Deye 10.64kWh 51.2V LiFePO4 Low Voltage Battery (RW-F10.6)
Overview of the Deye RW-F10.6 10.64kWh Battery
The Deye RW-F10.6 is a low-voltage lithium iron phosphate (LiFePO4) battery designed for residential and commercial solar and backup power systems. With a nominal voltage of 51.2V and a usable energy capacity optimised for daily cycling, the Deye 10.64kWh battery offers high performance, long service life, and flexible installation options in a compact wall or floor-mounted design.
What the Deye 10.64kWh Battery Is Designed to Do
The Deye RW-F10.6 battery stores DC electrical energy and supplies it to a compatible low-voltage inverter. It is designed to:
- Provide reliable backup power during grid outages
- Increase solar self-consumption in hybrid systems
- Support daily charge and discharge cycles
- Scale easily for larger residential or commercial installations
What the Deye RW-F10.6 Battery Is Not
The Deye RW-F10.6 is a battery only and does not perform inverter functions. Specifically:
- It is not an inverter and cannot generate AC power
- It does not include MPPT charge controllers
- It does not connect directly to solar panels
- It must not be used in high-voltage battery systems
System Type and Voltage Class
The Deye 10.64kWh battery is designed for 48V-class low-voltage battery systems. Key system characteristics include:
- Nominal battery voltage: 51.2V
- Operating voltage range: 43.2V to 57.6V
- Low-voltage DC architecture for inverter compatibility
Battery Chemistry and Safety Design
The battery uses cobalt-free lithium iron phosphate (LiFePO4) chemistry selected for improved safety, thermal stability, and long cycle life. This chemistry provides:
- High thermal stability and reduced fire risk
- Long service life under daily cycling
- Environmentally safer cell composition
Battery Management System and Protection
An intelligent built-in battery management system continuously monitors battery operation and provides:
- Over-charge and over-discharge protection
- Over-current and short-circuit protection
- Cell voltage and temperature monitoring
- Automatic cell balancing
A built-in 125A DC circuit breaker provides isolation and additional system safety.
Charge and Discharge Performance
The Deye RW-F10.6 battery is designed to support high-power inverter operation within low-voltage systems.
Charge Specifications
- Recommended charge current: 104A
- Maximum charge current: 200A
- Charge temperature range: 1°C to 53°C
Discharge Specifications
- Recommended discharge current: 104A
- Maximum discharge current: 240A
- Peak discharge current: 300A (2 minutes at 25°C)
- Discharge temperature range: -20°C to 53°C
Scalability and Parallel Expansion
The Deye RW-F10.6 battery is designed for modular system expansion. Parallel capabilities include:
- Support for up to 32 batteries connected in parallel
- Maximum system capacity of 340kWh
- Automatic battery networking without DIP switch configuration
Communication and System Integration
The battery communicates with compatible inverters using industry-standard protocols:
- CAN 2.0 communication
- RS485 communication
The system supports remote monitoring and firmware upgrades when used with compatible Deye inverter platforms.
Technical Specifications – Deye RW-F10.6 Battery
- Battery chemistry: LiFePO4
- Nominal energy capacity: 10.64kWh
- Usable energy: 9.58kWh
- Nominal capacity: 208Ah
- Nominal voltage: 51.2V
- Recommended depth of discharge: 90%
- Cycle life: ≥6000 cycles at 90% DOD
Physical Specifications and Installation
The Deye RW-F10.6 battery supports both wall-mounted and floor-mounted installation options.
- Installation type: Wall-mounted or floor-mounted
- Dimensions (W × H × D): 600 × 750 × 200 mm
- Weight: Approximately 99 kg
- Ingress protection rating: IP20
Environmental Operating Limits
- Operating humidity: 5% to 95% RH
- Recommended operating temperature: 15°C to 35°C
- Storage temperature range: 0°C to 35°C
- Maximum installation altitude: ≤3000 m
Typical Applications for the Deye RW-F10.6 Battery
- Residential solar energy storage systems
- Hybrid solar and backup power installations
- Commercial self-consumption systems
- Scalable low-voltage battery banks







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