SUNKKO 5A/8A Ternary Iron Lithium Battery 4-24 Series Active Balance Board Pressure Difference Balance Capacity Repair Protection Restorer Transformer Inverter Active Equalization Module

SUNKKO 5A/8A Ternary Iron Lithium Battery 4-24 Series Active Balance Board Pressure Difference Balance Capacity Repair Protection Restorer Transformer Inverter Active Equalization Module
Features and advantages:
1. Nano amorphous isolated fully symmetrical transformer ensures the minimum voltage difference:
2. American ultra-low internal resistance MOS devices constitute an ultra-low dynamic impedance inverter circuit. Achieve high power balance;
3. The control and management of intelligent MCU chip realize automatic self balancing;
4. Automatically detect the minimum voltage of the battery, stop working when the battery energy is low, and protect the battery from power loss;
5. Overcurrent fuse resistance at each series input end to ensure safety;
6. With automatic / manual trigger dual mode;
7. Manual forced equalization timing off function, easy to use.
8. Miniature circuit breaker device for over temperature and over-current protection, control the instantaneous abnormal excessive current, disconnect at over temperature, protect the normal and continuous balance of the battery pack.
Specification:
Product name:Transformer inverter active equalization module
Product model:BALANCE-513/524/824 (Optional)
Applicable battery type:lithium ternary / lithium iron phosphate
Applicable number of battery strings:513:4 ~ 13 strings; 524:4 ~ 24 strings
Best balance effect:0.01 ~ 0.02V
Recommended equalizing battery voltage:above 3.2V
Equalizing current:513/524:0 ~ 5A ;824:0~8A
Forced equalization timing:60 minutes
Interface:3.81
Low voltage automatic shutdown:2.7V
Equalization mode:parallel energy transfer mode
Power consumption of standby load < 5ma12v (power supply of the fourth string)
Power consumption in battery balance state after startup:80mA (voltage difference = 10mV)
Auto start trigger voltage:+70mv
Automatic startup and shutdown voltage:+20mv

Package includes:
Option 1:
4-13 strings (5A)
Option 2:
4-24 strings (5A)
Option 3:
4-24 strings (8A)
Option 4:
4 strings (5A with shell)
Option 5:
4-13 strings (5A with shell)
Option 6:
4-24 strings (5A with shell)
Option 7:
4-24 strings (8A with shell)
Option 8:
4 strings of 5A active equalization board
Explanation on equalization current and time:
1. The standard equalizing current of the equalizing module and equalizer is the maximum current that can be output or absorbed by the product design, and it is also the maximum current value allowed to flow through the chip on this product.
2. When the equalizer is actually used to equalize the battery pack, the equalizing current is affected by the following factors:
2.1. Internal resistance of battery pack;
2.2. Connect the cable resistance;
2.3. Connector contact resistance;
2.4. Voltage difference between battery cells (unbalanced situation)
A:The smaller the internal resistance of the battery pack, the greater the equalizing current
B:The smaller the resistance of the connecting line and the connector, the greater the equalizing current
C:The greater the battery voltage difference, the greater the equalizing current
3. Measurement method of balanced current:
Since the equalizing current is affected by the loop resistance, when the ammeter is connected, the loop resistance will increase and the equalizing current will decrease. Therefore, it is not recommended to use the connected ammeter. In addition, disconnecting the equalizing circuit during normal equalizing operation will cause damage to the equalizer. Therefore, test Current can only be carried out with a DC clamp ammeter.
4. Equilibrium time problem:
A:Under the condition of the same internal resistance of the battery, it can work in balance with the maximum current, and the time is shorter.
B:The equalization time of a large-capacity battery pack will be longer.
C:The smaller the equilibrium pressure difference, the longer the time.
D:When the equalization work is in the final stage, the voltage difference is very small and the current is very small, so the period of time is also long.
E:When the active continuous online equalization is used, the equalization state is ideal, and the battery voltage difference can also be controlled between 30MV-80MV. This method does not need to pay attention to the time.

Additional information