96.46kWh High Voltage LiFePO4 Battery Storage System

High-Capacity Energy Storage for Residential & Commercial Applications

Power your energy storage system with a modular, high-voltage LiFePO4 battery solution.

The 96.46kWh High Voltage Battery System combines six 51.2V 314Ah battery modules with a centralized Battery Control Unit (BCU), delivering reliable battery management, intelligent monitoring, and high-capacity energy storage.

Designed for use with compatible high-voltage energy storage inverters, this system is suitable for large residential solar installations and selected commercial energy storage projects.

1. 96.46kWh High-Capacity Energy Storage

More Capacity. More Energy Flexibility.

With a total nominal energy capacity of 96.46kWh, this high-voltage battery system provides substantial energy storage for applications requiring larger battery capacity.

Key Specifications:

• Total Energy: 96.46kWh

• Nominal Voltage: 307.2V

• Rated Capacity: 314Ah

• Operating Voltage: 278.4–345.6V

• Usable Energy at 90% DOD: 86.81kWh

The high-voltage architecture is designed to support compatible energy storage systems where efficient power conversion and larger battery capacities are required.

2. Modular High Voltage Battery Design

6 Battery Modules. One Integrated System.

The system consists of six individual LiFePO4 battery modules connected in series and managed by a centralized BCU.

Each battery module features:

• 51.2V Nominal Voltage

• 314Ah Rated Capacity

• Approximately 16.08kWh Energy

• Integrated Slave BMS

• Fan Cooling

System Configuration:

6 × 51.2V = 307.2V

6 × 16.08kWh ≈ 96.46kWh

The modular construction allows different system capacity configurations within the manufacturer's supported product range.

3. Intelligent Battery Management System

Advanced Monitoring. Integrated Protection.

The battery system features a Master & Slave BMS architecture.

The Master BMS, located inside the Battery Control Unit (BCU), communicates with the Slave BMS in each battery module to monitor and manage battery operation.

BMS Functions:

• Overcharge Protection

• Over-Discharge Protection

• Overcurrent Protection

• High & Low Temperature Protection

• Battery Voltage Monitoring

• Temperature Monitoring

• Battery Balancing

• Charge & Discharge Management

The BCU also incorporates a soft-start circuit and protective control components.

4. Smart Touchscreen & Wi-Fi Monitoring

Battery Information at Your Fingertips.

The integrated touchscreen provides access to essential battery operating information, allowing users and technicians to monitor system status.

Available Monitoring Information:

• State of Charge (SOC)

• Total Battery Voltage

• Charge & Discharge Current

• Battery Temperature

• Individual Cell Voltage

• Alarm & Fault Information

The built-in Wi-Fi module supports remote monitoring and debugging through the manufacturer's supported mobile monitoring solution.

 

5. LiFePO4 Battery Technology

Designed for Long-Term Energy Storage.

Built with lithium iron phosphate (LiFePO4) battery technology, the system is designed for repeated charging and discharging in energy storage applications.

Battery Features:

• LiFePO4 Battery Chemistry

• 314Ah Rated Capacity per Module

• ≥8000 Cycles (Manufacturer Specification)

• Integrated Battery Monitoring

• Modular Battery Construction

Actual battery service life depends on operating conditions, temperature, depth of discharge, and maintenance.

6. Fan Cooling & Temperature Management

Integrated Cooling for Battery Operation.

Each battery module is equipped with a cooling fan.

The battery management system monitors battery temperatures and controls cooling fan operation according to system conditions.

The battery enclosure incorporates ventilation features to support heat dissipation during operation.

7. Residential & Commercial Energy Storage Applications

Flexible Energy Storage for Different Projects.

The 96.46kWh High Voltage Battery System is designed for energy storage applications including:

Large Residential Solar Systems

Store energy generated by solar panels for later use when connected to a compatible solar energy storage system.

Commercial Energy Storage

Support energy storage requirements for selected commercial buildings, offices, and small industrial applications.

Backup Energy Storage

Provide stored energy for backup applications when integrated with a compatible inverter and properly configured backup power system.

Solar Self-Consumption

Increase the use of stored solar energy within a properly designed photovoltaic energy storage installation.

Application suitability depends on inverter compatibility, load requirements, and system design.

Technical Specifications

Parameter	Specification
Product Model	HV-96K
Battery Type	LiFePO4
Total Nominal Energy	96.46kWh
Nominal Voltage	307.2V
Rated Capacity	314Ah
Operating Voltage	278.4–345.6V
Usable Energy (90% DOD)	86.81kWh
Battery Modules	6
Module Voltage	51.2V
Module Capacity	314Ah
Maximum Current	200A
BMS	Master & Slave BMS
Cooling Method	Fan Cooling
Communication	CAN / RS485 / Wi-Fi
Cycle Life	≥8000 Cycles
Protection Rating	IP20
Charging Temperature	0°C to 60°C
Discharging Temperature	-20°C to 60°C
Dimensions (W × D × H)	776 × 577 × 1725mm
Total Weight	Approx. 746kg

9. Installation & Compatibility

Designed for Professional High-Voltage Energy Storage Installations.

This battery system is intended for indoor installation and connection to compatible high-voltage energy storage inverters.

Before installation, please verify:

• Inverter Battery Voltage Range

• BMS Communication Compatibility

• Maximum Charging & Discharging Current

• Installation Space and Ventilation

• Electrical Protection and Grounding

• Local Electrical Installation Requirements

Important: This is a high-voltage battery system. Installation, commissioning, and maintenance must be performed by qualified professionals following the manufacturer's instructions and applicable electrical safety regulations.

10. Frequently Asked Questions

Q1: Is this a 48V battery system?

No. This is a high-voltage battery system with a nominal voltage of 307.2V, created by connecting six 51.2V battery modules in series.

Q2: What is the total battery capacity?

The system provides 96.46kWh of nominal energy storage, with approximately 86.81kWh at 90% depth of discharge.

Q3: Can this battery work with my inverter?

The system is designed for compatible high-voltage energy storage inverters. Compatibility must be confirmed based on the specific inverter model, voltage range, and communication protocol.

Q4: Does the system include a BMS?

Yes. The system features a centralized Master BMS and individual Slave BMS units within the battery modules.

Q5: Can I monitor battery performance?

Yes. The system includes a touchscreen display and built-in Wi-Fi monitoring functionality.

Q6: Can the system be installed outdoors?

No. The system has an IP20 protection rating and is intended for suitable indoor installation environments.

Q7: Can the storage capacity be expanded?

The product family supports multiple module configurations. Any expansion or parallel installation must follow the manufacturer's approved system design and compatibility requirements.

Need Help With Your Energy Storage Project?

Looking for a high-capacity battery solution for your solar or commercial energy storage system?

Contact our team with your inverter model, required storage capacity, and project details.

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