Description

Product Description

The Greenrich HV 60kWh system delivers scalable high voltage energy storage using high performance lithium iron phosphate chemistry and a structured rack system designed for indoor installation. Each 5kWh battery module integrates advanced battery management technology, allowing safe and efficient management of charging and discharging with cell balancing and fault protections.

Configured in series and parallel to achieve nominal high voltage and total capacity of approximately 60kWh, this solution is suitable for hybrid solar systems, backup power applications, energy shifting and off grid support. The modular architecture supports expansion based on system requirements, and communication compatibility with major high voltage hybrid and off grid inverter brands facilitates seamless integration.

The included racks provide structured mounting and cable management for multiple modules and controllers, ensuring a professional, organised, and serviceable installation environment.

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Technical Specifications

System Configuration

• Total nominal energy approximately 60kWh based on 12 individual 5kWh modules

• High voltage architecture configurable for 150V to 900V DC systems

• Series and parallel connections supported for scalable voltage and capacity

• Includes controller unit and rack frame for structured installation

Battery Module Specifications (per 5kWh unit)

• Battery chemistry Lithium iron phosphate LiFePO4

• Nominal energy per module 5.12kWh

• Nominal voltage per module approximately 51.2V

• Nominal capacity approximately 96.6Ah

• Voltage operating range approximately 46.4V to 56.8V

• Cell type cylindrical LiFePO4 cells with 1.5C technology

Electrical Parameters

• Communication protocols CAN and RS485 supported

• Battery management system with cell monitoring and protection functions

Protection Features

• Overcharge protection

• Over discharge protection

• Overcurrent protection

• Short circuit protection

• Over temperature protection

• Nail test compliant design with multiple safety layers including relays and breakers

Racks and Controller

• Floor standing rack system designed to house 12 modules and associated controller

• Structured cable management and secure mounting points

• Compatibility with high voltage controller units for system management and inverter communication

Environmental Conditions

• Operating temperature charge 0°C to 55°C

• Operating temperature discharge -20°C to 60°C

• Storage temperature -10°C to 45°C

• Recommended relative humidity 5 to 95 percent

Applications

• Hybrid solar energy storage systems

• Backup power and emergency supply

• Commercial and industrial energy management

• Off grid power systems

Warranty and Lifecycle

• Typical warranty up to 10 years depending on supplier terms

• Cycle life performance typically greater than manufacturers minimum specifications for high voltage LiFePO4 systems