SKU: FLW-PT1000W-2KWh

220V 1000W 2kWh Portable Power Station Energy Storage System

$509.00 USD$669.00 USD
El artículo está en stock¡Date prisa! Bajo inventarioEl artículo está agotado El artículo no está disponible
Cantidad

[{"variant_id":"51650750939431" , "metafield_value":""}]
FLW-PT1000W-2KWh-5.webp

1000W Portable All-in-One ESS for Stronger Backup Power


The Flowatts 1000W portable energy storage system integrates inverter and battery in one unit. Higher rated AC output makes it ideal for home emergency backup, small-business outages, and outdoor power—ready to run more demanding appliances with confidence.

FLW-PT1000W-2KWh-8.webp

Pure Sine Wave Output with 2009.6Wh Long Runtime


Deliver 1000W rated AC output with clean pure sine wave power (185–230Vac / 50Hz) for sensitive electronics and household loads. The built-in 2009.6Wh (~2kWh) battery provides longer runtime for outages, nighttime use, and reliable emergency home power.

FLW-PT1000W-2KWh-9.webp

Up to ~1000W Utility Fast Charge + Solar MPPT


Recharge via AC utility charging up to ~1000W, plus solar MPPT input (10–50Vdc, up to ~550W PV). Use solar energy storage by day and grid charging anytime—flexible, efficient power for a high-capacity portable ESS.

FLW-PT1000W-2KWh-10.webp

Higher Charge/Discharge Current with All-Around Protection


Support max charge/discharge current up to ~220A for stronger high-power performance, plus multi-layer protection against overcharge, over-discharge, overcurrent, short circuit, and overtemperature. Clear LED battery indicators and USB 5V output make this 2kWh portable home ESS safer and easier to use.

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.