2400WH Telecom Lithium Battery 25A Lithium Iron Battery

Product Description

Energy Storage Lithium Battery 48volt 50ah LiFePO4 Long Service Life

Description of Energy Storage Lithium Battery 48volt 50ah

The communication equipment required by telecom operators tends to be integrated, miniaturized and lightweight. That is, more service equipment can be installed in a limited space. Higher requirements are put forward for their use of temperature range, specific energy, and lifetime. In recent years, telecom operators and network equipment suppliers are gradually or have begun to seek and research new power backup solutions.

Product Features

• Product Name: Energy Storage Lithium Battery
• Energy Storage Lithium Battery cathode is made of lithium iron phosphate (LiFePO4) material, with good safety performance and long cycle life.
• Energy Storage Lithium Battery system adopts high-performance special BMS battery management module, which is equipped with voltage, current, temperature and other protection functions, and uses the system to communicate well with the host.
• Secondary power down function, with alarm information when the battery voltage is lower than the alarm value, and automatic power down when the voltage is too low to protect the battery.
• Good electromagnetic compatibility of the system.

Main Advantages

• Product Name: Energy Storage Lithium Battery
• Realized that Energy Storage Lithium Battery can work directly under the condition that the charging and discharging working mode of the original communication DC switching power supply system remains unchanged.
• To meet the new requirements of telecom operators for distributed power supply systems, CASI proposes a solution based on the integrated backup power supply of LiFePO4, BMS and DC switching power module (or UPS uninterruptible power supply system).

Application

• Mountain communication base station
• Communication base station energy storage
• Backup power
• Outdoor Microstation

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.