Portable charging station, storing electricity BioLite BaseCharger600 powerbank, charging station

✅ BioLite® USA BaseCharger600 portable charging station power bank

A portable station that stores large amounts of electricity. Useful as a power reserve in situations where we only have access to solar energy and a car engine.

Charged by connecting to the car engine or from a large Biolite® 100W solar panel (sold separately) or another brand. It can also be connected to a regular socket.

Included: power station, AC cable for charging from car battery, instructions.

If your device is not in use, you should charge it every six months to maintain its functionality.

✅ Advantages:

Biolite® BaseCharger600 stores large amounts of electricity, useful when you are unable to use a power outlet;

Possibility of wireless charging on the top of the device;

The device can charge 9 laptops, 48 ​​smartphones or 34 cameras on one battery capacity;

The device keeps the portable fridge cold for 15 hours;

You can connect the device to relieve and treat obstructive sleep apnea for 15 hours

The device is compact, neat and takes up little space in the trunk of a car;

waterproof

✅ Parameters:

Dimensions: 309 x 200 x 201 mm

Weight: 5.9 kg

Battery: 622 Wh (21.6V, 28.8 Ah), Li-Ion (NMC)

Wall/Solar (HPP) 200W (10-30V DC, 10A max)

✅ Input ports:

• Wall/Solar (HPP)

  200W (10-30V DC, 10A max)

USB-C PD: 100W

Charge Management: Maximum Power Point Tracking (MPPT)

✅ AC Outputs:

• AC x2

  230V / 600W (EU/50Hz), / 1000W peak

  Plug types: US (Type A), UK (Type G), EU (Type C), NZ/AUS (Type I)

Wireless output: 10W wireless charger

DC outputs:

• Car socket: 12V, 120W
• DC Barrel x2: 12V, 120W, 5.5mm OD / 2.1mm ID

✅ USB Outputs:

• USB-A x2: 5V/2.4A
• USB-C x1: 5V/3.0A
• USB-C PD x1: 5V, 9V, 12V, 20V/5A (100W)

✅ Package Contents:

• BaseCharge 600 Power Station
• User manual
• 200W AC Wall Charger

✅ Charging time to 80%:

• Wall charger only: 2.5 hours
• Wall charger + USB-C PD: 2 hours
• Maximum solar input (2 BioLite 100 solar panels): 2.5 hours