Bluetooth 4~16s 100A BMS Support Can RS485 for Li-Ion LiFePO4 Battery
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Bluetooth 4~16s 100A BMS Support Can RS485 for Li-Ion LiFePO4 Battery

LWS®'s Bluetooth 4~16s 100A BMS Support Can RS485 for Li-Ion LiFePO4 Battery. With LWS®'s expertise, this BMS offers advanced features like Bluetooth connectivity and Can RS485 support, ensuring precise control and monitoring for your battery needs. Trust LWS® for top-tier battery management solutions.

Model:LWS-16S100A-791

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Product Description


Product Introduction


The Bluetooth 4~16s 100A BMS Support Can RS485 for Li-Ion LiFePO4 Battery is a versatile battery management system designed to efficiently manage and protect lithium-ion and lithium iron phosphate (LiFePO4) batteries ranging from 4 to 16 cells. With integrated Bluetooth connectivity and support for Can and RS485 communication protocols, this BMS allows you to monitor and control your battery pack remotely, ensuring the safety and optimal performance of your energy storage solution.



Product Parameter (Specification)

LWS-16S-100A-791 LiFePO battery


No. Battery working status Data Action value Action recovery value Unit Actiondelay time(ms) Action recover delay time(ms)
1 Charge Total voltage 3.5 × N 3.45 × N V 1000 1000
2 Charge Single voltage 3.5 3.45 V 2000 2000
3 Charge The 1st over current detection current 100 A 4000 1000
4 Charge The 2st over current detection current 100 A 300 1000
5 Charge Cell high temperature 55 50 4000 4000
6 Charge Cell under temperature 2 3 4000 4000
7 Charge Ambient high temperature 60 55 4000 4000
8 Charge Ambient under temperature -10 0 4000 4000
9 Charge MOS high temperature 90 85 4000 4000
10 Discharge Total voltage 2.6 × N 2.7 ×N 1000 1000
11 Discharge Cell voltage 2.6 2.7 2000 2000
12 Discharge The 1st over current detection current 100 A 4000 1000
13 Discharge The 2st over current detection current 100 A 300 1000
14 Discharge Cell high temperature 55 50 4000 4000
15 Discharge Cell under temperature 2 3 4000 4000
16 Discharge Ambient high temperature 60 55 4000 4000
17 Discharge Ambient under temperature -10 0 4000 4000
18 Discharge MOS high temperature 90 85 4000 4000
19 Any state Cell voltage difference 0.45 0.3 V 1000 1000
20 Any state Cell temperature difference 8 3 5000 5000
21 Any state Low SOC 3 5 % 1000 1000

Product Feature and Application

The battery management system incorporates various sleep and wake-up methods to optimize energy efficiency. Data communication with the host is facilitated through RS485, enabling easy access to parameter configuration and real-time data monitoring via the host computer software.


Product Details


LWS-16S-100A-791 LiFePO Battery Pack BMS
■ Separate monitoring of each string of cellsProvides protections in charging and discharging
■ Processes the balance between cells smartly, the current of it can be set freely by external components.
■ Deals with over-current and short-circuit protection with circuit itself
■ Protect an electrical circuit from damage caused by over current/ over load or short circuit
■ Support RS485 protocol

■ Support bluetooth protocol




Notes


1) Wire connection strictly according to the drawing, do not intentionally short circuit.
2) Before charged, need to connect the cables first.
3) When the group of battery is connected in series, ensure that the voltage of each group of batteries voltage is the same. If not, fill each group of batteries separately before connecting them in series. In discharge tests, the group of cells with the fastest voltage drop is the differential cell.

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