Rack-Mounted Residential Energy Storage System

Key Features

  • Compact rackmount battery design compatible with standard 19-inch cabinet installations
  • Built with advanced LiFePO₄ cell technology for superior safety, thermal stability, and long service life
  • Supports charge and discharge rates up to 1C for efficient energy flow and fast response
  • Integrated HMI interface for real-time monitoring and intuitive system operation
  • Engineered for seamless compatibility with rack mount inverter and solar inverter systems

Models & Technical Specifications

This range of rack-mounted residential energy storage systems is available in multiple voltage and capacity configurations to support diverse home energy requirements. Standardized rack dimensions and compatibility with rack mount power inverter and rack mount solar inverter systems enable seamless integration into residential energy installations.

Model Nominal Voltage (V) Capacity (Ah)
JCBL R24-100 25.6 100
JCBL R24-200 25.6 200
JCBL R51.2-100 51.2 100
JCBL R51.2-150 51.2 150
JCBL R51.2-200 51.2 200

Description

JCBL India Batteries’ Rack-Mounted Residential Energy Storage Systems are modular lithium battery solutions designed for structured residential energy installations using inverter-based architectures. Built with high-quality LiFePO₄ cells, these systems provide reliable energy storage, long cycle life, and enhanced safety for homes using a rack mount power inverter or rack mount solar inverter configuration.

The rack-mounted form factor allows organized installation within standard 19-inch cabinets, making it ideal for homes with dedicated utility rooms or inverter racks. These rackmount battery systems are well suited for both daily energy cycling and dependable backup power during grid outages, ensuring stable energy availability across connected residential loads.

Battery Design Characteristics

This energy storage system utilizes premium LiFePO₄ cells known for their excellent thermal stability, low degradation, and extended operational life. An advanced battery management system (BMS) continuously monitors voltage, current, temperature, and state of charge to ensure safe and optimized operation under varying electrical conditions.

The enclosure is designed specifically for integration with rack mounted inverter setups, enabling clean cable management, scalable installation, and efficient use of cabinet space. The built-in HMI provides clear visibility into system performance and battery health, supporting informed monitoring for homeowners and installers alike.

Applications

The major applications of the rack-mounted residential storage system include:

  • Residential solar energy storage with rack mount solar inverter systems
  • Home backup power installations using a rack mount power inverter
  • Structured energy storage setups with rack mounted inverter configurations
  • Rack-based lithium battery storage for hybrid and inverter-driven home systems
  • Scalable residential energy storage in dedicated utility or equipment rooms

Quality, Safety & Compliance

All rack-mounted residential energy storage systems are manufactured under controlled quality management systems to ensure consistent performance, electrical safety, and long-term reliability. Each rackmount battery undergoes rigorous testing, including capacity validation, electrical protection checks, and BMS functionality verification.

LiFePO₄ chemistry offers inherent safety advantages such as high thermal stability and resistance to overheating. When installed according to recommended guidelines, these systems are suitable for residential indoor environments and structured inverter cabinets.

How to Choose the Right Battery for Your Needs

When selecting a rack-mounted energy storage system, consider the following:

  • Determine the required energy capacity based on household load and backup duration
  • Ensure compatibility with the selected rack mount inverter or solar inverter system
  • Verify cabinet space, rack configuration, and installation environment
  • Confirm communication and charging parameter alignment with the inverter
  • Consider scalability for future expansion of the energy storage system

Choosing the right rack-mounted lithium energy storage system ensures efficient power management, reliable backup operation, and long-term system performance within inverter-based residential energy setups.

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