Power Energy Storage LiFePO4 48V 51.2V 10KWH System Residential Home Solar Battery

Quick Detail:

Selective lifepo4 cells:

IEC A grade Lifepo4 cells applied

Using lithium iron phosphate cell, low internal resistance, high rate, high safety, long life. High consistency of internal resistance, voltage and capacity of single cell.

Smart BMS System:

Smart BMS with function of single battery voltage detection, battery temperature NTC detection etc. Perfect BMS protection function and control system, over current, over voltage, insulation and other multiple protection design

Supports communication protocol such as CAN2.0 and RS485, which can be used in various scenarios.

Description:

LiFePO4 battery has a built-in BMS High temperature resistance can reach 75℃,The built-in high

temperature cut-off function prevents charging at temperatures above 75℃,Can prevent short circuit,

over charge, over discharge, over current.Operating temperature: Charge at 0℃-45℃;Discharge at -20℃-60℃.

LiFePO4 battery system is specially optimized for PV APPLICATION, mainly used for the energy store battery of Photovoltaic system; its advance intelligent lithium battery management technology to ensure the intelligent automatic management. With "Energy transfer" balanced patented technology, POWRISE lithium iron phosphate provide high efficiency balanced and prolong system operate life. Based on its own technical features as high capacity, high voltage and free of pollution, the lithium iron battery is widely concerned by people with a rapid development stance. It will be the first choice for the high requirement energy store battery solution.

Specifications:

Notices:
1. For outdoors, only to generate power. The efficiency of a solar panel is variable depending on
environmental conditions.

2. Avoid any shelter (such as buildings, plants, etc.) during use, otherwise, the charging speed will be
negatively affected.

3. After the device is successfully connected, it is recommended to move your electronic device into a
cool and ventilated place. If the electronic device is in a high-temperature environment for a long time,
power consumption will increase and may occur power failure.


Applications: