The itel IPL‑51314Y is a high‑capacity 48V 314Ah (~16.07 kWh) standing LiFePO₄ lithium battery engineered for reliable solar energy storage, off‑grid power systems, and hybrid inverter setups. With 6,000+ cycles at 80 % Depth of Discharge (DoD), advanced intelligent BMS protection with active balancing, and a rugged metal enclosure built for durability, this battery is designed for long‑term performance in homes, commercial sites, industrial facilities, and data center backup applications.
Designed for heavy‑duty power demands, it delivers a strong 200A continuous discharge output, excellent temperature stability, and supports parallel expansion for larger energy banks. Its long lifespan, stable voltage delivery, and superior safety make it ideal for 48V hybrid inverters and energy backup systems requiring consistent, clean power.
Key Features
• Massive Storage Capacity – ~16.07 kWh energy output suitable for high‑demand systems
• Ultra‑Long Lifespan – 6,000+ cycles at 80 % DoD (10‑year design life)
• Smart BMS Integrated – Protects against overcharge, over‑discharge, temperature extremes, and short‑circuit
• High Output Power – 200A continuous discharge with strong pulse support
• Industrial Durability – Metal enclosure with rugged protection
• Parallel Ready – Supports up to ~15 units for large storage banks
• Wide Temperature Tolerance – Operates between -20 °C to +60 °C
• Universal Inverter Compatibility – Works with most 48V hybrid inverters
• LED Display Monitoring – Built‑in status display for easy monitoring
• LiFePO₄ Chemistry – Safe, stable, and thermally efficient
Technical Specifications
• Battery Capacity: ~314Ah
• Energy Storage: ~16.07 kWh (16070 Wh)
• Nominal Voltage: 48V DC (≈51.2V)
• Battery Type: LiFePO₄ (Lithium Iron Phosphate)
• Continuous Discharge Current: 200A
• Cycle Life: 6,000+ cycles @ 80 % DoD
• Operating Temperature: -20 °C to +60 °C
• Enclosure Rating: Industrial metal casing (rugged build)
• Mounting Style: Standing vertical design
• Parallel Support: Up to ~15 units
Caution
• Battery must be connected to a compatible 48V hybrid inverter for use.
• Not an all‑in‑one system — it cannot power appliances directly.
• Must be recharged via solar panels or grid (NEPA) through an inverter.
• Ensure proper cable sizing and installation by a qualified technician.







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