The Dawnice HZEB-LCT-16 Solar Battery is a high-capacity lithium energy-storage solution designed for residential solar systems, commercial backup, hybrid installations and off-grid applications.

With a nominal voltage of 51.2V, a capacity of 314Ah and rated energy of 16.07kWh, it provides substantial stored power for homes, offices, shops and other installations that require long backup time and dependable energy storage.

Its LiFePO₄ cell configuration, expandable design and intelligent communication make it suitable for both standalone systems and larger modular battery banks.

🔋 Key Features

• 16.07kWh rated energy capacity
• 51.2V 314Ah battery rating
• Advanced LiFePO₄ lithium iron phosphate technology
• Cell configuration of 3.2V 314Ah, 1P16S
• Maximum charge and discharge current of 150A
• Wide operating voltage range of 44.8V to 57.6V
• Long cycle life of at least 8,000 cycles at 80% DoD
• Supports up to 15 batteries in parallel
• CAN and RS232 communication
• Integrated Battery Management System
• Front monitoring display
• Wall-mounted installation design
• Suitable for compatible hybrid and off-grid inverters
• Ideal for residential and commercial solar-storage systems

🔗 Expandable Energy Storage

The Dawnice HZEB-LCT-16 supports up to 15 compatible batteries connected in parallel, making it suitable for larger residential and commercial energy-storage installations.

Example nominal capacities include:

• 1 battery: 16.07kWh
• 2 batteries: 32.14kWh
• 4 batteries: 64.28kWh
• 8 batteries: 128.56kWh
• 15 batteries: 241.05kWh

Parallel installation should follow the manufacturer’s approved communication, wiring, protection and battery-balancing requirements.

⚡ Charge and Discharge Capability

The battery supports a maximum charge and discharge current of 150A.

At the nominal voltage of 51.2V, this corresponds to approximately 7.68kW of charge or discharge power under ideal conditions.

Actual output may be limited by the inverter, battery settings, cabling, protection devices and operating temperature.

🛡️ Integrated Battery Protection

The Battery Management System helps monitor the battery and protect it against common electrical and operating risks, including:

• Overcharging
• Excessive discharge
• Overcurrent
• Short circuits
• High and low temperatures
• Cell-voltage imbalance
• Abnormal charging or discharging conditions

Suitable DC breakers, fuses and correctly sized cables should still be installed.

✅ Benefits of LiFePO₄ Technology

• Long cycle life
• High usable energy capacity
• Efficient charging and discharging
• Improved thermal and chemical stability
• Stable performance during repeated use
• Lower maintenance than lead-acid battery banks
• Compact storage compared with equivalent conventional systems
• Lower long-term replacement costs

⚠️ Inverter Compatibility

Although the battery has a nominal voltage of 51.2V, it is intended for compatible systems commonly classified as 48V solar systems.

Before installation, confirm that the inverter supports:

• 51.2V LiFePO₄ batteries
• The 44.8V–57.6V operating range
• Charge and discharge currents of up to 150A
• CAN or RS232 communication
• The correct Dawnice battery protocol
• Appropriate DC cable sizes and protection devices
• The required inverter power rating

Professional installation by a qualified solar technician is recommended.