51.2V 100Ah Stack High Voltage Lithium Battery

Category:
Vansenergy Product & Service Advantages
  • High-efficiency lithium batteries for long-term reliability
  • Modular designs adaptable to diverse applications
  • Smart BMS integration for seamless energy management
  • Scalable OEM and customized solutions worldwide
  • Global support ensuring rapid response and compliance

Key Features

  • Modular High Voltage Battery Architecture
    Designed with 51.2V 100Ah LiFePO4 battery modules for flexible high-voltage residential and commercial energy storage applications.
  • Flexible Stackable Expansion Design
    Supports scalable battery configurations from 4+1 up to 12+1 module stacking combinations to meet different energy storage capacity requirements.
  • Compact & Space-Saving Rack Structure
    Slim rack-mounted design simplifies installation, transportation, maintenance, and future system expansion.
  • Premium Grade A LiFePO4 Battery Cells
    Built with high-quality lithium iron phosphate battery cells featuring high safety performance, excellent thermal stability, and reliable long-term operation.
  • Long Cycle Life Performance
    Supports over 6000 charge and discharge cycles at 80% DOD, helping reduce long-term operating and replacement costs.
  • Intelligent High Voltage BMS Protection
    Integrated smart Battery Management System provides real-time monitoring, SOC calculation, voltage balancing, temperature protection, overcurrent protection, and fault alarms.
  • High Voltage System Efficiency
    High-voltage platform design reduces operating current, minimizes energy loss, and improves overall system efficiency.
  • Wide Inverter Compatibility
    Compatible with mainstream high-voltage hybrid inverter brands through CAN, RS485, and RS232 communication protocols.
  • Optional Remote Monitoring Function
    Supports optional remote monitoring and cloud management for real-time system diagnostics and operational management.
  • Reliable Outdoor & Indoor Application Support
    Suitable for residential, commercial, backup power, solar storage, and hybrid energy storage projects.
  • OEM & ODM Customization Service
    Supports customized rack configurations, cabinet appearance, communication protocols, inverter compatibility, and logo branding according to project requirements.
  • Strict Quality Control & Technical Support
    Each battery module is fully tested before shipment and supported by professional engineering service and warranty support.

Product Description

The 51.2V 100Ah High Voltage LiFePO4 Battery Rack System is a modular energy storage solution designed for residential and commercial solar energy storage applications. Featuring a flexible stackable structure, the system supports configurations from 4+1 up to 12+1 battery modules, allowing users to build customized high-voltage energy storage systems based on project requirements.

Using premium Grade A lithium iron phosphate battery technology, the system provides excellent safety, stable performance, and long operational lifespan. The compact rack-mounted design saves installation space while simplifying transportation, maintenance, and future capacity expansion.

The intelligent integrated Battery Management System continuously monitors battery voltage, temperature, current, and operational status to ensure safe and reliable system performance. The high-voltage architecture improves energy conversion efficiency by reducing current loss and enhancing overall system stability.

The battery system supports communication with mainstream high-voltage hybrid inverters through CAN, RS485, and RS232 interfaces, enabling seamless integration into solar storage and backup power systems. Optional remote monitoring functionality allows users to access real-time system information and diagnostics through mobile devices or cloud platforms.

Vansenergy provides flexible OEM and ODM customization services including rack structure optimization, inverter compatibility adjustment, communication protocol customization, and branding solutions according to customer project requirements. The system is widely used in residential solar systems, commercial backup power projects, microgrids, and hybrid energy storage applications worldwide.

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