Efficient 8s-17s Battery Management System with Active Balance Technology

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Efficient 8s-17s Battery Management System with Active Balance Technology

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Product Description

Overview & Basic Info

Battery Strings 8s-17s

Battery Type LiFePO4/Li-ion/Lto

Communication Method Uart/RS485/Can/Bluetooth/GPS/LCD/Soc

Transport Package Carton Packing

Specification PCB / BMS Components

HS Code 8473309000

Packaging & Delivery

Package Size 25.00cm * 15.00cm * 5.00cm

Gross Weight 0.500kg

Lead Time 1-10 Pieces: 10 days
11-50 Pieces: 20 days
51-100 Pieces: 30 days

Product Description

Battery Management System Active Balance

Technical Specifications

Active Equalization Technology

Advanced Battery Management: We specialize in the research, development, and application of active equalization technology. Our systems feature active balancing functions and modules that manage battery protection and real-time capacity adjustment.

Key Benefits: By resolving voltage differences in real-time, the system ensures the battery pack is fully utilized, improving overall efficiency and significantly extending the lifespan of the energy storage solution. Our focus is on providing reliable quality through standard testing laboratories and rigorous reliability testing.

Frequently Asked Questions

1. What battery string configurations does this BMS support? This system is versatile and supports battery configurations ranging from 8s up to 17s.

2. Which battery chemistries are compatible with this system? It is fully compatible with LiFePO4, Li-ion, and Lto battery types.

3. What communication protocols can I use? The BMS supports a wide range of protocols including Uart, RS485, Can, Bluetooth, GPS, and LCD displays for comprehensive data monitoring.

4. How does active balancing differ from passive balancing? Active balancing transfers energy between cells to resolve voltage differences in real-time, whereas passive balancing simply dissipates excess energy as heat. This results in higher efficiency and longer battery life.

5. What is the typical lead time for an order? Lead times vary by quantity: approximately 10 days for 1-10 pieces, 20 days for 11-50 pieces, and 30 days for 51-100 pieces.

6. Does the system provide SOC (State of Charge) information? Yes, the system includes SOC communication methods to provide accurate battery status and management data.