High Capacity 12V Prismatic Battery Pack Lifeo4 Rechargeable
Battery
| species |
Lithium Iron Phosphate |
Voltage | 32700-12V |
capacity | 100AH |
Batteries | IFR32700 3.2V 6Ah |
size | 260*157*255mm |
weight | 13KG |
Maximum charging current | 100A |
Maximum discharge current | 150A |
Display screen | No |
Communication support | Bluetooth |
Lithium battery protection board
The lithium battery protection board can play the role of charge
and discharge protection for the series and parallel battery packs,
and can detect the overvoltage, overcurrent, overtemperature,
undervoltage and short circuit states of each single battery in the
battery pack, prolong the service life of the battery, and avoid
damage to the battery due to overdischarge. Lithium battery
protection board is an indispensable part of lithium battery.
The lithium battery protection board also has a balanced protection
effect, and there are two ways: energy dissipation type and energy
conversion type. Energy-dissipating equalization refers to the use
of resistors to dissipate excess electrical energy from a certain
battery with high power or voltage in multiple strings.
Energy-dissipating equalization is divided into charging
equalization, voltage fixed-point balancing, and static automatic
balancing.
Equalization during charging: When charging, when the voltage of
any one battery is higher than all the average voltages, the
protection board activates equalization protection.
Voltage fixed-point equalization: The lithium battery protection
board is set at a voltage point to start balancing, which is only
carried out at the end of the battery charging, and the balancing
time is short.
Static automatic balancing: In the process of charging or
discharging, even if the battery is in a static state, when the
voltage is inconsistent, the lithium battery protection board will
start the balancing protection until the voltage is consistent.
The energy conversion type is to transfer the large-capacity
battery to the small-capacity battery in the form of energy
storage, and the capacity of the battery is detected for balancing,
which is divided into capacity time equalization and capacity
fixed-point balance.
