Dynamp DLR5105 LiFePO4 50Ah 2560Wh 51.2V Rack Mounted Lithium Battery

Dynamp DLR5105 LiFePO4 50Ah 2560Wh 51.2V Rack Mounted Lithium Battery

The Dynamp DLR5105 51.2V 50Ah LiFePO4 Rack Mounted Battery is a high performance energy storage solution designed for solar, backup, and off grid systems. Built using Lithium Iron Phosphate technology, it delivers excellent cycle life, consistent power output, and enhanced safety, making it ideal for demanding residential and commercial installations.

With a total energy capacity of 2560Wh and a modular rack mounted design, this battery is well suited for scalable systems where reliability and long term performance are essential.

Key Features

• 51.2V 50Ah lithium battery with 2560Wh energy storage
• LiFePO4 technology for enhanced safety and stability
• Long cycle life exceeding 3000 cycles at 80% depth of discharge
• High efficiency charge and discharge performance
• Built in BMS with protection against overcharge, over discharge, and short circuit
• Wide operating temperature range for flexible installation
• Rack mounted design for easy integration into energy systems
• Expandable modular system capability

Applications of DYNAMP DLR5105

• Solar energy storage systems
• Off grid power installations
• Backup power and UPS systems
• Telecommunication systems
• Commercial and residential energy storage
• Hybrid inverter battery systems

Technical Specifications

• Voltage: 51.2V
• Capacity: 50Ah
• Energy: 2560Wh
• Technology: LiFePO4
• Cycle Life: >3000 cycles @ 80% DOD
• Max Charge Current: 100A
• Max Discharge Current: 100A
• Charge Voltage: 58.4V
• Discharge Cut-off Voltage: 43.2V
• Operating Temperature: -20°C to 60°C
• IP Rating: IP56
• Dimensions: 650 x 438 x 178 mm
• Weight: 55 kg

Why Choose the Dynamp DLR5105

The Dynamp DLR5105 offers a reliable and scalable energy storage solution with the benefits of LiFePO4 technology, including long service life, high efficiency, and enhanced safety. Its rack mounted design and modular capability make it ideal for modern energy systems requiring dependable performance and flexibility.