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Laser 20,000mAh LiFePO4 Power Bank (Green)

Laser 20,000mAh LiFePO4 Power Bank (Green)

Regular price $59.30 AUD
Regular price Sale price $59.30 AUD
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Backup power for your busiest days

From the morning commute to an evening out, keep extra power within reach. The green Laser 20,000mAh LiFePO4 Power Bank combines USB-C Power Delivery charging, two USB-A ports and a digital battery display so you can charge compatible devices and see how much power remains.

Everyday charging, made practical

  • 20,000mAh capacity: A rated 64Wh battery provides portable backup power for compatible USB-powered devices.
  • LiFePO4 battery: Uses lithium iron phosphate battery chemistry.
  • Up to 20W USB-C PD output: Supports fast charging with compatible Power Delivery devices and a suitable cable.
  • Three charging ports: One USB-C input/output port and two USB-A output ports give you flexible connection options.
  • Digital battery display: Check the remaining battery percentage before you head out.
  • USB-C cable included: Comes with a 60W-rated USB-C cable. The power bank's maximum USB-C output remains 20W.

Know your charging speeds

When USB-C and USB-A ports are used together, combined output is limited to 10W maximum. For the fastest supported USB-C charging, use a compatible USB-C PD device and suitable cable.

The listed recharge time is up to 5 hours with a suitable PD wall adaptor. Actual charging and recharge times depend on the connected equipment and conditions.

Key specifications

  • Brand: Laser
  • Colour: Green
  • Battery capacity: 20,000mAh / 64Wh
  • Battery chemistry: Lithium iron phosphate (LiFePO4)
  • USB-C: Input and output, up to 20W PD output
  • USB-A: Two output ports
  • Combined USB-C and USB-A output: 10W maximum
  • Battery indicator: Digital percentage display

What's included

1 × Laser 20,000mAh power bank, 1 × 60W-rated USB-C cable and 1 × user manual.

Charging performance varies by device and cable. Battery capacity does not equal the total capacity delivered to connected devices because energy is used during conversion and charging.

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