5kwh 10kwh 15kwh 20kwh Liion Lithium Battery Powerwall LiFePO4 UPS Modular Energy Storage System 10kw 48V 20kw Lithium Ion Battery 48volt Li-ion Ess

• Customization: Available
• Nominal Voltage: 48V
• Warranty: 10years
• Nominal Capacity: 102ah
• Cycle Life: 6000cycles
• Battery Type: LiFePO4 Battery
• Dimension(W*H*D)mm: 525*815*238mm
• Peakpower(Only Discharging): 12kw for 3 Seconds
• Peakcurrent(Only Discharging): 235A for 3 Seconds
• Cooling Type: Natural Cooling
• Life Span: >15 Years
• Application1: Solar System
• Application2: Solar Power Battery
• Application3: Solar Battery
• Application4: Storage Battery
• Application5: Battery Pack
• Application6: Rechargeable Battery
• Application7: Power Bank
• Type: Lithium-Ion Battery Pack
• Rechargeable: Chargeable
• Transport Package: Carton / Pallet
• Specification: 187kgs
• Trademark: EASYWAY
• Origin: China
• HS Code: 85076000
• Production Capacity: 3000PCS/Month
• Package Size: 695.00cm * 435.00cm * 245.00cm
• Package Gross Weight: 1.000kg

Product Description

            4.8KWH 9.6KWH 14.3KWH 19.6KWH Li Battery Pack LiFePO4 Modular Energy Storage System

 

System schematic diagram


Modular ESS Features

1. 10 Years Warranty
2. Modular design for ease of expansion
3. Higher usable capacity resulting in fewer battery modules installed
4. Allows for large installation with no LV Hub
5. The visual interface, real-time monitoring of product status
6. Only use A-grade battery cells from the 3 big battery cell companies: HIGEE, GREAT POWER, and CALB 
7. Remote software program update, fault diagnosis
8. Easy installation
9. High energy density

Modular Lithium Ion ESS Specification

Compatible Inverter brands that have been tested and are supported
SOLIS GROWATT DEYE MEGAREVO LUXPOWER VICTRON SOFAR Afore,.. Etc.

 48V Lithium Battery System

Brand	Protocol name	Communication
Pylontech	CAN-Bus-protocol-PYLON	CAN
Goodwe	Goodwe communication protocol	CAN
Solis	CAN communication protocol	CAN
SUNGROW	CAN-Bus-protocol-PYLON	CAN
CHNT Power	Chint+Power CAN bus protocol V1.0.0	CAN
SOFAR	Sofar BMS CAN bus protocol	CAN
Growatt	Growatt BMS CAN-Bus-protocol-low-voltage	CAN
Luxpower	Luxpowertek Battery CAN Protocol	CAN
Sol-Ark	Sol-Ark CAN Bus Protocol	CAN
TBB	TBB BMS CAN communication V1.02	CAN
Deye	CAN-Bus-protocol-PYLON-v1.3	CAN
Sunsynk	CAN-Bus-protocol-PYLON	CAN
LIVOLTEK	LIVOLTEK CANBUS Protocol of Low Voltage SystemV1.0	CAN
SOROCEC	2_CAN1.0	CAN
MEGAREVO	Megarevo _5K_BMS communication V1.01	CAN
Afore	Luxpowertek Battery CAN Protocol	CAN
Sacolar	Growatt BMS CAN-Bus-protocol-low-voltage	CAN
SRNE	PACE BMS Modbus Protocol for RS485	485
Deye	Deye RS485-protocol-pylon-low-voltage-12 9600	485
SMK	SMK GT 20220510.html	485
Victronic	Voltronic Inverter and BMS 485 communication protocol	485
EASUN	Voltronic Inverter and BMS 485 communication protocol	485
MPP Solar	Voltronic Inverter and BMS 485 communication protocol	485
EPEVER	EPEVER BMS-Link communication V1.4.pdf	485
Bentterson	RS485-protocol-pylon-low-voltage-communication	485

 

 High Voltage Lithium Battery system

Brand	Communication
Solis	CAN
Goodwe	CAN
SOLINTEG	CAN
Deye	CAN
SINY	CAN
KOYOE	CAN
Growatt	CAN
INVT	CAN
Sinexcel	CAN
GSSTES	CAN
KELONG	CAN
SINENG	485
Megarevo	CAN

As shown in the following figure, first place the battery unit on the base from top to bottom. Note that the power and communication in-line terminal fasteners are marked in red circles on the left, and the upper and lower positioning components are marked in red circles on the right. The in-line terminal fasteners and positioning components on the base are fully inserted into the positioning and positioning grooves at the bottom of the battery unit.
 

Figure 1 One battery unit is stacked

Figure 2 Four battery units are stacked

Figure 3 System diagram after four devices are stacked

Functions of LiFePO4 Battery Pack 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 Pack with BMS