Portable Charger Baseus PicoGo 10000 mAh

The Baseus PicoGo 10000mAh Portable Charger is a compact 10000 mAh lithium-polymer power bank offering up to 45W total output for fast charging. It includes an integrated USB-C cable and one additional USB-A port, supports charging up to three devices simultaneously, and features a digital display that shows battery percentage and charging progress. Built with protection against overcharge, overcurrent and short circuit, this white, portable charger is suitable for phones, tablets and compatible laptops from brands such as Apple, Samsung, Microsoft, Dell and Lenovo.

Advantages

The integrated USB-C cable eliminates the need to carry extra cords while the 45W output enables faster charging for phones and some laptops. The digital display provides clear, real-time battery and charging information. Multiple built-in protections increase safety during charging, and the 10000 mAh capacity balances portability with enough energy to top up smartphones and smaller tablets.

Suitable for

• Charging smartphones (e.g., iPhone 16/15/14, Samsung Galaxy S24)
• Charging tablets and small laptops (e.g., iPad, MacBook Air/Pro, Microsoft Surface)
• Powering devices while traveling, commuting or working remotely

Key specifications

• Battery capacity: 10000 mAh (lithium polymer)
• Total output power: up to 45 W
• Ports: 1 × USB-C (integrated cable) + 1 × USB-A
• Max simultaneous devices: 3
• Weight: 0.213 kg
• Colour: White

How to use

Connect your device to the integrated USB-C cable or to the USB-A port using a suitable cable. The power bank will begin charging automatically; monitor the digital display for remaining battery percentage and charging status. When the power bank is depleted, recharge it via the USB-C input according to the manufacturer’s instructions.

Recommendations

Keep the power bank in a cool, dry place and avoid exposing it to extreme temperatures. Use only compatible cables and chargers for best performance, and follow the built-in protection indicators to prevent overcharging or short-circuit events.