CE Un38.3 51.2V 100ah Wall Mounted 5kwh LiFePO4 Battery with BMS Powerwall Solar Lithium Ion Battery for Inverter

Product Description

Product introduction

1.6000 cycles @ 0.2C, 25°C, 80% DOD
2.Wall-mountable with flexible connectivity
3.Parallel support for up to 16 units (80kWh max)
4.Compatible with major inverters & BMS (multi-protocol)
5.Suitable for residential/commercial/industrial energy storage
6.Optional Bluetooth for real-time monitoring via app
7.High-temperature resistant with smart BMS protection
8.Certified: CE, IEC, MSDS, UN38.3
9.Passive balancing (300mA max) for extended lifespan
10.CAN/RS485/dry contact interfaces; 16-unit parallel communication

Specification

Battery type-Chemistry	LiFePO4	Voltage Wvindow	43.2V-58.4V
Nominal Voltage	51.2V	Recommend Charge Voltage	57.6V
Nominal Capacity	100Ah	Max Charge Voltage	58.4V
Energy Density	5120WVh	Recommend Charge Curent	20A
Dimensions(LxVVxH)	625*420*154mm	Max Continuous Current	100A
Wveight	47KGS	Recommend Discharge Voltage	44.8V
Terminal Type	Plug-in	Max Discharging Voltage	43.2V
Terminal Torque	8.5NM	Max Continuous Discharge Current	100A
Case Material	SPCC	Peak Discharge Current	150A
BMS build-in	Yes	Cycle Life(0.2C,25°C@80% DOD)	6000 Cycles
AH Efficiency - round trip	>98%	Discharge Temperature	(-20 to 55)°C
Self Discharge per Month	<3%	Charge Temperature	(0 to 55)°℃
Max in Parallel	16PCS	Storage Temperature	(-20 to 45)°C
Max in Series	Not Allowed	Bluetooth(App)	Optional
LCD Screen	Optional	Heating Function	Optional

Interface Introduction

By selecting the correct communication protocol version and returning the selected protocol versionnumber to the BMS motherboard program, the user changes the default communication protocolbetween the BiS and the host computer. The selection menu for this feature is located under thesystem settings menu directory.The menu structure is shown as follows:

In normal operation, the system will enter the sleep/shutdown state after 3 minutes ofoperationwithout key. In the off/sleep state, click any location of the color screen, the display will be activated.and enterthe status interface before the screen.

1.Attractive Design

Lithium battery has compact design,LCD screen,convenient setting buttons,bluetooth monitoring onyour smartphones,and cables&accessories ready for installation.

 

2.Wide Application

Lithium lon Battery Powerwall is widely used in Solar Systems for residential and commercial use.

And our battery is with more than 6000 times deep cycle, up to 80% DOD.

 

3.Integrated Function

Powerwall can be installed in parallel with a combiner box for protection, with its integrated BMS communication protocol to comprehensive hybrid and off-grid inverters!

Support max. 16pcs in parallel increase capacity up to 80kWh;

Working principle for Residential LiFeP04 Battery Energy Storage System: Connect battery packin parallel to the DC output end of the inverter of the energy storage device.

When the mainspower supply is normal, the inverter module works normally to supply power to the equipment(the load in the figure) and charge the battery pack; when the utility power and photovoltaicpower are cut off, the battery pack provides uninterrupted power supply to the inverter toensure the normal operation of household electricity;

When power is turned on again, thebattery pack is charged while power is restored to the household loads.

Control Panel

1.LCD Display Screen

2.Positive Terminal

3.Negative Terminal

4.RST Button

5.RUN Lighting

6.ALM Lighting

7.ID Address

8.SOC Display Lighting

9.Dry Contact

10.RS485A

11. CAN

12. RS232

13. RS485B

14.Switch

15.Metal Handle

16.Ground Wire

17.Function Buttons

Optional Customization Type

Optional Color LCD Screen & Bluetooth,WlFl

Compatible with most of the inverters

Higher energy density and efficiency

Support wall mounted

Supports 16 parallel connections

Built-in BMS

Maximum Performance Stability

We have taken several measures to ensure maximum performance stability. Our strict quality control procedures include 10 rounds of testing, guaranteeing consistent and reliable battery performance. In addition, our optimized battery management system (BMS) monitors and regulates the charging and discharging process, improving efficiency and stability. We utilize high-quality lithium iron phosphate materials from top manufacturers, with a service life of up to 6500 cycles.

Built-in BMS function

1.Overcharge detection function -Overcurrent detection function 
2.Temperature detection function 
3.Communication function RS485, CAN bus 
4.Overdischarge detection function 
5.Short detection function 
6.Balance function 
7.Alarm function

Overview of Main Components

Wooden Packing

Upper computer software operation

Modifying Battery Parameters and Selecting Inverter Protocol via RS232 Upper Computer.

Tools
1.Computer
2.USB to RS232 Cable
3.Monitoring Software

Support Inverter Matching