Hama High Power Lithium-Ion (Li-Ion) 20000 mAh Grey

Battery flat and no power socket available? The "High Power" power pack refuels laptops, tablets, smartphones, smartwatches and Bluetooth loudspeakers anywhere and at any time with new 65-Watt power. "High Power" - the grand slam among power packs.

High-speed power Power in best time: a full 65 Watts of maximum output power quickly revs up even powerful devices such as laptops, gaming notebooks and high-performance smartphones

Power Pack - Energy to go Powerbank provides a power boost on the go; the mobile charger can charge three devices simultaneously via two USB-C sockets and one USB-A socket

Extremely fast charging Fast charging technologies Power Delivery and Qualcomm® Quick Charge™ 3.0 guarantee extra-quick charging, faster than with conventional chargers

Battery-sparing charging Optimised charging protects the battery and therefore prolongs the lifespan of mobile phones, tablets, etc.

Safe charging Certified cells for maximum quality and safe charging: overcharge, overvoltage, overheating and short circuit protection

Powerbank with display Detailed data at a glance: the high-quality TFT colour display of the Fast Charge powerbank shows the percentage of energy left in the mobile charger and the output power of the individual sockets and the total power in Watts

Universal use Maximum compatibility for all mobile phones, tablets and other devices, e.g. smart watch, digital camera or Bluetooth headphones

Low power mode For the little ones: the power pack also recognises less power-hungry devices and supplies them with new energy by switching to low power mode

High performance, compact format Lots inside, very little fuss: the mobile charger fits in any pocket and hand luggage

Plastic-free Packaging with a clear conscience: our packaging is 100% plastic-free, enabling us to reduce plastic waste and increase its recyclability

FSC FSC-certified: the paper and cardboard used in our packaging comes from sustainable forest management - enabling us to take a resources-sparing approach to the raw material of wood