51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

Why Choose Our Energy Storage Solution

⚡

High Efficiency

Up to 95% energy conversion rate

🛡️

Superior Safety

Multi-layer protection system

🔋

Long Lifespan

10+ years warranty support

⚙️

Customizable

Tailored to your specific needs

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51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

$0.00
51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

51.2V 300Ah Stackable LiFePO4 Battery for Home Energy Storage

$0.00

    51.2V 300AH Mobile Stacking Battery Pack

    High-Capacity Modular Energy Storage

    15360WH Capacity Advanced Stacking 200A Discharge 15 Unit Parallel

    Product Introduction

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    High-Capacity Modular

    15.36kWh per unit in advanced stackable configuration with the ability to parallel up to 15 units and stack up to 6 units high for massive energy storage capacity.

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    Enhanced Performance

    200A discharge capability with advanced power management ensures optimal performance across the entire stacked system configuration.

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    Mobile Flexibility

    Designed for mobile applications with standardized interconnects and transportation-friendly packaging for flexible deployment scenarios.

    Technical Features

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    Advanced Modular Design

    Enhanced modular architecture with intelligent load balancing and advanced interconnect systems for optimal performance in large configurations.

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    Intelligent BMS Network

    Advanced distributed BMS with master-slave coordination, ensuring optimal performance, safety, and load balancing across all stacked units.

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    Service-Friendly Design

    Modular design enables individual unit servicing, replacement, and capacity adjustment without disrupting the entire system operation.

    Technical Specifications

    Parameter Specification
    Model51.2V300AH (Mobile Stacking)
    Nominal Voltage51.2V
    Nominal Capacity300Ah
    Rated Energy15360WH
    Continuous Charge Current0-150A
    Continuous Discharge Current0-200A
    Charge Termination Voltage58.4V
    Discharge Termination Voltage44.8V-46.5V
    Communication InterfaceRS232, RS485, CAN
    Cycle Life6000 cycles (80% DOD)
    Maximum Parallel Units15 units
    Maximum Stack Height6 units
    Product Dimensions650×470×235mm
    Package Dimensions725×565×310mm
    Product Weight107.5kg
    Package Weight119.2kg

    Application Scenarios

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    Large Construction Projects

    Ideal for major construction sites and infrastructure projects requiring high-capacity, scalable mobile power solutions.

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    Emergency Response

    Essential for disaster relief operations, emergency command centers, and critical response scenarios requiring reliable mobile power.

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    Industrial Applications

    Suitable for industrial facilities requiring flexible, high-capacity backup power that can be scaled based on operational demands.

    Installation & Integration

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    Advanced Stacking System

    Sophisticated stacking mechanism with integrated safety features and standardized connections for reliable multi-unit configurations.

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    External Inverter Integration

    Designed for use with high-power external inverters, providing maximum flexibility in power conversion and system configuration options.

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    Comprehensive Monitoring

    Optional APP module provides detailed monitoring and control of the entire stacked system with individual unit performance tracking.

    Frequently Asked Questions

    With 15 units in parallel and 6 units stacked high, you can achieve up to 1.38MWh (90 units × 15.36kWh) of total energy storage capacity in a single system.
    Each unit features an intelligent BMS that communicates with other units to ensure optimal load balancing, charge distribution, and synchronized operation across the entire system.
    Yes, the modular design allows the system to continue operating even if individual units are offline for maintenance, though total capacity will be reduced accordingly.
    High-power external inverters capable of handling the combined capacity are required. Professional system design ensures proper inverter selection and integration.

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