Dyness Tower BDU
Description
The Dyness BDU battery management system performs the function of pre-charge, under-voltage, over-voltage, low and high temperature protection, cell balancing, SOC-SOH calculation, etc.
Product details
| Series Name | Tower |
| Model Name | Tower BDU |
Battery Management System (BMS) for Dyness Tower BDU
The Dyness Tower BDU battery management system provides essential protective and monitoring functions for Dyness Tower BDU energy storage modules. It manages pre-charge sequences, safeguards against under- and over-voltage, applies low and high temperature protection, performs cell balancing, and conducts SOC-SOH calculation to maintain battery health and safe operation.
Applications and use cases
This Dyness BDU BMS is designed to support Dyness Tower BDU energy storage installations in both residential and commercial contexts, where reliable protection and precise battery management are critical. It ensures safe start-up and operation of tower-based battery packs, while coordinating with the BMS to maintain balanced cell voltages, extend cycle life, and protect critical battery parameters during charging and discharging cycles.
- Pre-charge control during module connection to prevent inrush currents
- Protection against voltage faults to guard individual cells and the pack
- Thermal safeguards to prevent overheating and thermal runaway risks
- Active cell balancing to maintain uniform cell voltages across the pack
- SOC and SOH estimation for accurate state assessment and system planning
- Seamless integration with Tower-based energy storage configurations
Key electrical and performance parameters
The BDU battery management system performs core functions that directly influence safety, longevity, and performance of the energy storage stack. By handling pre-charge, voltage protection, temperature protection, and cell balancing, it delivers reliable protection and accurate health monitoring of the battery system.
- Pre-charge management to enable safe and controlled connections
- Under-voltage and over-voltage protection to prevent damage to cells and modules
- Low-temperature and high-temperature protection to maintain safe operating conditions
- Cell balancing to equalize voltage and extend usable capacity
- SOC and SOH calculation for real-time battery status and predictive maintenance
Battery health and backup capabilities
- Continuous health monitoring and SOC/SOH reporting
- Protective actions that safeguard cell integrity and overall pack reliability
- Enhanced lifecycle management through proactive balancing and fault handling
- Designed for use within Dyness Tower BDU configurations to maintain cohesive system performance
Operating conditions and reliability
- Robust protection against common battery faults to reduce risk of damage
- Integrated protection logic to respond to abnormal conditions and preserve pack health
- Consistent performance aligned with the Dyness Tower BDU ecosystem
- Compact, dedicated protection unit designed for Battery Management System integration
