BMS for Solar Storage Systems BES-02
60V 30A Energy BMS for Solar Storage System
The MOKOEnergy BMS maximizes the lifetime and efficiency of your solar energy storage system. Our advanced lithium battery management system actively balances cells, prevents over-charging, and protects against common hazards. With optimized charging algorithms and thermal management, the MOKOEnergy BMS ensures your solar batteries operate safely through thousands of cycles. The integrated board design seamlessly works with your inverter and battery pack to get the most out of your solar energy storage and deliver stable clean power.
Key Features of BMS for Solar Storage Systems
> Solar Integration: Maximize solar efficiency with integrated charge controllers
> DC-Coupled Solar: Direct DC connection for simplified system architecture
> Low Self-Discharge: Minimize idle battery drain for reduced standby losses
> Modular Scalability: Easily expand storage with parallel connections
> Cost Efficiency: Lower component costs compared to traditional systems
> Islanding Protection: Safeguard against backflow during grid outages
Parameters of BMS Board for Solar Storage Systems
Input voltage range
Max cell voltage
Continuous discharge current
Maximum charge current
Supported battery chemistries
Cell count range
Up to 32 cells
Operating temperature range
-40°C to 85°C
Over-voltage, under-voltage, over-current, short circuit, high/low temperature
Cell balancing current
300mA per cell
180mm x 120mm x 30mm
9 Major Protections on BMS for Solar Storage Systems
Short Circuit Detection
Cell Voltage Monitoring
FAQs of BMS Solution for Solar Storage Systems
The BMS optimizes battery performance for efficient energy storage, extended battery life, and minimized downtime during energy usage.
Yes, our BMS solutions for Solar Storage Systems are compatible with both off-grid solar battery banks as well as grid-tied systems with net metering.
By carefully controlling charge/discharge cycles we typically achieve 10+ year lifespans, exceeding 5000 cycles in renewable energy applications.