Volta Stage 4 Battery – 14.34 kWh (New Generation)
 
High-Capacity | Long-Life | Smart Energy Storage
The Volta Stage 4 14.34 kWh Battery is a premium energy storage solution designed for residential, commercial, and hybrid solar systems. With its large lithium storage capacity, this battery provides reliable backup power, improves load-shedding resilience, and helps maximise self-consumption from solar PV installations.
Built using advanced Lithium Iron Phosphate (LFP) chemistry, the Volta Stage 4 delivers long cycle life, excellent thermal stability, and dependable long-term operation. Its plug-and-play design and parallel expansion capability make it ideal for scalable energy storage systems requiring extended backup capacity.
 
Key Benefits
• 14.34 kWh capacity to power multiple essential loads overnight or during outages
• LFP cells for superior cycle life, safety, and reliability
• Smart monitoring through integrated BMS
• Plug-and-play installation with parallel expansion options
• Low self-discharge and high efficiency
• Suitable for large homes, businesses, and hybrid solar systems
 
Battery Specifications
Capacity: 14.34 kWh
Chemistry: Lithium Iron Phosphate (LFP)
Nominal Voltage: 48 V
Maximum Charge / Discharge Current: 150 A
Maximum Continuous Output Power: 8 kW (inverter dependent)
Depth of Discharge: 90%
Cycle Life: Over 6,000 cycles at 90% DoD
Operating Temperature: 0°C to 45°C (charging), –10°C to 50°C (discharging)
Storage Temperature: –20°C to 60°C
Ingress Protection: IP20
 
Key Features
• Integrated Battery Management System for safety and optimal performance
• Parallel expansion ready for higher-capacity systems
• Compatible with most hybrid and off-grid inverters
• Compact and robust design for easy handling
• Stable, non-toxic LFP chemistry
 
Why Choose the Volta Stage 4 14.34 kWh Battery?
The Volta Stage 4 Battery delivers ultra-high capacity energy storage, long service life, and dependable backup power in a practical and safe format. It is ideal for users who require maximum energy independence, extended runtime during outages, and efficient solar self-consumption.