PVBAT ELEPHANT-48628 32.15kWh 51.2V 628Ah LiFePO4 Battery Cabinet for Home & Commercial Energy Storage

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PVBAT ELEPHANT-48628 is a 32.15kWh high-capacity LiFePO4 battery cabinet designed for home backup, solar energy storage, off-grid power systems, farms, villas, workshops, telecom backup, and commercial energy storage projects. Built on a 48V-class platform with 51.2V rated voltage and 628Ah rated capacity, it provides large battery storage in one floor-standing cabinet and supports multi-unit expansion for larger energy storage needs.

EXTRA-LARGE BATTERY CAPACITY:
32.15kWh per battery cabinet for long-duration backup power and solar energy storage.

48V-CLASS SYSTEM DESIGN:
51.2V rated voltage for compatible low-voltage hybrid inverters and energy storage systems.

QUICK-CONNECT BATTERY INTERFACE:
Designed for cleaner wiring, simplified inverter integration, and easier system maintenance.

HIGH DISCHARGE CAPABILITY:
150A×2 maximum continuous discharge current for high-demand storage applications when paired with a compatible inverter.

SCALABLE ENERGY STORAGE:
Supports up to 16 batteries in parallel for approximately 514.4kWh total storage capacity.

SMART COMMUNICATION & MONITORING:
CAN/RS485 communication, Wi-Fi/Bluetooth monitoring, and battery status checking for compatible system integration.

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PVBAT ELEPHANT-48628 32.15kWh 51.2V 628Ah LiFePO4 Battery Cabinet

PVBAT ELEPHANT-48628 32.15kWh 51.2V 628Ah LiFePO4 Battery Cabinet

The PVBAT ELEPHANT-48628 is a 32.15kWh high-capacity LiFePO4 battery cabinet built for users who need more energy storage than standard residential battery modules. With 51.2V rated voltage and 628Ah rated capacity, it is designed for home backup power, solar energy storage, off-grid systems, farms, villas, workshops, telecom backup, and commercial energy storage projects.

Each ELEPHANT-48628 battery cabinet provides 32.15kWh of rated energy in one floor-standing unit. It can store solar energy during the day, support backup power during outages, and provide large-capacity battery storage for projects with higher daily energy demand. Actual usable runtime depends on connected load, inverter efficiency, battery state of charge, system configuration, temperature, and operating conditions.

The battery is built on a 48V-class platform with 51.2V rated voltage, 58.4V charging cut-off voltage, and 44.8V discharge cut-off voltage. It is designed to work with compatible low-voltage hybrid inverters, solar inverters, chargers, and energy storage system controllers. Final compatibility should be confirmed based on inverter brand, communication protocol, firmware, current rating, and installation design.

For larger storage requirements, ELEPHANT-48628 supports up to 16 batteries in parallel, providing approximately 514.4kWh of total storage capacity when fully expanded. This makes it suitable for scalable residential, agricultural, commercial, telecom, and light industrial energy storage projects.

The system supports CAN/RS485 communication, Wi-Fi and Bluetooth monitoring, IP54 ingress protection, and built-in casters for easier deployment and maintenance. Its LiFePO4 battery design supports 8000 cycles at 80% depth of discharge, making it suitable for long-term backup power, solar storage, and daily cycling applications.

ELEPHANT-48628 is a battery cabinet and does not include a built-in inverter. It should be paired with a compatible inverter, hybrid inverter, MPPT charger, or energy storage control system. For home panel connection, grid-tied systems, permanent electrical installation, or multi-battery expansion, installation should be completed by qualified professionals in accordance with local electrical codes and safety requirements.

  • 32.15kWh rated energy and 628Ah rated capacity for long-duration backup power and solar energy storage.
  • 48V-class LiFePO4 battery platform with 51.2V rated voltage for compatible low-voltage energy storage systems.
  • 58.4V charging cut-off voltage and 44.8V discharge cut-off voltage for protected battery operation.
  • 150A×2 maximum continuous discharge current for high-demand storage applications when paired with a compatible inverter.
  • Expandable up to 16 batteries in parallel for approximately 514.4kWh total storage capacity.
  • CAN/RS485 communication for compatible inverter, charger, and energy management system integration.
  • Wi-Fi and Bluetooth monitoring for easier battery status and performance checking.
  • 8000-cycle design at 80% depth of discharge for long-term backup and daily cycling use.
  • IP54 ingress protection for suitable indoor, garage, utility room, and sheltered installation environments.
  • Built-in casters and vertical cabinet design for easier movement, placement, deployment, and maintenance.
Technical specification comparison of PVBAT Elephant-48628, Bear-48G1, Falcon-48G2, and Tiger-T4-72 battery systems
Parameter Item Elephant-48628 Bear-48G1 Falcon-48G2 Tiger-T4-72
Model Elephant-48628 Bear-48G1 Falcon-48G2 Tiger-T4-72
Rated Energy 32.15kWh 20.48kWh 16.5kWh 24kWh
Rated Capacity 628Ah 400Ah 324Ah
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 8000 cycles @ 80% Depth of Discharge 8000 cycles @ 80% Depth of Discharge 10000 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 16S2P 16S1P 16S1P 24S1P
Product Dimensions 930×340×1035mm /
36.61 × 13.39 × 40.75 in
1090×181×654mm /
42.91 × 7.13 × 25.75 in
671×258×461mm /
31.85 × 10.71 × 18.31 in
620×390×775mm /
24.41 × 15.35 × 30.51 in
Weight 266kg / 586.43lbs 150kg / 330lbs 120kg / 265lbs 199kg / 438.72lbs
Installation Method Built-in casters Wall-mounted / 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.

Note: Runtime, usable capacity, discharge performance, and system compatibility depend on inverter configuration, battery quantity, load size, battery state of charge, ambient temperature, wiring design, and installation conditions.

Download ELEPHANT-48628 User Manual

Download the PVBAT ELEPHANT-48628 User Manual PDF for battery specifications, communication settings, installation guidance, operation instructions, safety information, monitoring setup, and maintenance reference.

Download User Manual

Frequently Asked Questions

PVBAT ELEPHANT-48628 provides 32.15kWh of battery capacity in a single cabinet, which is larger than many standard residential battery modules. This can reduce the number of battery cabinets needed for high-capacity backup, solar storage, farm power, or commercial energy storage projects.
Yes. ELEPHANT-48628 supports up to 16 batteries in parallel when properly configured, providing approximately 514.4kWh of total storage capacity. Expansion design should be confirmed based on inverter capacity, communication setup, wiring design, protection devices, and project requirements.
No. ELEPHANT-48628 is a high-capacity LiFePO4 battery cabinet and does not include a built-in inverter. It should be paired with a compatible inverter, hybrid inverter, MPPT charger, or energy storage control system.
ELEPHANT-48628 is designed to support CAN/RS485 communication with compatible inverter and energy storage systems. Final compatibility should be confirmed based on inverter brand, protocol, firmware version, voltage range, current rating, and installation configuration.
Yes. ELEPHANT-48628 can be used for home backup power when paired with a compatible inverter and properly designed electrical system. Actual backup time depends on connected loads, inverter efficiency, battery state of charge, battery quantity, and operating conditions.
Yes. ELEPHANT-48628 can be used as part of a solar energy storage system when connected through a compatible hybrid inverter, MPPT charger, or energy storage controller. Solar charging configuration must match system voltage, charging current, communication protocol, and installation requirements.
No. ELEPHANT-48628 is a battery cabinet. It stores DC energy and needs a compatible inverter to convert battery power into usable AC power for home appliances, tools, pumps, or commercial equipment.
Professional installation is recommended for system integration, inverter connection, home panel connection, multi-battery expansion, and commercial energy storage projects. Installation should follow local electrical codes, safety requirements, wiring standards, and inverter manufacturer guidance.
ELEPHANT-48628 is suitable for indoor, garage, utility room, equipment room, sheltered farm, workshop, telecom, and commercial storage environments. The installation area should provide proper ventilation, stable flooring, suitable temperature conditions, and protection from direct rain or standing water.
A high-capacity cabinet battery can reduce the number of individual battery modules, simplify system layout, reduce wiring complexity, save installation space, and make future expansion planning easier for larger energy storage projects.

From $5,599.00