What is the BYD FC4680(46 Series Large Cylindrical Cell) battery？ 

FC4680  is one of the typical models of Ferdi battery developed by BYD , its current basic parameters are: nominal voltage 3.2V, nominal capacity 15AH,  weight 335g. From August 2023 to April 2024, the use of technological innovation, several updates of cell size, capacity standards, update cycle standards and other important parameters, into the ranks of advanced battery technology products.

The innovation benefits of the BYD FC4680 battery:

The use of all-pole structure design, through advanced manufacturing technology, comprehensive testing, standardized control to build, so that the FC4680 has the following characteristics and advantages:

High safety: lithium iron phosphate comes with safety, good cycling characteristics;

Low heat production: the all-pole ear structure has low internal resistance, less heat, and does not require complex cooling systems;

Low cost: low material cost, high capacity of single cell, less parallel, effectively reducing pack cost;

Structural stability: metal shell, seismic, impact resistance, phase type, soft pack battery without thickness expansion problem;

High production efficiency: conducive to large-scale production, low manufacturing costs.

Applications of BYD FC4680 battery:

With the development and progress of technology, as well as the growth of market demand, the FC4680/46120 battery will play an increasingly important role in the future energy transition and electrification process, in addition to electric vehicles and energy storage systems, but also including aerospace, industrial applications and consumer electronics.

Large energy storage system:The high energy density and long cycle life of the FC4680/46120 battery makes it an excellent choice among large-scale storage systems, capable of storing energy generated by solar photovoltaic panels and wind turbines and releasing power to the grid when needed.

Industrial applications: In industrial production, the FC4680 battery can be used in electric motors and robots to provide a durable energy supply and efficient power output. The high power output capability features great advantages in applications requiring fast start-up and high power operation.

Consumer electronics applications: It can be applied to computers, lighting fixtures, power tools, portable mobile energy and other fields, providing longer use time and faster charging speed.

In the field of new energy vehicles: The high energy density and optimized power output capabilities of the FC4680 can significantly improve the range and acceleration performance of electric vehicles, while enhancing safety performance.