16S 5A Balance Li-ion Lifepo4 LTO Lithium Battery Active Equalizer
Balancer Board Capacitor 48V 60V 16S
Notice:
This balancer supports 12-16s batteries
This is an equalizer, it could balance the voltage difference
between battery series to make the batteries more durable, and the
battery life would be longer,
It's not BMS, so it does not have the over-voltage, over-current
and over discharge protection, but it can work with BMS together,
It's suitable for Li-ion and LiFePo4 batteries, could be used with
any capacity of batteries,
Due to the balance current is fixed, so the balance time for large
capacity of battery is slow, and for small capacity battery is fast
Suitable battery types:Li ion/LiFePO4/LTO
Single cell voltage range: Li ion / LiFePO4 version:2.7-4.2V
LTO version:1.8-4.2V
Voltage equilization accuracy: 5mV(Typical value)
Equalization method: The patented balance architecture fit
capacitor mode, the entire battery group at the same time to
participate in the active balance of energy transfer
Balancing current: Voltage difference is 0.08V, balance current is
1A, the voltage difference is directly proportional to the balance
current, the maximum allowable working current is 6.0A
Sleep voltage for undervoltage protection: Li ion / LiFePO4:
below2.7V
LTO:below1.8V
Working temperature: -10°～60°
Whether an external power supply is required: No external power
supply is needed, and the whole group is balanced by internal
energy transfer of the battery
Specification
Working conditions | Lithium titanate special equalization plate parameters |
Balanced starting voltage | 2.0V-2.8V |
Balance termination voltage | 1.9V ( into undervoltage sleep state ) |
Balance accuracy | 5mv |
Sleeping current | ≤1mA |
Maximum balance current | The whole group error is 0.1V 1A / 0.5V 3.5A/ 1.0V 5.5A ( 18awg
30cm cable test) |
5S-LTO quiescent current | Full power state ( 2.8v*5cell) 14V 12mA |
6S-LTO quiescent current | Full power state ( 2 8v*6cell ) 16.8V 15mA |
7S-LTO quiescent current | Full power state ( 2 8v*7cell ) 19.6V 12mA |
8S-LTO quiescent current | Full power state ( 2 8v*8cell ) 22.4V 12mA |
Whether external power supply is required | No external power supply is required. and the whole group is
balanced by the internal energy transfer of the battery. |
Working environment temperature | 0-60°C |
Working conditions | Ternary lithium/ LEP lithium iron phosphate parameters |
Balanced starting voltage | 3.0V-4.2V |
Balance termination voltage | 2.9V ( into undervoltage sleep state ) |
Balance accuracy | ≤5mv |
Sleeping current | ≤1mA |
Maximum balance current | The whole group error is 0.1V 1A / 0.5V 3.5A/ 1.0V 5.5A ( 18awg
30cm cable test) |
3S quiescent current | Full power state ( 4.2v*3cell) 12.6V 12mA |
4S quiescent current | Full power state ( 4.2v*4cell ) 16.5V 15mA |
7S quiescent current | Full power state ( 4.2v*7cell ) 29.4V 15mA |
8S quiescent current | Full power state ( 4.2v*8cell ) 33.6V 11mA |
15S/16S/17S on same board quiescent current | Full power state ( 4.2v*17cell ) 71.4V 10mA |
Whether external power supply is required | No external power supply is required. and the whole group is
balanced by the internal energy transfer of the battery. |
Working environment temperature | 0-60°C |
Technical parameters
Operating voltage 1.8V-4.5V, suitable for li-ion, LiFePo4, lithium
titanate.
Working principle: the balanced work will be started when the
balanced board is connected to the battery. The original ultra-low
internal resistance MOS and 2OZ copper thick PCB are adopted, And
the balanced current is 0-5.5a, the more balanced battery, the
smaller balanced current.
The static current is around 12 mA. It is recommended that the
battery capacity should be in the range of 60-300AH!
With undervoltage dormancy protection, if the voltage is less than
1.8V, it will automatically stop into the dormancy state, standby
power consumption is less than 0.1 mA.
Connection definition:
BC- Connect the first string of positive pole of the battery pack
BC2 Connect the second string of positive pole of the battery pack
BC3 Connect the 3rd string of positive pole of
the battery pack.
BC4 Connect the 4th string of positive pole of
the battery pack.
BC5 Connect the 5th string of positive pole of
the battery pack.
BC6 Connect the 6th string of positive pole of
the battery pack.
BC7 Connect the 7th string of positive pole of
the battery pack.
BC8 Connect the 8th string of positive pole of
the battery pack.
BC8 Connect the 8th string of positive pole of
the battery pack.
BC9 Connect the 9th string of positive pole of
the battery pack.
BC10 Connect the 10th string of positive pole of
the battery pack.
BC12 Connect the 12th string of positive pole of
the battery pack.
BC13 Connect the 13th string of positive pole of
the battery pack.
BC14 Connect the 14th string of positive pole of
the battery pack.
BC15 Connect the 15th string of positive pole of
the battery pack.
BC16 Connect the 16th string of positive pole of
the battery pack.
the total positive pole of the battery pack
Li-ion/Lifepo4 /Lipo version
Balance start voltage: 3.0V-4.2V
Balance termination voltage: 2.9V (into undervoltage sleep state)
Maximum Balance current: The whole group error is 0.1V1A; 0.5V3.5A;
1.0V5.5A (18awg 30CM cable test)
3S quiescent current Full state: (4.2v*3cell) 12.6V 12mA
4S quiescent current Full state: (4.2v*4cell) 16.5V 15mA
7S quiescent current Full power state: (4.2v*7cell) 29.4V 15mA
8S quiescent current Full power state: (4.2v*7cell) 33.6V 14mA
Whether external power supply is required: no external power supply
is required, and the internal energy transfer of the battery is
used to transfer and the entire set batteries pack in balance .
Working environment temperature: 0-60 degrees
LTO version
Balance start voltage: 2.0V-2.8V
Balance termination voltage: 1.9V (into undervoltage sleep state)
Maximum Balance current: The whole group error is 0.1V1A; 0.5V3.5A;
1.0V5.5A (18awg 30CM cable test)
5S LTO quiescent current Full state: 2.8v*5cell) 14V 12mA
6S LTO quiescent current Full state: 2.8v*6cell) 16.8V 15mA
Whether external power supply is required: no external power supply
is required, and the internal energy transfer of the battery is
used to transfer and the entire set batteries pack in balance .
Working environment temperature: 0-60 degrees
