The advantage of lithium iron phosphate ion battery -Lithium - Ion Battery Equipment
The advantage of lithium iron phosphate cells, the purpose of iron -lithium ion battery. The full name of lithium iron phosphate ion battery is lithium iron phosphate lithium ion battery. Because its performance is particularly suitable for power use, the word "power" is added to the name, namely lithium iron phosphate power lithium battery. Iron -lithium -ion battery capacity, high output voltage, good charging and discharge circulation performance, stable output voltage, and capable of large -current charging are currently the best large -current output power lithium battery.
The advantage of lithium iron phosphate ion battery
1. Lithium iron phosphate cells have a long life, and the cycle life is more than 2000 times. Under the same conditions, lithium iron phosphate cells can be used for 7 to 8 years.
2. Safe use. Lithium iron phosphate cells have undergone rigorous safety detection, and no explosion will occur even in traffic accidents.
3. Fast charging. Use a dedicated charger, 1.5C charging for 40 minutes to overflow the battery.
4. Lithium iron phosphate battery is high -temperature resistant, and the thermal wind value of lithium iron phosphate ion battery can reach 350 to 500 degrees Celsius.
5. The capacity of lithium iron phosphate cells is large.
6. Lithium iron phosphate cells have no memory effect.
7. Lithium iron phosphate cells are green and environmentally friendly, non -toxic, non -polluting, extensive sources of raw materials, cheap prices.
Lithium iron phosphate ion battery structure and working principle
Lithium iron phosphate ion batteries are used as the positive electrode of the battery, connected by aluminum foil with the battery positive electrode, and the middle is the diaphragm of the polymer. The battery negative electrode composed of graphite) is connected to the negative electrode of copper foil with the battery. Between the upper and lower end of the battery is the electrolyte of the battery, and the battery is encapsulated by the metal shell.(Lithium - Ion Battery Equipment)
When charging lithium iron phosphate, lithium ion Li in the positive pole migrates to the negative electrode through a polymer separate membrane; during the discharge process, the lithium ion Li in the negative electrode migrates to the positive electrode through the diaphragm. Lithium ion batteries are named after lithium ion move back and forth when charging. It should be explained here that there will be some differences in various performance parameters processing of lithium iron phosphate power batteries processed by different factories; in addition, there are some battery performances that have not been included, such as battery internal resistance, self -discharge rate, charge and discharge temperature, etc.
Lithium iron phosphate ion battery use
Lithium iron phosphate cells belong to the secondary battery of lithium ions. One important purpose is used as a power lithium battery. It has great advantages compared to NI-MH and NI-CD batteries. The power of lithium iron phosphate cells is relatively high, between 85%-90%. The lead -acid battery is about 80%.
Lithium iron phosphate cells have a safe and important use of electric vehicles. In recent years, the rapid development of electric vehicles has led to the development of lithium iron phosphate cells in power. As a source of power for electric vehicles, the quality of battery performance is not only related to the length of the vehicle's continued mileage, but also the safety and reliability of the product. It can be said that the development of power lithium batteries determines the future of pure electric vehicles.
If you use high -safety iron phosphate ion batteries for increasing electric vehicles, it will not only improve the safety of the vehicle, but also sufficient energy and power than energy, and longer service life. In addition, my country is rich in lithium resources and does not have the problems of cobalt and nickel resources. Therefore, my country should use lithium iron phosphate ion batteries as the focus of development so that it can effectively support the marketization of extension electric vehicles. It can effectively remove the five major anxiety of pure electric vehicles' mileage, safety, price, charging, and subsequent batteries.
my country has established a complete material processing chain, and the price is becoming more and more reasonable; the level of battery processing is continuously improved and the product performance is stable. The author believes that lithium iron phosphate cells should be the focus of the development of power lithium batteries, and continuous research and product performance should be encouraged.
The advantage of lithium iron phosphate ion battery
1. Lithium iron phosphate cells have a long life, and the cycle life is more than 2000 times. Under the same conditions, lithium iron phosphate cells can be used for 7 to 8 years.
2. Safe use. Lithium iron phosphate cells have undergone rigorous safety detection, and no explosion will occur even in traffic accidents.
3. Fast charging. Use a dedicated charger, 1.5C charging for 40 minutes to overflow the battery.
4. Lithium iron phosphate battery is high -temperature resistant, and the thermal wind value of lithium iron phosphate ion battery can reach 350 to 500 degrees Celsius.
5. The capacity of lithium iron phosphate cells is large.
6. Lithium iron phosphate cells have no memory effect.
7. Lithium iron phosphate cells are green and environmentally friendly, non -toxic, non -polluting, extensive sources of raw materials, cheap prices.
Lithium iron phosphate ion battery structure and working principle
Lithium iron phosphate ion batteries are used as the positive electrode of the battery, connected by aluminum foil with the battery positive electrode, and the middle is the diaphragm of the polymer. The battery negative electrode composed of graphite) is connected to the negative electrode of copper foil with the battery. Between the upper and lower end of the battery is the electrolyte of the battery, and the battery is encapsulated by the metal shell.(Lithium - Ion Battery Equipment)
When charging lithium iron phosphate, lithium ion Li in the positive pole migrates to the negative electrode through a polymer separate membrane; during the discharge process, the lithium ion Li in the negative electrode migrates to the positive electrode through the diaphragm. Lithium ion batteries are named after lithium ion move back and forth when charging. It should be explained here that there will be some differences in various performance parameters processing of lithium iron phosphate power batteries processed by different factories; in addition, there are some battery performances that have not been included, such as battery internal resistance, self -discharge rate, charge and discharge temperature, etc.
Lithium iron phosphate ion battery use
Lithium iron phosphate cells belong to the secondary battery of lithium ions. One important purpose is used as a power lithium battery. It has great advantages compared to NI-MH and NI-CD batteries. The power of lithium iron phosphate cells is relatively high, between 85%-90%. The lead -acid battery is about 80%.
Lithium iron phosphate cells have a safe and important use of electric vehicles. In recent years, the rapid development of electric vehicles has led to the development of lithium iron phosphate cells in power. As a source of power for electric vehicles, the quality of battery performance is not only related to the length of the vehicle's continued mileage, but also the safety and reliability of the product. It can be said that the development of power lithium batteries determines the future of pure electric vehicles.
If you use high -safety iron phosphate ion batteries for increasing electric vehicles, it will not only improve the safety of the vehicle, but also sufficient energy and power than energy, and longer service life. In addition, my country is rich in lithium resources and does not have the problems of cobalt and nickel resources. Therefore, my country should use lithium iron phosphate ion batteries as the focus of development so that it can effectively support the marketization of extension electric vehicles. It can effectively remove the five major anxiety of pure electric vehicles' mileage, safety, price, charging, and subsequent batteries.
my country has established a complete material processing chain, and the price is becoming more and more reasonable; the level of battery processing is continuously improved and the product performance is stable. The author believes that lithium iron phosphate cells should be the focus of the development of power lithium batteries, and continuous research and product performance should be encouraged.
