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China Suppliers Factory Stacked Lithium Ion Battery Power System 5KWh/10KWh/15KWh/20KWh for Off-Grid/Hybrid Solar Solutions

Introducing our advanced stacked power system, available in 5KWh, 10KWh, 15KWh, and 20KWh configurations. This high-performance lithium-ion Lifepo4 battery is designed for off-grid and hybrid solar power applications. As a leading supplier of innovative energy solutions, our factory in China produces state-of-the-art batteries that ensure maximum efficiency and reliability for your power needs. Choose our stacked lithium batteries to elevate your renewable energy system today!

    Stacked Power System 5KWh / 10KWh / 15KWh / 20KWh — Lithium Ion LiFePO4 Battery, Off-Grid / Hybrid Solar Power System Stacked Lithium Battery.

    Product Model

    SLAHG-5KWH

    SLAHG-10KWH

    SLAHG-15KWH

    SLAHG-20KWH

    Rated Capacity

    100AH

    100AH*2

    100AH*3

    100AH*4

    Rated Energy

    5.12KWH

    10.24KWH

    15.36KWH

    20.48KWH

    Battery Type

    Lithium Iron Phosphate Battery

    Rated Voltage

    51.2V

    Communication Ports

    Rs485 CAN

    Photovoltaic Charging Current (Max)

    100A

    Mains Charging Current (Max)

    60A

    Rated Output Power

    5000W

    Battery Voltage

    48VDC

    Monitor

    LED+LCD

    Working Mode

    MPPT

    MPPT Tracking Voltage Range

    120V–450VDC

    Rated PV Array Operating Voltage

    360VDC

    Photovoltaic Input Power (Maximum)

    4000W

    DC Input Voltage Range

    42VDC–60VDC

    Rated Power Input Voltage

    220VAC / 230VAC / 240VAC

    Power Input Voltage Range

    170VAC–280VAC (UPS Mode)

    120VAC–280VAC (INV Mode)

    Power Input Frequency Range

    45Hz–55Hz (50Hz), 55Hz–65Hz (60Hz)

    Inverter Output Voltage

    220VAC±2% / 230VAC±2% / 240VAC±2% (Inverter Mode)

    Output Efficiency

    Inverter (Maximum): 94% (Peak) / Manual: 99%

    Size

    425*560*425mm

    425*560*600mm

    425*560*775mm

    425*560*950mm

    Weight

    80kg

    139.5kg

    199kg

    258.5kg

    Stacked Battery System Detailed Drawing
    Applications
    Application Scenarios

    Our Products For Outdoor Dining, Family Dinner, Farm, Outdoor Music Festival, Kitchen, RV, Camping, Fishing, Power Outage Emergency, Site, Office, Household, etc.

    Product Advantages
    1 EV-Grade LiFePO4 Batteries

    Compared with ordinary batteries, it has higher energy density, longer cycle life, higher safety under high temperature conditions, relatively stable discharge voltage, is compatible with various electrical appliances and digital devices, and can provide long-lasting power supply.

    EV-Grade LiFePO4 Batteries
    2 Built-in Battery Management System

    It uses an advanced battery management system with 8 layers of safety protection, multiple protection algorithms, and real-time dynamic adjustment of voltage, current, and temperature to ensure safe operation. This system can optimize battery performance, improve energy efficiency, extend battery life, improve system stability, and improve safety performance.

    Built-in Battery Management System
    3 Intelligent Operation Management System

    Intelligent power control, automatic and delay-free switching during power outages, ensuring power consumption experience during special periods.

    Intelligent Operation Management System
    4 Built-in MPPT Controller

    High-efficiency chip, using peak power point tracking technology, greatly improves the energy utilization of the solar energy system, with a conversion efficiency of no less than 99%, efficiently charging the battery.

    Built-in MPPT Controller
    5 Modular Stacking Design

    The energy storage system consists of 1 to 4 battery modules connected in series and an inverter module, with an available capacity of 5 to 20 kWh. The modular stacking design allows for flexible matching of energy storage units and capacity expansion on demand.

    Modular Stacking Design - Drawing 15Modular Stacking Design - Drawing 3Modular Stacking Design - Scene
    Frequently Asked Questions
    Q What capacity options are available for this stacked lithium battery system?
    The system is available in four capacity configurations: 5KWh (SLAHG-5KWH), 10KWh (SLAHG-10KWH), 15KWh (SLAHG-15KWH), and 20KWh (SLAHG-20KWH), corresponding to 1 to 4 battery modules connected in series.
    Q What type of battery cells are used in this energy storage system?
    The system uses EV-grade Lithium Iron Phosphate (LiFePO4) battery cells operating at a rated voltage of 51.2V. These cells offer higher energy density, longer cycle life, and superior safety performance compared to conventional batteries.
    Q Can this system work in both off-grid and hybrid (on-grid) solar setups?
    Yes. This stacked power system is designed to support both off-grid and hybrid solar configurations. It features MPPT solar charge control with a tracking voltage range of 120V–450VDC and accepts standard AC mains input (220VAC / 230VAC / 240VAC), making it versatile for various installation environments.
    Q What is the MPPT conversion efficiency of the built-in solar charge controller?
    The built-in MPPT controller uses a high-efficiency chip with peak power point tracking technology, achieving a conversion efficiency of no less than 99%. It supports a maximum photovoltaic input power of 4000W and a maximum PV charging current of 100A.
    Q How does the battery management system protect the battery?
    The built-in Battery Management System (BMS) provides 8 layers of safety protection, including multiple protection algorithms and real-time dynamic monitoring of voltage, current, and temperature. It optimizes battery performance, extends battery life, and ensures stable, safe operation under various conditions.
    Q What are the typical application scenarios for this stacked solar battery system?
    This system is suitable for a wide range of use cases, including residential household backup power, farms, offices, RV and camping power supply, outdoor events such as music festivals and dining, kitchen appliances, fishing, and emergency power outage situations.