SKU: FLW-BM1.6-2.88

220V 1600W 2.88kWh Stackable Power Station

$1,957.14 USD$2,795.92 USD

1. LiFePO4 battery, 6000 times SOH≥70% (≈15 Years)
2. Stable 1600W (3200W Peak) Pure Sine Wave output.
3. High 2100W Max Solar input for rapid charging.
4. 2880Wh Large capacity ensures extended off-grid run time.
5. BMS protection, IP65 rating, and App management

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1600W Output, 2.88-11.52kWh Scalable Capacity


2.88kWh base capacity, expandable to 11.52kWh. Supports 2100W solar charging with pure sine wave output for long-term home power needs.

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Plug & Play: Modular Energy System with Easy Setup & Smart Control


Main unit and battery modules connect instantly, support solar/grid dual input. Smart APP monitoring, dustproof/waterproof design, simple installation and easy operation.

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Safety Guard: IP65 Rated Smart Energy System with International Certifications


LiFePO₄ battery with 6000 cycles, built-in BMS multi-protection. IP65 dustproof/waterproof, VDE/CE/UN38.3 certified for safer operation.

portable power station application

Balcony Energy Expert: Scalable Power for Whole-Day Household Needs


1600W pure sine wave output, 2.88-11.52kWh scalable capacity. Solar charging support, ideal for home backup, balcony storage and daily appliance power.

FAQs


  • Most residential and portable systems use lithium‑ion batteries, known for high efficiency and long service life. Other battery types, like lead‑acid or flow batteries, exist but are less common in home or portable setups.

  • Modern energy storage systems include multiple protections such as over‑current, over‑voltage, short‑circuit, and temperature control, making them safe for home and outdoor use.


  • Consider your average energy usage, backup power needs, and whether you want storage for daily solar self‑consumption or emergency backup. Larger capacity systems support more devices and longer runtime.

  • Battery life is measured in charge‑discharge cycles. Lithium‑ion portable power stations typically last thousands of cycles, providing reliable energy storage for many years before capacity declines significantly.