The 51.2V voltage rating of this battery pack makes it compatible with a wide range of devices and systems, while the 200Ah capacity ensures that it can provide power for an extended period of time. Whether you are using this battery pack to power a small appliance or a large industrial machine, you can be confident that it will deliver reliable, consistent performance.

In addition to its impressive performance, this battery pack is also designed with safety in mind. The LiFePO4 cells used in its construction are known for their excellent stability and resistance to thermal runaway, which minimizes the risk of fire or explosion. Additionally, the battery pack is equipped with multiple layers of protection to ensure that it remains safe and reliable throughout its lifetime.

Overall, the 10kWh 51.2V 200Ah LiFePO4 Lithium Powerwall Battery Pack is an excellent choice for anyone looking for a high-capacity energy storage solution. With its impressive performance, long cycle life, and excellent safety features, this battery pack is sure to provide reliable power for years to come.

 

VERY LONG LIFE

Our LifePo4 Batteries can last
more than 15 years under a
usage of 100% depth of discharge

 

PRICE QUALITY GUARANTEE

We have ten years of R S D andexport experience and the batterydesign and manufacturing can
stand the test of time

 

BATTERY MANAGEMENT SYSTEM

Built in battery management system
(BMS) protects the battery from
over-voltage, under-voltage and
short circuit situations

 

OEM S ODM CUSTOMIZATION

We have a 6000MM factory and the
most refined R&D and production
team to support the customization
of all products

Specifications

The EGbatt low-voltage battery systems 10 kWh Powerwall boast a modular design, making it easy for capacity expansion. These systems have user-friendly design and are equipped with LiFePO4 battery cells, which are well-known for their high safety and reliability. They offer strong power for household appliances with their high efficiency and excellent performance. In addition, these systems come with intelligent remote O&M, providing a convenient energy storage solution for homeowners.

 

MODEL	LFP 10KWH
Total Energy	10kWh
Usable Energy(d.c)	9.2kWh
Nominal Charge/Discharage Power	4.6kW
Peak Power(Only discharge)	10kW for 3 seconds
Constant Current(Only discharge)	100A
Voltage	48-56Vd.c
Norminal Voltage	51.2Vd.c
Norminal Current	100A
Max.Charge Voltage	59.2V±0.5V d.c
Recommended DOD(Cycle Life)	90%(>6000)
Operating Condition	Indoor / Outdoor
Operating temperature (charge)	From 0~45℃
Operating temperature (Discharge)	From -10~55℃
Dimension(mm)	585(645)*940(995)*205(225)
Weight	125kg
Humidity	4~100%(No condensed water)
Over Voltage Category	Ⅱ
Cooling Type	Natural Cooling
Case Material	Metal
Installation	Wall mounting
IP rating	IP65
Protective Class	Ⅰ
Max.Number of Parallel or Series	16
Warranty	10 years
Communication	CAN RS485
Protection Mode	Triple hardware protection
Battery Protection	Over-current/Over-voltage/Short circut/Under-voltage/Over temperature

Match All 48Vdc Hybrid Inverter

Some popular inverter brands that are known to work well with LiFePO4 powerwalls include: SolarEdge,SMA,Fronius,Victron,Outback Power,GoodWe,ABB,Huawei,Delta,Enphase,Schneider Electric,Sungrow,Solax,Growatt,Kstar and so on.

It is important for a Lithium battery and inverter to communicate with each other because it helps to optimize the performance and longevity of the battery and the inverter system as a whole. Here are some reasons why this communication is important:

1. Battery Management: Lithium batteries require specialized management to ensure their longevity and safe operation. The battery management system (BMS) in the battery communicates with the inverter to ensure that the battery is being charged and discharged within safe limits, and that its state of charge (SOC) and state of health (SOH) are maintained within optimal levels.

2. Optimization of Performance: The communication between the battery and the inverter can help to optimize the performance of the entire system. The inverter can use information from the battery to adjust its operation, such as adjusting the charge rate to match the battery's capacity and condition.

• Safety: Communication between the battery and inverter is critical for the safe operation of the system. If the battery and inverter are not communicating properly, it can lead to overcharging or undercharging of the battery, which can cause damage to the battery or even create a safety hazard.

• Fault Detection: Communication between the battery and inverter can help to detect faults or errors in the system. For example, if the battery is not responding to the commands from the inverter, it may indicate a problem with the battery or the communication link between the battery and inverter.

Overall, the communication between a Lithium battery and inverter is critical for the safe, efficient, and optimal operation of the entire system. It helps to maximize the performance and longevity of the battery and inverter, and it ensures that the system is operating within safe limits.

Advantages

The EGBATT Lithium Ion Powerwall series is extensively utilized in both residential and commercial Solar Systems. These Powerwalls boast over 6000 deep cycles, with the ability to discharge up to 90% of their capacity, and employ phosphate battery cells, which have gained worldwide recognition. Additionally, EGBATT's Powerwall design is protected by the EGBATT patent, and the company retains exclusive sales rights to their product.