AGV Battery - Hawk Lithium Battery EV24-30/24V30AH-AGVSafe Hawk AGV Safe EV series power battery pack is an internationally advanced LiFePO4 power battery system. With high energy density, ultra long cycle life, excellent charging and discharging performance, and good temperature performance, it is a new generation of green power energy with high safety and reliability.

The EV series power battery pack is not a traditional type of battery. In the traditional sense, a battery requires control and protection of the discharge process by the load end equipment during discharge; Charging requires the charger to control and protect the battery charging process. The EV series power battery pack has integrated a battery management system (BMS/PCU) into the battery pack, enabling the battery pack to have self-control and protection functions. Therefore, in fact, the EV series power battery pack is a power battery power system with complete self-control and protection functions.

application area 

Electric vehicles, electric road vehicles, and other pure electric vehicles

Special electric vehicles such as field patrol vehicles, golf carts, and sightseeing vehicles

● Electric buses

AGV Battery - Hawk Lithium Battery EV24-30/24V30AH-AGVSafe Technical Features of Hawk Lithium Iron Phosphate Battery Pack

● Safe and reliable: Conduct overcharging, over discharging, high temperature, short circuit, and overheating tests on the battery; Needling, squeezing, heavy object impact, mechanical impact, vibration

Lighter, smaller, and stronger: Compared with lead-acid batteries of the same voltage and capacity, the lithium iron phosphate battery pack system is half lighter in weight, one-third smaller in volume, and has a maximum discharge current of more than three times higher.

Long service life: The cycle life of the battery pack exceeds 2000 times @ 100% DOD, and the battery capacity still reaches 80%. The service life is about four times that of lead-acid batteries.

● No memory effect: The memory effect refers to the phenomenon where a battery does not undergo 100% deep discharge and complete charging each time it is used, leaving a capacity memory trace. The capacity that the battery can release gradually decreases until it cannot discharge. This defect is clearly reflected in the use of nickel cadmium batteries. Lithium iron phosphate batteries do not have this defect, so they are suitable for frequent charging with high current deep cycling and shallow discharge.