SKU: FLW-EOT02S-3.0KW

220V 3000W 2.56kWh Power Station

$1,134.29 USD$1,620.41 USD

1. 3KW high-power hybrid inverter for home and light commercial use.
2. 2.56kWh LiFePO₄ battery provides durable, long-term energy storage.
3. Supports PV and AC hybrid input with 99.9% MPPT efficiency.
4. Up to 6000VA peak output and 4000W bypass mode for heavy loads.
5. Equipped with USB-A, USB-C, and DC5521 fast-charging ports.

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Flowatt EOT02S 3kW All in One Solar Storage System Features

2.56kWh Storage, 60A MPPT, 1-Hour Charge


3000W pure sine wave output with 2.56kWh LiFePO4 battery. 60A MPPT solar charging, 1-hour fast full charge, and automatic PV/AC switching for high-power needs.

Flowatt EOT02S 3kW All in One Solar Storage System Installation

Compact & Portable, Easy Plug-and-Play Setup


Lightweight design (60×40×28cm/40kg) for floor installation and portable use. Clearly labeled ports enable tool-free setup with plug-and-play connectivity.

Flowatt EOT02S 3kW All in One Solar Storage System Design

Multi-Protection Circuit & Smart Thermal Control


Features overload/short-circuit/over-temperature/over-under voltage protection with safe LiFePO4 battery. Wide voltage input (90-280Vac) adapts to grid fluctuations, forced air cooling ensures stability.

portable power station application

All-Scenario Power for Home/Outdoor/Emergency Use


Ideal for home energy storage, outdoor operations, emergency backup and small business use. 3000W pure sine wave supports high-power devices with PV/AC hybrid charging.

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.