Power Bank 26800mAh portable charger
Product description
This portable charger from IGGPBB combines a high-capacity battery with multiple outputs to keep phones and accessories powered throughout a busy day. With 26,800 mAh capacity and fast-charge support, it is aimed at users who need several full charges on the move and quick top-ups between meetings or trips.
Key Points
The power bank supports fast charging and, according to the manufacturer, can take an iPhone from 0% to 50% in around 30 minutes, which helps when you need a rapid boost. It includes a Type-C input/output port, a built-in Type-C cable, a USB-A output and a built-in Lightning cable so up to four devices can be charged at the same time. The LED digital display shows the remaining battery level from 1% to 100%, making it easy to monitor charge without guesswork.
Technical Specifications
- Name: IGGPBB Power Bank 26800mAh
- Capacity: 26,800 mAh
- Dimensions: 102 x 71 x 29 mm
- Weight: 335 g
- Ports: 1 x Type-C input/output, 1 x USB-A output
- Built-in cables: 1 x Type-C cable, 1 x Lightning cable
Benefits
The internal polymer lithium battery integrates several protection mechanisms to guard against overcurrent, overvoltage, short circuit, over-discharge and overcharge. This reduces the risk to both the charger and connected devices during extended use. The matt textured casing offers a comfortable grip and some scratch resistance, while the compact size and moderate weight make it straightforward to slip into a bag or large pocket for travel.
Usage Recommendations
For best results, use the Type-C port to charge the power bank itself and to supply maximum output to compatible devices. The ability to charge multiple devices simultaneously is practical when travelling with friends or managing several gadgets at once, but consider that charging more devices together may extend total charging time for each device. Also note that fast-charge timings are manufacturer measurements and actual results may vary depending on the device model, cable condition and usage during charging.