[email protected] 0086-755-89550077
CYCLENPO Rack Energy Storage Battery System Modular, Scalable and Smart Power Storage Solution

As global energy systems move toward low-carbon and intelligent transformation, stable and flexible energy storage solutions are becoming essential in residential, commercial, and industrial applications. CYCLENPO, a company focusing on lithium iron phosphate (LiFePO₄) energy storage products and system integration, provides a rack-mounted battery solution designed for high safety, easy capacity expansion, and wide compatibility with mainstream inverters and PCS systems.

CYCLENPO is committed to offering reliable battery storage products and integrated energy solutions that support renewable energy utilization and efficient power management.

What is a Rack Energy Storage Battery System?

A Rack Battery System is a modular energy storage solution in which multiple LiFePO₄ battery modules are installed inside a standard 19-inch equipment rack or cabinet. The system is monitored and controlled by an intelligent BMS (Battery Management System), ensuring efficient and stable operation.

Typical applications include:

  • Solar and wind renewable energy storage
  • Commercial and industrial peak-shaving and energy optimization
  • Data center and IDC backup power
  • Telecom base station backup systems
  • Residential energy storage expansion and micro-grid systems

Key Advantages of CYCLENPO Rack Battery System

1. Modular and Scalable Capacity

Standard 19-inch rack design supports flexible stacking of multiple battery modules, allowing system expansion from several kWh to large-scale deployments.

2. CYCLENPO Intelligent BMS Protection

The BMS monitors real-time voltage, current, SOC, SOH and temperature, and provides multi-level protection against over-charge, over-discharge, short circuit, over-current and over-temperature conditions.

3. Long Cycle Life and Good System Economics

Using LiFePO₄ cells, the system typically supports long cycle life, making it suitable for frequent charge/discharge applications and improving overall lifecycle cost performance.

4. Wide Compatibility with Inverters/PCS

Supports low-voltage 48V/51.2V configurations and high-voltage solutions from 150V to 800V, compatible with commonly used inverter and PCS brands.

5. Easy Installation and Maintenance

Drawer-type module design enables fast installation, replacement and maintenance, ideal for engineering deployment and long-term operation.

Technical Specifications (Reference Example)

Category Specification
Cell Type LiFePO₄ Lithium Iron Phosphate
Nominal Voltage 48V / 51.2V (High-voltage options available)
Module Capacity 50Ah / 100Ah / 150Ah/ 200Ah
Energy per Module 2.56kWh / 5.12kWh / 7.68kWh/ 10.24kWh
Communication Protocols CAN / RS485 /RS232
Cycle Life ≥6000 cycles @ 80% DOD (reference)
Protection Level IP20 (cabinet options available with higher protection levels)

CYCLENPO can provide customized voltage, capacity and EMS/PCS integrated energy storage solutions based on project requirements.

Application Scenarios & Value

Application Area Expected Value
Commercial & Industrial PV Storage Higher self-consumption of renewable energy
Peak Shaving / Load Shifting Optimized energy usage and reduced electricity cost
Data Center / IDC Backup Supply Increased power reliability for critical operations
Telecom Base Stations Enhances network availability and power continuity
Residential Energy Storage Expansion Backup power and solar energy utilization

 

CYCLENPO Brand Strengths

CYCLENPO provides a complete product ecosystem, from battery modules and rack systems to cabinet and containerized ESS solutions, supporting residential, commercial, telecommunication, marine, and off-grid power applications.

Brand capabilities include:

  • Experience in lithium iron phosphate energy storage manufacturing
  • Quality management and product certification resources
  • Technical support, system integration and OEM/ODM capability
  • Diverse product lines for multi-scenario energy applications

CYCLENPO continues to promote efficient and intelligent energy storage systems, contributing to a greener and more reliable global energy future.