
Warranty	3+3 years(Daily cycle)
Life Span	>15 years
Communication	CAN/ RS485
Protection Mode	Triple hardware protection
Transportation	UN 38.3

for Solar / Wind Power System

Key Features 1. High Inverter Compatibility 2. Reliable LiFePO4 battery Cell 3. 3 + 3 Years Warranty 4. Scalable up to 48kWh ( 16 parallel) 5. Monitor: The LiFePO4 battery BMS built-in with WIFI module, the battery running information could be seeing in mobile phone and computer 6. Easy firmware update: The BMS firmware can be updated to the latest version 7. Cooling: Natural cooling

Exploded views of 3kWh 24V 125AH LiFePO4 Battery Bank
How is the LiFePO4 battery work in the solar PV system

1) Off Grid Solar Storage System with LiFePO4 Battery 2) On Grid / Off Grid Hybrid Solar System

Communication compatible Inverter brand that have been tested and are supported
SOLIS GROWATT DEYE MEGAREVO LUXPOWER KEHUA SOFAR INVT,.. Etc.

Intelligent Service Platform for remote monitoring and management
Remote monitored by APP for LiFePO4 battery system

Aoboet 48V Lithium Battery System

Brand	Hybrid Inverter	AC coupled Inverter
LUXPOWER	LXP-(3-5)K hybrid	LXP-3600ACS
SOLIS	RHI-(3-5)k-48ES	RAI-3k-48ES-5G
SERMATEC	SMT-5K-TL-LV
KEHUA	SPH3600-5000
SOFARSOLAR	HYD (3000-6000)-ES	ME3000
GROWATT	SPH3000-6000
INVT	BD (3-5) KTL, BD (3-5) KTL-HS	BD3k-PS
MEGAREVO	R3KL1~R5KL1 R3K6L1~R6KL1
DEYE	SUN-(5~6)K-SG01LP1-US SUN-(7.6~8)K-SG01LP1-EU

*: Data setting of inverter when battery working with COM. FREE mode

Item	Data				Note
	LFP 3000-U/24V	LFP 5000-U/24V	LFP 5000-U/48V	LFP 10K-U/48V
Max. Charge Current	60A/0.5C	100A/0.5C	50A/0.5C	100A/0.5C
Max. Discharge Current	60A/0.5C	100A/0.5C	50A/0.5C	100A/0.5C
Rated Voltage	25.6V	25.6V	51.2V	51.2V
Capacity	125Ah	200Ah	100Ah	200Ah
Over Charge Voltage	24V	24V	48V	48V
Low Voltage	24V	24V	48V	48V
Float charge voltage	28V	28V	56V	56V	If needed
Over Temperature	55ºC	55ºC	55ºC	55ºC
Low Temperature	-10ºC	-10ºC	-10ºC	-10ºC
Constant Charge Voltage	24V	24V	48V	48V
Discharge End Voltage	22V	22V	46V	46V

 

Aoboet High Voltage Lithium Battery system

Brand	Inverter type	Firmware Version	Note
GINLONG	RHI-3P(5-10)kW-HVES-5	V04
GOODWE	GW10K-ET	030310	Special firmware BMS
MEGAREVO	R(7~12)KH1	ARM V1.01.35 DSP V1.02.10

Functions of LiFePO4 Battery BMS (Battery Management System):

(1) Measurement of LiFePO4 battery terminal voltage
(2) Energy balance between single LiFeP04 cells
(3) Total battery voltage measurement
(4) Total battery current measurement
(5) SOC calculation: estimate the remaining power of the Lithium battery
(6) Dynamically monitor the working state of the LiFePO4 battery pack: prevent over charging or over discharging
(7) Real-time data display
(8) Data recording and analysis: maintain the reliability and efficiency of the entire battery operation
 

Application of LiFePO4 Battery Bank with BMS