Features
1: Wide range of applications
2: Compact size
3: Easy to use and understand
4: Cost-effective, high-efficiency energy transfer balance
5: Multi-attributes available
2: Compact size
3: Easy to use and understand
4: Cost-effective, high-efficiency energy transfer balance
5: Multi-attributes available
Li-ion active equalization energy transfer board Li-ion active equalizer High efficiency energy transfer equalization
Inductive energy transfer equalisation board, high current 1.2A energy transfer battery voltage balancer, significantly balances the battery voltage and improves the overall efficiency of the battery pack!
Inductive energy transfer equalisation board, high current 1.2A energy transfer battery voltage balancer, significantly balances the battery voltage and improves the overall efficiency of the battery pack!
Equalisation indication.
When the equalisation light is on, equalisation is on
When the equalisation light is off, the equalisation circuit is dormant
The equalisation light flashes, the string is dropped, or the circuit is faulty
When the equalisation light is on, equalisation is on
When the equalisation light is off, the equalisation circuit is dormant
The equalisation light flashes, the string is dropped, or the circuit is faulty
Equalisation principle.
The module is adjacent to the differential voltage equalization, adjacent to the battery voltage difference reaches 0.1V or more chip internal trigger equalization work, until the adjacent battery voltage difference in 0.03V or less to stop working, used in the battery pack above the existence of adjacent differential voltage trigger equalization work, the battery pack voltage error will also be pulled back to a more ideal value, reduce battery maintenance costs
The module is adjacent to the differential voltage equalization, adjacent to the battery voltage difference reaches 0.1V or more chip internal trigger equalization work, until the adjacent battery voltage difference in 0.03V or less to stop working, used in the battery pack above the existence of adjacent differential voltage trigger equalization work, the battery pack voltage error will also be pulled back to a more ideal value, reduce battery maintenance costs
Technical parameters.
Working voltage 2.0V-4.5V, ternary LiFePO4 batteries are common, LTO LiTiO3 batteries are not applicable.
Equalisation current.
Adjacent voltage difference of 0.1V or more (current around 0.5-0.7A).
Adjacent voltage difference of 0.2V or more (up to a maximum equalisation current of 1.2A).
The smaller the pressure difference, the smaller the equalisation current.
Working voltage 2.0V-4.5V, ternary LiFePO4 batteries are common, LTO LiTiO3 batteries are not applicable.
Equalisation current.
Adjacent voltage difference of 0.1V or more (current around 0.5-0.7A).
Adjacent voltage difference of 0.2V or more (up to a maximum equalisation current of 1.2A).
The smaller the pressure difference, the smaller the equalisation current.
Wiring definition.
B-, total negative terminal of the battery pack (negative terminal of the first battery)
B1, positive terminal of the first battery
B2, positive terminal of the second battery
and so on.
B-, total negative terminal of the battery pack (negative terminal of the first battery)
B1, positive terminal of the first battery
B2, positive terminal of the second battery
and so on.
List
1 * Equalisation board module with wires (2S-16S optional)
1 * Equalisation board module with wires (2S-16S optional)
Features
1: Wide range of applications
2: Compact size
3: Easy to use and understand
4: Cost-effective, high-efficiency energy transfer balance
5: Multi-attributes available
2: Compact size
3: Easy to use and understand
4: Cost-effective, high-efficiency energy transfer balance
5: Multi-attributes available
Li-ion active equalization energy transfer board Li-ion active equalizer High efficiency energy transfer equalization
Inductive energy transfer equalisation board, high current 1.2A energy transfer battery voltage balancer, significantly balances the battery voltage and improves the overall efficiency of the battery pack!
Inductive energy transfer equalisation board, high current 1.2A energy transfer battery voltage balancer, significantly balances the battery voltage and improves the overall efficiency of the battery pack!
Equalisation indication.
When the equalisation light is on, equalisation is on
When the equalisation light is off, the equalisation circuit is dormant
The equalisation light flashes, the string is dropped, or the circuit is faulty
When the equalisation light is on, equalisation is on
When the equalisation light is off, the equalisation circuit is dormant
The equalisation light flashes, the string is dropped, or the circuit is faulty
Equalisation principle.
The module is adjacent to the differential voltage equalization, adjacent to the battery voltage difference reaches 0.1V or more chip internal trigger equalization work, until the adjacent battery voltage difference in 0.03V or less to stop working, used in the battery pack above the existence of adjacent differential voltage trigger equalization work, the battery pack voltage error will also be pulled back to a more ideal value, reduce battery maintenance costs
The module is adjacent to the differential voltage equalization, adjacent to the battery voltage difference reaches 0.1V or more chip internal trigger equalization work, until the adjacent battery voltage difference in 0.03V or less to stop working, used in the battery pack above the existence of adjacent differential voltage trigger equalization work, the battery pack voltage error will also be pulled back to a more ideal value, reduce battery maintenance costs
Technical parameters.
Working voltage 2.0V-4.5V, ternary LiFePO4 batteries are common, LTO LiTiO3 batteries are not applicable.
Equalisation current.
Adjacent voltage difference of 0.1V or more (current around 0.5-0.7A).
Adjacent voltage difference of 0.2V or more (up to a maximum equalisation current of 1.2A).
The smaller the pressure difference, the smaller the equalisation current.
Working voltage 2.0V-4.5V, ternary LiFePO4 batteries are common, LTO LiTiO3 batteries are not applicable.
Equalisation current.
Adjacent voltage difference of 0.1V or more (current around 0.5-0.7A).
Adjacent voltage difference of 0.2V or more (up to a maximum equalisation current of 1.2A).
The smaller the pressure difference, the smaller the equalisation current.
Wiring definition.
B-, total negative terminal of the battery pack (negative terminal of the first battery)
B1, positive terminal of the first battery
B2, positive terminal of the second battery
and so on.
B-, total negative terminal of the battery pack (negative terminal of the first battery)
B1, positive terminal of the first battery
B2, positive terminal of the second battery
and so on.
List
1 * Equalisation board module with wires (2S-16S optional)
1 * Equalisation board module with wires (2S-16S optional)