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9.6kWh ESS LiFePO4 Battery – 96V 100Ah Solar Storage
SKU: AQ-ESS-96100
Voltage: 96 V
Capacity: 100 Ah
Power: 9.6 kWh
Cycle Life: 6000
Voltage: 96 V
Capacity: 100 Ah
Power: 9.6 kWh
Cycle Life: 6000
MRP:
Original price was: ₹277,536.₹203,196Current price is: ₹203,196.
FAST CHARGING
ZERO MAINTENANCE
5 YEAR WARRANTY
1O YEAR BATTERY LIFE
- BRAND NEW & 100% GENUINE
- Premium Yet Affordable
- Built for Durability
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Key Features
⚡ High-Performance Energy Storage
Designed to store and deliver solar energy efficiently for dependable energy management and backup applications.
🔋 High-Voltage ESS Architecture
The 96V configuration is designed for compatible high-voltage energy storage systems requiring efficient energy storage.
🌱 Advanced LiFePO4 Technology
LiFePO4 chemistry offers stable performance, enhanced safety, and reliable operation for repeated energy storage cycles.
☀️ Efficient Solar Energy Utilization
Stores excess solar energy during periods of generation and makes it available when solar production is low or unavailable.
🔄 Reliable Long-Term Performance
Designed for dependable cycling and consistent energy storage performance over its operating life.
🛡️ Smart BMS Protection
Inbuilt Smart BMS helps monitor battery operation and provides protection for safer and more reliable performance.
🔒 Multiple Protection Functions
Built-in protection helps safeguard the battery against low voltage, over voltage, over-current, and temperature-related conditions.
⚡ Efficient Energy Availability
Supports efficient charging and discharging to help maintain energy availability for daily storage and backup requirements.
🏢 Commercial & Industrial Applications
Suitable for commercial, industrial, renewable energy, and other compatible high-voltage ESS applications.
🔧 Low-Maintenance Energy Storage
LiFePO4 technology offers a practical alternative to conventional battery systems with minimal routine maintenance requirements.
Specification
- Nominal Voltage: 96V
- Rated Capacity: 100Ah
- Energy Capacity: 9.6kWh
- Configuration: 30S 1P
- Battery Type: LiFePO4
- BMS: Inbuilt Smart BMS
- Operating Voltage Range: 84–109V
- Continuous Charging Current: 30A
- Maximum Charging Current: 50A (0.25C @ 25°C)
- Continuous Discharging Current: 80A (0.25C @ 25°C)
- Maximum Peak Discharge Current: 100A
- Maximum Charging Time: 2 hrs @ 50A / 4 hrs @ 25A
- Maximum Discharging Time: 2 hrs @ 50A / 4 hrs @ 25A
- Charging Temperature Range: 0°C–45°C
- Discharging Temperature Range: -20°C–60°C
- Recommended SOC Range: 20%–80%
- Storage & Transportation SOC: 40% of Rated Capacity
- Dimensions (L × W × H): As per Design
- Weight with Metal Cabinet: 85 kg
- Inbuilt Display: Yes / As per Design
- MCB: Yes / As per Design
- Life Cycle: 6000 cycles
Description
The 9.6kWh ESS LiFePO4 Battery (96V 100Ah) is designed for reliable solar energy storage, commercial backup power, and compatible high-voltage inverter applications. With a 9.6kWh nominal energy capacity, LiFePO4 battery technology, and a high-voltage 96V configuration, it provides stable and efficient energy storage for commercial, industrial, and renewable energy systems.
Not sure which battery or inverter capacity is suitable for your requirements? Use our Electricity Load Calculator and Inverter Size Calculator.
Applications
- Solar energy storage
- Commercial energy storage
- Industrial energy storage
- Solar inverter systems
- High-voltage ESS
- Backup power systems
- Renewable energy storage
- Hybrid energy storage systems
- Commercial buildings
- Industrial facilities
- Solar power installations
- Power backup applications
Compatible Solar Systems
A 9.6kWh ESS battery can be used with compatible small to medium-sized solar installations, depending on energy consumption, backup requirements, inverter capacity, and system configuration.
| SOLAR SYSTEM SIZE | RECOMMENDED BATTERY |
|---|---|
| 3kW solar system | 5–10kWh ESS battery |
| 5kW solar system | 10kWh ESS battery |
| 8kW solar system | 10–15kWh ESS battery |
These are general application guidelines and should not be considered fixed battery-sizing recommendations. Actual battery sizing depends on electricity consumption, solar generation, connected load, inverter specifications, required backup duration, and daily energy usage.
To determine your electricity load, select the appropriate inverter size, and estimate your required backup duration, use our Electricity Load Calculator, Inverter Size Calculator, and Backup Time Calculator.
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