Battery Management Systems
Battery management systems (BMS) ensure optimal performance, safety, and longevity by monitoring and balancing cells, preventing overcharging or overheating, and maximizing overall battery efficiency and lifespan.
Optimize your energy storage with our cutting-edge Battery Management Systems, engineered for precision, safety, and scalability.
Tailored BMS for Reliable Power in Any Application
Our Battery management Systems (BMS) are designed to deliver unmatched precision, safety, and scalability for a wide range of applications. Whether you're managing a small battery array or a complex, large-scale energy storage solution, our modular BMS adapts seamlessly to your needs. With advanced monitoring capabilities, it ensures that every cell in your lithium-ion battery pack operates within safe parameters, maximizing both performance and lifespan. Trust in a system engineered by experts to provide reliable, high-performance power management tailored to your unique requirements. Discover our quick, cost effective and minimum development solution for monitoring and managing prototype and PoC HV Battery Packs.
Main Features:
Performance:
- Monitors Up To 16 Cells In Series
- Supports Up To 6 Temperature Channels
- 12/24/48 V Compatible Input
- 75A Continuous Discharge
- 150A (7200W) Peak Discharge ~60s
- Passive Cell Balancing Up to 600mA
- Integrated Solid State Power Switches
- Seamless Integration with HDS Smart Dual Contactor (SDC)
- -40°C to +105°C Operation
- Conformal Coated
Applications:
- Electric, Light Electric & Mild Hybrid Electric Vehicles (MHEV)
- Electric Marine
- MIL STD 202G 213B Mechanical Shock
- MIL STD 810H 514.8 Random Vibration
- UL Standards (EMC, Fire Safety)
- Onboard Pre-Charge
- Current Sampling Rate of 1.5 mS
- Fused
Options:
- Contactor Control
- SSPC Interface
- CVT Interface
- Micro SD Storage
- Bluetooth Connectivity
- CAT 6 (Ethernet) Connectivity
- Contact HDS for High Voltage Version
Resources
Battery Management Systems Datasheet
Ready to optimize your battery systems?
Contact HDS today to discuss your custom BMS solution.
Dependable Power, Every Time
With reliability at their core, HDS's Battery Management Systems are designed to ensure consistent and dependable battery performance in any application. The advanced balancing and monitoring capabilities extend the lifespan of your battery packs, maximizing efficiency and value over time. Safety is a top priority, with built-in features that protect both the battery and the user from potential hazards, providing peace of mind and secure operation in even the most demanding conditions.
Industrial Equipment
Powering heavy machinery with consistent performance.
Electric & Hybrid Vehicles
Ensuring reliability and safety in electric vehicles.
Marine Applications
Exploring battery solutions for electric and hybrid marine vessels.
Military and Aerospace
Providing robust power and management in extreme environments.
Frequently Asked Questions
How does the BMS handle cell balancing in large battery packs?
Advanced BMS systems use active or passive balancing techniques to equalize voltage across cells, ensuring uniform performance and extending battery life.
What communication protocols does the BMS support?
Modern BMS systems often support CAN, I2C, or SMBus protocols for seamless integration with existing systems and real-time data monitoring.
Can the BMS be configured for different state-of-charge (SoC) algorithms?
Yes, engineers can configure the BMS to use specific SoC estimation algorithms, including coulomb counting or voltage-based methods, depending on the application.
What thermal management features are integrated within the BMS?
High-end BMS systems include thermal management, with sensors to monitor temperatures and algorithms to prevent overheating by adjusting the system's performance.
How does the BMS manage fault detection and response?
The BMS continuously monitors for faults such as over-voltage, under-voltage, short circuits, and thermal issues, and can trigger protective actions like shutdowns or alarms.
Is the BMS capable of handling regenerative braking systems?
Advanced BMS can manage regenerative braking by dynamically adjusting charging parameters to safely handle the energy influx and optimize battery health.
Ready to optimize your battery systems? Contact HDS today to discuss your custom BMS solution.