5.8kWh Rack Type LiFePO4 Battery

General Information

Product: 51.2V 600A 5.8kWh Rack-Mounted Energy Storage Battery

• Voltage: 51.2 Volts

• Current Output: Up to 600 Amperes (A)

• Battery Capacity: 5.8 Kilowatt-hours (kWh)

• Configuration: Rack-mounted design for easy installation and integration

• Operating Efficiency: High efficiency in energy storage and discharge

• Application Suitability: Designed for high-power output applications requiring reliable energy storage

• Safety Features: Equipped with advanced safety mechanisms and protections

• Compatibility: Suitable for integration with various power systems and renewable energy sources

• Monitoring and Control: Includes monitoring and control mechanisms for real-time performance tracking

• Cycle Life: Optimized for extended cycle life to ensure long-term usability

• Dimensions: 650x542x1000mm

• Weight: About 250Kg

• Warranty: 5Year

This product is engineered to provide substantial power output and reliable energy storage, making it well-suited for applications demanding high-power consumption and extended periods of power supply. Its advanced features and safety mechanisms ensure efficient operation and longevity. The rack-mounted design facilitates seamless integration into various systems, enabling flexibility in deployment.

Precautions

1. Installation and Placement:

• Ensure proper ventilation and cooling for the rack-mounted battery system.

• Install the system in a dry and well-ventilated area to prevent overheating.

• Follow manufacturer guidelines for installation and placement to maintain safety and performance.

2. Electrical Safety:

• Only qualified personnel should handle installation and maintenance tasks.

• Adhere to local electrical codes and safety standards during installation.

• Use appropriate protective equipment when working with electrical connections.

3. Maintenance and Monitoring:

• Regularly inspect the battery system for signs of damage or wear.

• Monitor the system's performance using provided monitoring and control mechanisms.

• Follow manufacturer recommendations for maintenance schedules and procedures.

4. Temperature Management:

• Avoid exposing the battery system to extreme temperatures, as it can affect performance and lifespan.

• Implement temperature management solutions if necessary, such as cooling systems or insulation.

5. Overcurrent Protection:

• Use proper fuses and circuit breakers to prevent overcurrent situations.

• Avoid overloading the system beyond its specified current output capacity.

6. Emergency Preparedness:

• Have an emergency shutdown procedure in place in case of system malfunction.

• Educate personnel about emergency procedures, including how to disconnect power in emergencies.

7. Compatibility and Integration:

• Ensure that the battery system is compatible with the intended power systems and equipment.

• Consult with experts if integrating the battery system with existing infrastructure.

8. Warranty and Service:

• Understand the terms of the warranty and service agreements provided by the manufacturer.

• Adhere to recommended usage practices to maintain warranty coverage.

9. Transport and Handling:

• Follow safe transport and handling procedures to prevent damage during shipping and installation.

• Securely anchor the rack-mounted system to prevent tipping or displacement.

10. Disposal and Recycling:

• Dispose of the battery system in accordance with local regulations and environmental guidelines.

• Seek information from the manufacturer about recycling or proper disposal methods.

Remember that these precautions are general guidelines, and it's essential to refer to the specific user manual and guidelines provided by the manufacturer for your product.