Energy Storage Lithium Battery 48volt 50ah 2400WH 10 Years+ Design Life

Lithium Battery 48volt 50ah 2400WH Description

CASI energy storage lithium battery in the communications industry is usually used as a backup power supply and uninterruptible power supply (UPS), environmentally friendly, does not contain heavy metals, safe to use; lithium iron phosphate (LiFePO4) as the cathode material, long cycle life, low self-discharge rate; light weight, small size; fast charging characteristics, 1C fast charge, 1 hour can be fully charged 95% of the rated capacity.

Product Features

• Product Name: Energy Storage Lithium Battery
• Wide operating temperature range and high reliability
• Long life span, over 6000 cycles at 80% DOD depth of discharge
• Compact Size and Light Weight
• 10+ years technical support

Main Advantages

• Product Name: Energy Storage Lithium Battery
• Lithium iron single cell battery with fully sealed structure, the battery can be placed at will, no harmful gas emissions, safe and pollution-free, a green product.
• Lithium iron battery has superior multiplier discharge performance, can use lower capacity lithium iron battery system to meet the use of high current discharge occasions.

• Flexible configuration: multiple LiFePO4 modules are used in parallel, which makes it possible to enter the practical application of large-capacity communication Li-ion battery system, that is, to improve the output power of the system and extend the backup time of the system.

Application

• Home Energy Storage
• Industrial Energy Storage
• Wind power system
• Outdoor Macro Stations

Production Process

• Li-ion battery cell sorting cabinet: all incoming cells are subjected to secondary sorting to ensure the full capacity of the battery.
• Sorting pairing: each cell is sorted to ensure the consistency of the voltage and internal resistance of the cells in the same battery pack, which effectively improves the stability of the battery.
• Automatic spot welding: Use automatic spot welding machine to spot weld the positive and negative electrodes of the battery pack, which is efficient and stable without desoldering.
• Welding BMS: Welding and installing BMS for each battery pack, which can protect the overcharge, overdischarge, overcurrent and overvoltage.
• Finished product testing: The finished battery finally needs to go through a number of tests to confirm that the performance is stable and meets the standards before it is packaged and shipped.