Sungrow SBR096

Battery storage system Sungrow SBR096

Compact, modular LiFePO4 energy storage for PV installations delivering 9.6 kWh across three modules. Designed to optimize self-consumption, support scalable storage, and integrate with PV inverters to enhance grid-tied solar systems and backup capabilities.

Applications and use cases

The Sungrow SBR096 battery storage module is intended for residential solar setups, commercial rooftop PV projects, and microgrid applications where reliable energy storage and CAN-based control are beneficial. Its modular three‑module design enables scalable capacity to match evolving energy needs, while a robust IP55 enclosure supports installation in a range of indoor or outdoor environments. Seamless CAN communication enables straightforward integration with compatible inverters and energy management systems, making it suitable for peak shaving, load shifting, and enhanced self‑consumption from PV installations.

• 9.6 kWh total storage capacity across 3 modules
• Modular design supports scalable expansion with compatible systems
• CAN-based data exchange for reliable, closed-loop control with inverters and BMS
• IP55 protection for outdoor or semi-outdoor installation environments

Key electrical and performance parameters

The SBR096 provides a balanced mix of safety, efficiency, and versatility. With a nominal 192 V system, it operates within a voltage range of 150–219 V and uses LiFePO4 chemistry for stable, long‑life energy storage. The unit supports full depth of discharge (100%), enabling full utilization of stored energy, and is designed for charging up to 50°C and discharging up to 50°C, with minimum charging and discharging temperatures specified at 0°C and -20°C respectively. The compact footprint and weight facilitate installation, while a dedicated Battery Management System (BMS) protects cells and monitors performance. A 10-year warranty underscores long‑term reliability. A technical specification PDF is attached for detailed model data.

• Capacity: 9.6 kWh (3 modules) with 100% DoD
• Nominal voltage: 192 V; Voltage range: 150–219 V
• Chemistry: LiFePO4 (LFP); Protection: IP55
• Max charging temperature: 50°C; Max discharging temperature: 50°C
• Min charging temperature: 0°C; Min discharging temperature: -20°C
• Communication: CAN protocol for system integration
• Dimensions: 330 mm (L) × 625 mm (W) × 545 mm (H); Weight: 114 kg
• Warranty: 10 years

Battery and backup capabilities

The SBR096 is built as a modular energy storage solution designed to support PV-based backup and day‑to‑day energy management. Its LiFePO4 chemistry provides stable performance, with a dedicated BMS to protect cells and monitor health, state of charge, and temperature. When paired with an appropriate inverter and energy management system, the unit enables effective energy shifting, peak shaving, and enhanced self‑consumption for solar installations. A PDF specification document is available to confirm detailed electrical and mechanical data for system designers and installers.

• Three‑module 9.6 kWh chain with 100% DoD utilization
• BMS protection and monitoring for safe operation
• CAN-enabled integration with inverters and energy management systems
• Long‑term reliability backed by a 10‑year warranty

Operating conditions and reliability

The Sungrow SBR096 is engineered for robust operation in typical PV deployment environments. Its IP55 rating provides protection against dust and water ingress, supporting versatile installation locations. The unit is designed to operate across a practical temperature window for charging and discharging, enabling dependable performance in a range of climates. The CAN interface ensures reliable communication with compatible inverters and management platforms, contributing to stable, predictable energy storage behavior over time. The product is documented with a downloadable technical specification for engineers to assess all performance guarantees and installation requirements.

• IP55 enclosure for enhanced protection
• CAN communication for dependable MES/inverter integration
• Nominal 192 V, suitable for common PV storage configurations
• Modular design supports scalable capacity and flexible installation