Description
About This Product
The SAJ B2S HV LFP 6.4kWh Battery Module is a high-voltage lithium iron phosphate battery module designed for SAJ B2S energy storage systems. Each module provides 6.4kWh of total and usable energy capacity and operates at a nominal voltage of 64V. The modular, stackable design allows multiple battery modules to be combined into a larger storage system, making it suitable for residential and small commercial solar storage applications using compatible SAJ H2 hybrid inverters.
Who This Product Suits
The SAJ B2S HV LFP 6.4kWh Battery Module suits customers building or expanding a compatible SAJ B2S high-voltage battery system. It is intended for installations using compatible SAJ H2 series hybrid inverters where modular battery capacity is required. SAJ specifies configurations of 2-6 battery modules with compatible single-phase H2 inverters and 3-8 modules with compatible three-phase H2 inverters, subject to the requirements of the particular inverter model.
Specifications Explained
The module uses LiFePO4 battery chemistry and provides 6.4kWh of total energy capacity with up to 100% depth of discharge under SAJ’s specified operating conditions. Nominal module voltage is 64V, with an operating voltage range of 56-72V and a rated/maximum charge and rated discharge current of 50A. The B2S platform uses a quick-connect stackable architecture, natural-convection cooling and an IP65-rated system enclosure when assembled as the specified battery system. SAJ specifies more than 6,000 battery cycles under its stated cell test conditions.
Summary
The SAJ B2S HV LFP 6.4kWh Battery Module is the 6.4kWh building block used within compatible SAJ B2S high-voltage battery systems. Its LiFePO4 chemistry, 64V nominal module voltage and modular stackable format allow installers to configure storage capacity around the requirements of the compatible SAJ H2 inverter and installation. It is a practical choice where a scalable SAJ battery solution is required for solar energy storage and backup applications.
Further Information From The Manufacturer
The SAJ BU2-6.4-HV1-S B2S High-Voltage LFP Battery Module provides 6.4kWh of total and usable energy capacity for SAJ B2S high-voltage battery storage systems. Using 100Ah LiFePO4 battery cells with 100% depth of discharge, it delivers reliable, long-life energy storage for residential and commercial applications.
The modular, plug-and-play design allows multiple battery modules to be stacked for flexible system sizing. The battery is compatible with SAJ H2 Series hybrid inverters, supporting 2-6 B2S modules with H2 S2/S3 models and 4-8 modules with H2 10-30K T3 models.
Designed for durability and ease of installation, each module provides a 6,400W rated power output, 50A charge and discharge current and a design life of up to 6,000 cycles under specified test conditions. The module forms part of an IP65-rated floor-standing battery system and is backed by a 10-year standard warranty.
Key Features:
- 6.4kWh total and usable energy capacity
- 100Ah LiFePO4 battery cells
- 100% depth of discharge
- 6,000 cycle design life under specified test conditions
- 6,400W rated power with 50A charge/discharge current
- Stackable plug-and-play design
- Compatible with SAJ H2 Series hybrid inverters
- 2-6 modules for H2 S2/S3 and 4-8 modules for H2 10-30K T3
- Forms part of an IP65-rated floor-standing battery system
- Dimensions: 725mm W x 145mm H x 380mm D
- Weight: 56kg
- 10-year standard warranty
Weights & Measurements Information
| Weight (kg) | 56.0000 |
| Length (mm) | 725 |
| Height (mm) | 145 |
| Width (mm) | 380 |
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About SAJ
SAJ is a manufacturer of solar inverters, battery storage systems and associated energy-management equipment. Its residential range includes grid-connected and hybrid inverters together with modular high-voltage battery systems. SAJ develops its battery and inverter products as integrated platforms, allowing compatible components to communicate and operate as a complete solar and energy-storage system. In Australia, SAJ supplies equipment for residential and commercial solar and battery applications.
