Falcon-48g2 16.58KWh Ultra-Compact Wall-Mounted LiFePO4 Battery for Home Energy Storage

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From $2,999.00

Falcon-48g2 16.58KWh Ultra-Compact Wall-Mounted LiFePO4 Battery combines large-capacity energy storage with a space-saving design. With a compact size of only 671 × 461 × 258mm, it can be directly wall-mounted to save installation space while maintaining a clean and modern appearance. Ideal for homes, villas, apartments, small shops, and farms, it supports solar energy storage, peak-valley energy management, and backup power during outages. Up to 16 units can be connected in parallel, expanding capacity to 265.2kWh to meet different energy storage needs. Built with CATL LiFePO₄ cells, it delivers excellent safety, stability, and long service life, making it an ideal solution for residential and small commercial energy storage systems.

Ultra-Compact Wall-Mounted Design

Space-saving structure with flexible installation options.

High Energy Capacity

16.58kWh per unit to support daily energy use and backup power needs.

Reliable & Durable

Up to 10000 cycle life, suitable for long-term and frequent use.

Versatile Applications

Ideal for home energy storage, solar systems, peak-valley management, backup power, and off-grid applications.

Wide Inverter Compatibility

Compatible with various mainstream inverters for easy system integration.

Modern Appearance

Lightweight and minimalist design compared to traditional energy storage systems.

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PVBAT 16.58kWh Compact Wall-Mounted LiFePO4 Energy Storage Battery

PVBAT 16.58kWh Compact Wall-Mounted LiFePO4 Energy Storage Battery

The PVBAT FALCON-48G2 compact wall-mounted LiFePO4 energy storage battery is designed for modern home energy storage, solar power storage, home outage backup, and small off-grid systems. It combines practical storage capacity with a compact body, making it suitable for homes, villas, apartments, small shops, farms, garages, utility rooms, and other sites where installation space is limited.

Each unit provides 16.5kWh of rated energy with 324Ah rated capacity and a 51.2V rated voltage. The product dimensions are 671×258×461mm, helping reduce installation space while maintaining high energy storage capacity. It supports wall-mounted installation and built-in casters for a cleaner and more flexible residential energy storage layout.

FALCON-48G2 supports up to 16 batteries in parallel, allowing the system to expand to approximately 264kWh based on the rated energy of each unit. Users can scale the storage system according to daily home power demand, solar system size, and backup runtime requirements for solar storage, nighttime power supply, outage backup, and off-grid power use.

The battery uses LiFePO4 (LFP) chemistry and is designed for 10000 cycles at 80% depth of discharge. It supports long-term high-frequency charging and discharging, stable output, and safer operation for residential and small commercial energy storage applications.

  • 16.5kWh rated energy and 324Ah rated capacity for residential and small commercial storage needs.
  • Compact 671×258×461mm body for space-saving wall-mounted installation.
  • Supports built-in casters for more flexible placement and movement.
  • Supports up to 16 batteries in parallel for scalable energy storage expansion.
  • Uses safe and reliable LiFePO4 (LFP) battery chemistry.
  • 10000-cycle design at 80% depth of discharge for long-term stable use.
  • Supports solar energy storage, peak-valley power management, outage backup, and off-grid power supply.
  • CAN / RS485 communication and Wi-Fi / Bluetooth monitoring support system integration and daily operation.
  • IP54 ingress protection rating for more reliable use in suitable installation environments.
Technical specification comparison of PVBAT FALCON-48G2, Elephant-48628, BEAR-48G1, and Tiger-T4-72 battery systems
Parameter Item FALCON-48G2 Elephant-48628 BEAR-48G1 Tiger-T4-72
Rated Energy 16.5kWh 32.15kWh 20.48kWh 24KWH
Rated Capacity 324Ah 628Ah 400Ah
Rated Voltage 51.2V 51.2V 51.2V 76.8V
Charging Cut-off Voltage 58.4V 58.4V 58.4V 87.6V
Discharge Cut-off Voltage 44.8V 44.8V 44.8V 67.2V
Max. Continuous Discharge Current (Per Port) 150A×2 150A×2 150A×2 175A
Battery Type LiFePO4 (LFP) LiFePO4 (LFP) LiFePO4 (LFP) LiFePO4 (LFP)
Cycle Life 10000 cycles @ 80% Depth of Discharge 8000 cycles @ 80% Depth of Discharge 8000 cycles @ 80% Depth of Discharge 8000 cycles @ 80% Depth of Discharge
Expansion Capability Up to 16 batteries in parallel Up to 16 batteries in parallel Up to 16 batteries in parallel Up to 16 batteries in parallel
Operating Temperature Range Charge 0~55°C / Discharge -20~60°C Charge 0~55°C / Discharge -20~60°C Charge 0~55°C / Discharge -20~60°C Charge 0~55°C / Discharge -20~60°C
Communication Method CAN/RS485 CAN/RS485 CAN/RS485 CAN/RS485
Monitoring Method Wi-Fi / Bluetooth Wi-Fi / Bluetooth Wi-Fi / Bluetooth Wi-Fi / Bluetooth
Battery Cell Configuration 16S1P 16S2P 16S1P 24S1P
Product Dimensions 671x258x461mm /
31.85x10.71x18.31in
930x340x1035mm /
36.61 × 13.39 ×40.75 in
1090x181x654mm /
42.91x7.13x25.75in
620×390×775mm /
24.41 × 15.35 × 30.51 in
Weight 120kg / 265lbs 266kg / 586.43 lbs 150kg / 330lbs 199kg / 438.72 lbs
Installation Method Wall-mounted / built-in casters built-in casters Wall-mounted / built-in casters built-in casters
Ingress Protection Rating IP54 IP54 IP54 IP54

Tip: The table can scroll horizontally on mobile devices.

Download User Manual

Download the PVBAT FALCON-48G2 User Manual PDF for installation guidance, operation instructions, safety information, and daily use reference.

Download User Manual

Frequently Asked Questions

Yes. The PVBAT 16.58kWh battery supports up to 20 units in parallel when properly configured, providing up to approximately 331.6kWh of total battery storage capacity.
Yes. It is designed to work with most common mainstream inverter brands. Final compatibility should be confirmed based on inverter brand, communication protocol, firmware version, battery settings, and project configuration.
The battery provides 16.58kWh of energy storage in a compact 671 × 461 × 285mm body. Compared with systems that require multiple smaller battery modules, this design can reduce installation space, wiring points, and layout complexity.
No. It should be positioned as a compact LiFePO4 battery pack for inverter-based solar energy storage systems. It needs to work with a compatible inverter, hybrid inverter, MPPT system, or battery storage controller.
It is suitable for home solar storage, backup power, off-grid cabins, farm energy systems, telecom backup, garage installations, utility rooms, and energy storage expansion projects.