Technical advantages of communication energy storage lithium battery products
Update:9/27/2022 2:49:14 PM View : 2125
Lithium battery products for communication energy storage have technical advantages. With the construction of 5G infrastructure, the demand for lithium batteries for communications continues to rise. The 48V lithium iron phosphate battery backup power supply for communication is one of the mainstream development directions of the communication base station energy storage battery. The battery has the characteristics of high energy density, long life, wide operating temperature range, safety and reliability, and can meet the requirements of 5G communication base station backup battery.
The communication base stations will have an AC power outage, so they will be equipped with backup batteries for emergency situations. The PLB 48V28.8AH communication energy storage lithium battery is designed for various industrial applications. Lithium iron phosphate battery for energy storage has become a new generation of green energy with excellent safety performance, high energy density, long cycle life, good temperature performance and reliability.
Advantages of 48V28.8AH communication lithium battery:
1. 48V28.8AH communication lithium battery standard maintenance free design meets the requirements of 19 inch communication cabinet installation;
2. The lithium battery system for communication has achieved mass production and is widely used in the new backup power supply system in the communication field.
3. The volume specific energy and weight specific energy of the battery are high, and the cabinet is embedded and installed. During installation, there are no special requirements for space and bearing capacity, which greatly reduces the rental cost of the site;
4. Long cycle life, long replacement cycle, and the cycle life of lithium iron single battery is more than 3000 times;
5. The iron lithium single battery adopts a fully sealed structure, which can be placed at will without harmful gas emission, safe and pollution-free, and is a green environmental protection product;
6. Lithium iron battery has excellent rate discharge performance, and low capacity lithium iron battery system can be used to meet the requirements of large current discharge;
7. Flexible configuration: multiple lithium iron battery modules are used in parallel, making it possible to put the high-capacity communication lithium battery system into practical application, which not only improves the output power of the system, but also extends the backup time of the system;
8. Strong environmental adaptability, wide working temperature range, and long-term stable operation at - 10 ℃~+70 ℃;
9. The 48V28.8Ah lithium battery used in the communication base station provides overcharge, overdischarge, overcurrent, overheating and short circuit protection. The built-in BMS has various protection and communication functions, and has system operation status and fault alarm display.
FuGaddi has become a manufacturer of customized lithium battery solutions and products. The design scheme is widely used in military, medical, industrial, electric power, energy storage, communication, security, transportation, logistics, backup power and other fields. The lithium battery UPS product solution can be customized according to the customer's personalized and diversified needs.
We expect that in the future, lithium iron phosphate battery will become the main power supply configuration of various communication main equipment and auxiliary equipment. Due to the large number of communication base stations, the future prospects of communication lithium batteries are broad.
Advantages of 48V28.8AH communication lithium battery:
1. 48V28.8AH communication lithium battery standard maintenance free design meets the requirements of 19 inch communication cabinet installation;
2. The lithium battery system for communication has achieved mass production and is widely used in the new backup power supply system in the communication field.
3. The volume specific energy and weight specific energy of the battery are high, and the cabinet is embedded and installed. During installation, there are no special requirements for space and bearing capacity, which greatly reduces the rental cost of the site;
4. Long cycle life, long replacement cycle, and the cycle life of lithium iron single battery is more than 3000 times;
5. The iron lithium single battery adopts a fully sealed structure, which can be placed at will without harmful gas emission, safe and pollution-free, and is a green environmental protection product;
6. Lithium iron battery has excellent rate discharge performance, and low capacity lithium iron battery system can be used to meet the requirements of large current discharge;
7. Flexible configuration: multiple lithium iron battery modules are used in parallel, making it possible to put the high-capacity communication lithium battery system into practical application, which not only improves the output power of the system, but also extends the backup time of the system;
8. Strong environmental adaptability, wide working temperature range, and long-term stable operation at - 10 ℃~+70 ℃;
9. The 48V28.8Ah lithium battery used in the communication base station provides overcharge, overdischarge, overcurrent, overheating and short circuit protection. The built-in BMS has various protection and communication functions, and has system operation status and fault alarm display.
FuGaddi has become a manufacturer of customized lithium battery solutions and products. The design scheme is widely used in military, medical, industrial, electric power, energy storage, communication, security, transportation, logistics, backup power and other fields. The lithium battery UPS product solution can be customized according to the customer's personalized and diversified needs.
We expect that in the future, lithium iron phosphate battery will become the main power supply configuration of various communication main equipment and auxiliary equipment. Due to the large number of communication base stations, the future prospects of communication lithium batteries are broad.