Introduction of lithium-ion iron phosphate battery pack, why choose lithium-ion iron phosphate battery pack? In battery technology, lithium-ion batteries are the direction of development, the most applied lithium-ion batteries are lithium-ion iron phosphate battery pack. So what are the advantages of lithium-ion iron phosphate battery pack performance? Why most customers and new energy vehicle companies are choosing lithium-ion battery pack?
Lithium-ion iron phosphate battery pack introduction
Lithium-ion iron phosphate battery packs are designed for high reliability, long life and durability and other needs. These battery products can be used in different levels of systems, from a single cell to a battery module consisting of multiple cells, to a complete battery box consisting of sensors and switches, software, communication interfaces and battery management systems.
Lithium iron phosphate ion battery pack as energy storage batteries, with high reliability, long cycle life and durability and other significant features, has been widely used in communications power supply, power DC power supply, UPS power supply, EPS power supply and other backup energy storage power.
Good lithium iron phosphate ion battery pack should be the higher the charge/discharge multiplier, the more charge/discharge cycles the better, the smaller the internal resistance the better, the battery consistency using the same materials, the same process of production of batteries in the capacity, internal resistance, charge/discharge curve the higher the consistency the better. In recent years. With the continuous progress of technology, people gradually pay attention to environmental protection, the traditional lead-acid batteries have gradually faded out of sight, lithium-ion battery pack will become a better choice for people.
At present, the domestic mainstream new energy manufacturers are basically using lithium-iron phosphate batteries. In the lithium-iron phosphate battery pack, the battery management system (BMS) is the core of the battery pack, which determines whether the composition and function of the lithium-ion battery pack can be coordinated, directly related to whether the battery pack can safely and reliably supply power output for electric vehicles.
Why choose lithium-ion iron phosphate battery pack?
The development of new energy vehicles power lithium battery has been the direction of controversy: lithium manganate, lithium ternary, lithium iron phosphate ion battery pack battle, but most companies doing new energy vehicles will choose lithium iron phosphate ion battery pack. Lithium iron phosphate power lithium battery, cycle life of more than 2000 times, the standard charge (5 hours rate) use, can reach 2000 times, in different environments, there will be different discharge rates, and the minimum discharge rate can reach 0.5c, the maximum discharge rate can reach 10C.
Applications for Li-ion energy storage range from small portable personal storage, such as auxiliary backup power for cell phones, to mid-size home storage for buffering green energy emerging from wind turbines or solar panels, to large corporate or public level storage in a variety of settings. Supply a full range of lithium iron phosphate battery pack products for all of these applications, all will supply design and technical support to customers throughout the system integration process.
Specifically, lithium iron phosphate battery pack battery energy density, high charge and discharge efficiency, multiplier discharge case charge and discharge efficiency of up to 90% or more; cycle life of more than 2000 times, the standard charge (5 hours rate) use, can reach 2000 times, the performance price ratio of more than 4 times the ordinary battery; good safety, more stable performance.
Lithium iron phosphate battery pack has a large capacity, the use of special chargers, 1.5C charging 40 minutes that can make the battery full, no memory effect, and green, non-toxic, non-polluting. Lithium-ion iron phosphate battery, can ensure that the combined energy density of 100-120WH/KG, coupled with its best safety and predictable economy, we can believe that lithium-ion iron phosphate battery pack, will be the best choice for the development of new energy vehicles power lithium batteries and home energy storage.
