ITEL STANDING LITHIUM BATTERY IPL-51314H – 51.2V 314Ah 16076Wh 48V LiFePO4 BATTERY (6000 CYCLES)

ITEL STANDING LITHIUM BATTERY IPL-51314H OVERVIEW

The ITEL Standing Lithium Battery IPL-51314H is an ultra high-capacity energy storage solution engineered for large-scale residential, commercial, and industrial solar systems. Built with advanced Lithium Iron Phosphate (LiFePO4) technology, this battery delivers outstanding safety, long lifespan, and stable high-power performance for demanding energy applications.

With a massive 51.2V 314Ah capacity and an impressive 16076Wh (16.076kWh) energy storage output, the ITEL Standing Lithium Battery IPL-51314H is designed for 48V inverter systems, making it ideal for heavy-duty hybrid solar installations, backup systems, and off-grid power solutions.

Engineered for durability and long-term use, the ITEL Standing Lithium Battery IPL-51314H offers up to 6,000 charge and discharge cycles, ensuring years of reliable performance with reduced maintenance and replacement costs. Its floor-standing design provides stability, easy installation, and efficient use of space.

KEY FEATURES OF ITEL STANDING LITHIUM BATTERY IPL-51314H

• Advanced LiFePO4 (Lithium Iron Phosphate) technology

• Ultra high-capacity 51.2V 314Ah battery system

• Massive 16076Wh (16.076kWh) energy storage capacity

• Compatible with 48V inverter systems

• Long lifespan of up to 6,000 cycles

• Floor-standing heavy-duty design

• Built-in intelligent Battery Management System (BMS)

• Maintenance-free operation

• High discharge stability for heavy loads

• Excellent thermal and chemical safety performance

• Deep-cycle capability for daily energy use

• Fast and efficient charging support

• Eco-friendly and long-lasting energy solution

• Designed for continuous high-power applications

KEY SPECIFICATIONS

GENERAL SPECIFICATIONS

• Brand: ITEL

• Model: IPL-51314H

• Product Type: Standing Lithium Battery

• Battery Chemistry: Lithium Iron Phosphate (LiFePO4)

• Protection Rating: IP21

• Nominal Voltage: 51.2V

• System Voltage: 48V

• Rated Capacity: 314Ah

• Energy Capacity: 16076Wh (16.076kWh)

• Cycle Life: Up to 6,000 Cycles

PERFORMANCE SPECIFICATIONS

• High Charging Efficiency

• Stable Continuous Discharge Performance

• Deep Cycle Capability

• Low Self-Discharge Rate

• Fast Charging Support

• Optimized for Heavy Daily Energy Usage

• Suitable for High Load Applications

BATTERY PROTECTION FEATURES

• Intelligent Battery Management System (BMS)

• Overcharge Protection

• Over-Discharge Protection

• Overcurrent Protection

• Short Circuit Protection

• Over Temperature Protection

• Cell Balancing Function

PHYSICAL SPECIFICATIONS

• Installation Type: Floor Standing

• Enclosure Protection: IP21

• Maintenance: Maintenance-Free

• Heavy-Duty Protective Housing

• Vertical Space-Saving Design

WHY CHOOSE THE ITEL STANDING LITHIUM BATTERY IPL-51314H?

The ITEL Standing Lithium Battery IPL-51314H is designed for users who require maximum energy storage capacity, superior durability, and reliable long-term performance. With its 16.076kWh energy capacity, 314Ah high output, and 6,000-cycle lifespan, it is a powerful solution for demanding solar and backup power systems.

Unlike traditional batteries, the ITEL IPL-51314H delivers higher efficiency, deeper discharge capability, faster charging, and significantly lower maintenance requirements. Its advanced LiFePO4 chemistry ensures stable performance even under heavy load conditions.

IDEAL APPLICATIONS

• Large residential solar energy storage systems

• Commercial and industrial backup power systems

• Hybrid inverter installations

• Off-grid solar power systems

• Hotels and hospitality facilities

• Office complexes and business centers

• Telecommunications infrastructure

• CCTV and security power systems

• Data centers and IT facilities

• Renewable energy projects

• Critical backup power applications

The ITEL Standing Lithium Battery IPL-51314H stands as a premium high-capacity energy storage solution, combining massive power output, advanced safety features, and long-term reliability for modern energy independence.

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