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Stromherz SM-900V-2,3kWh/LCD (GEN1) battery charge control unit – intelligent battery system control
Stromherz SM-900V-2,3kWh/LCD (GEN1) battery charge control unit is a modern battery charge control unit designed for control, balancing, and protection of battery systems. The unit manages charge and discharge processes and monitors voltage, current, temperature, and battery module status.
The system is designed for ESS, hybrid, and off-grid energy systems where stability, safety, and accurate energy storage control are critical. Intelligent BMS algorithms help prevent overvoltage, overheating, deep discharge, and cell imbalance.
Operating modes:
🔹 Charge and discharge control
🔹 Battery cell balancing
🔹 Protection against overvoltage, overheating, and overload
🔹 Built-in LCD display for local monitoring
Key advantages:
✅ Intelligent control
Optimizes charge/discharge processes and supports stable battery operation.
✅ LCD monitoring
Allows quick local viewing of system status without extra equipment.
✅ High safety level
Protection against overvoltage, overheating, short circuit, and overload.
✅ Battery balancing
Helps balance cell operation and extend battery system lifetime.
✅ ESS compatibility
Suitable for modern energy storage systems, hybrid, and off-grid projects.
✅ Stable operation
Ensures balanced load distribution and monitoring of key system parameters.
Technical specifications:
🔹 Device type: battery charge control unit
🔹 Brand: Stromherz
🔹 System capacity: 2.3 kWh
🔹 Operating voltage: 200–900 V DC
🔹 Max charge/discharge current: up to 30 А
🔹 Efficiency: 97.3%
🔹 Temperature range: -20…+55 °C
🔹 Application: energy storage battery system control
Design and connection:
🔹 Mounting type: modular
🔹 Integration: inverters, BMS, and ESS
🔹 Functions: pre-charge, balancing, SOC/SOH, battery protection
Stromherz SM-900V-2,3kWh/LCD (GEN1) battery charge control unit – a reliable basis for energy systems
Stromherz SM-900V-2,3kWh/LCD (GEN1) battery charge control unit is an effective solution for stable and safe operation of battery systems. The unit helps extend battery lifetime, monitor key parameters, and ensure reliable operation of ESS projects.