Sunway 51.2V 55Ah 2.8Kwh Removable Lithium Battery

Sunway 51.2V 55Ah 2.8Kwh Removable Lithium Battery

Category Removable Lithium Battery

High Quality Lithium Battery 51.2V 55Ah 2.8Kwh lon Batteries Pack Stacked Energy Storage Battery for solar system

Model Number:	SWB51.2V-55Ah
Capacity：	2.8-14KWH
Battery Rated Voltage:	51.2-256V
Dimensions（mm）:	227x280x486
Weight（kg）:	30-158

A battery typically consists of two electrodes, namely, anode and cathode. Cathode forms the positive terminal of the battery and anode is dedicated as the negative terminal.

The cathode of a lithium-ion battery is mainly composed of a lithium compound, while the prime element of the anode is graphite. When the battery is plugged in with an electric supply, the lithium ions tend to move from the cathode to the anode, i.e., from the positive electrode to the negative electrode. This is known as charging the battery.
During the discharge phase of the battery, the movement of the lithium ions gets reversed from anode to cathode, i.e., from negative electrode to positive electrode, and the electrical energy gets transmitted to the attached load.

ltem	Specifications
ltem	1UNIT	2UNIT	4UNIT	5UNIT
Battery Type	LiFePO4
Typical Capacity (Ah)	55Ah
Typical Voltage (V)	51.2V	102.4V	204.8v	256V
Connection	1P16S	1P32S	1P64S	1P80S
Voltage Working Range (V)	48-57.6V	86.4V-113.6V	172.8V-227.2V	216V-284V
Working Temperature(°℃)	Charge:0℃~+55°C, Discharge:-20℃~+60℃
Storage Temperature(℃)	-20℃~+35℃
Nominal Capacity (kWh)	2.80kWh	5.632kWh	11.264kWh	14.08kWh
Max. Charge Current(A)	35A
Max. Discharge Current(A)	35A
Cycle Life	>6000
SOC Accuracy	<8%
Weight(kg)	30.3	75kg	130kg	158kg
Dimensions(mm)	227x280x486mm	220x480x660mm	220x480x1100mm	220x480x1320mm
IP Grade	IP54
Transportation SOC	30%
Cooling	Nature

All In One Lithium Battery
Home Power Storage Brick Battery uses the latest HVLL( High Voltage Less Loss) technology to efficiently utilize the electricity stored in lithium batteries by reducing normal consumption in power transmission. The higher voltage, the lower current and the less losses of the internal resistance, so the battery generates less heat at high power than at low power.

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