CF-PowerStack-2.56 stackable LiFePO4 battery front view
CF-PowerStack-2.56 stackable home battery angled view
CF-PowerStack-2.56 battery module dimensions and internal layout
CF-PowerStack-2.56 3–10 module stack configuration
CF-PowerStack-2.56 stackable LiFePO4 residential battery

CF-PowerStack-2.56
(Stackable LFP Battery)

Each module provides 51.2V, 50Ah and 2.56kWh. The residential system is configured with 3–10 modules, providing 7.68–25.6kWh of usable system capacity.

6000 Cycles@ 80% DOD under specified test conditions
3–10 Modules7.68–25.6kWh system capacity
IP65 ProtectionIndoor or sheltered outdoor installation
RS485 / CANProtocol compatibility to be confirmed for the selected system

CF-PowerStack-2.56 is a modular residential lithium iron phosphate (LiFePO4) battery system. Each module provides 51.2V, 50Ah and 2.56kWh. The residential system is configured with 3–10 modules, providing 7.68–25.6kWh of system energy according to the project configuration.

  • Designed for integration with compatible 48V-class hybrid or off-grid inverter systems. Protocol compatibility should be confirmed for the selected inverter model.
  • Compact modular design for floor-standing installation and project-based system sizing.

For residential system planning, review Home Energy Storage and share the target inverter and installation requirements.

The standardized modular design supports transport, floor-standing installation and future expansion. For project-based battery configuration and integration, review OEM/ODM capabilities.

  • Uses cobalt-free LiFePO4 cells for residential energy storage applications.
  • Rated for 6000 cycles at 80% DOD under the specified test conditions.
  • Module count and communication configuration should be confirmed for the selected inverter and project requirements.

With IP65 protection, the system is intended for indoor or sheltered outdoor installation. Direct sunlight should be avoided, and the system uses natural cooling.

  • RS485 and CAN communication options support integration with compatible inverter or EMS systems.
  • Battery protection functions are managed through the integrated system controls.
  • Suitable applications include residential self-consumption, home backup and hybrid solar projects, subject to project configuration.
Nominal Voltage51.2 V
Nominal Capacity50 Ah
Nominal Energy2.56 kWh per module
System Configuration3–10 modules
System Energy7.68–25.6 kWh
Operating Voltage Range43.2–56.16 V
Recommended Charge Current25 A
Max Continuous Charge Current50 A
Max Continuous Discharge Current50 A
Peak Discharge Current150 A / 600 ms
Cycle Life6000 cycles @ 80% DOD
Charge Temperature0–55°C
Discharge Temperature-20–60°C
Relative Humidity5–95% RH
Ingress ProtectionIP65
CommunicationRS485 / CAN
CoolingNatural cooling
Module Dimensions600 × 210 × 180 mm
Module Weight29 kg
InstallationFloor-standing, stackable

Frequently Asked Questions

Is CF-PowerStack-2.56 compatible with 48V solar inverters? +
It is designed for integration with compatible 48V-class hybrid or off-grid inverter systems. Please confirm CAN/RS485 protocol compatibility with the selected inverter model.
How many battery modules can I stack? +
The residential system is configured with 3–10 modules, providing 7.68–25.6kWh of system energy according to the project configuration.
What communication protocols are supported? +
RS485 and CAN communication are supported; compatibility with the selected inverter or EMS should be confirmed.
What are the charge and discharge current limits? +
The recommended charge current is 25A. Maximum continuous charge current is 50A, maximum continuous discharge current is 50A, and peak discharge is 150A for 600ms.
Where can the system be installed and what is the protection rating? +
The system has IP65 protection and can be installed indoors or outdoors in a sheltered location. It uses natural cooling, and direct sunlight should be avoided.
What compliance or shipping documents are available? +
Documentation such as UN38.3 and MSDS can be provided for shipping and project review. Additional compliance documents should be confirmed according to the target market and project requirements.

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