Description

Product Description

The Dyness LR1.2 battery module is engineered using advanced lithium iron phosphate cell technology to provide safe, stable, and long lasting energy storage. It is suitable for residential solar systems, commercial energy storage, and off grid applications.

The modular rack mount design allows multiple units to be connected in parallel for increased storage capacity, making it flexible for different system sizes. An integrated battery management system monitors cell voltage, current, and temperature to ensure optimal performance and system safety.

The LR1.2 supports communication with compatible hybrid and off grid inverters via CAN and RS485, ensuring seamless integration and intelligent energy management.

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Technical Specifications

Battery Specifications

• Battery Chemistry Lithium iron phosphate LiFePO4

• Nominal Voltage 51.2V

• Nominal Capacity 100Ah

• Nominal Energy 5.12kWh

• Usable Energy Up to 90 percent depending on settings

• Cycle Life More than 6000 cycles at 80 percent depth of discharge

• Design Life More than 10 years

Electrical Parameters

• Max Continuous Charge Current 100A

• Max Continuous Discharge Current 100A

• Communication CAN and RS485

• Integrated smart battery management system

Protection Features

• Overcharge protection

• Over discharge protection

• Overcurrent protection

• Short circuit protection

• Over temperature protection

• Cell balancing function

Mechanical Specifications

• Installation Rack mounted

• Cooling Natural convection

• Protection rating IP20

• Expandable parallel configuration

Environmental Conditions

• Operating temperature charge 0C to 55C

• Operating temperature discharge minus 20C to 55C

• Storage temperature minus 20C to 60C

• Indoor installation recommended

The Dyness LR1.2 provides a dependable and expandable solution for modern solar energy storage systems.