When it comes to personal mobile power banks, if the following criteria must be simultaneously satisfied: support for fast charging, compact size for portability, and extended battery life to minimize frequent recharging, the first option that jumps into my mind is Zime PRO. As the flagship item of China's renowned 3C brand Zime, the Zime PRO stands out as a high-power fast-charging power bank that has become an extraordinary market success.
This portable power bank has a built-in full-load capacity of 25000mAh, which can support three devices simultaneously, focusing on "high-power fast charging". Although the size is only 27*82*160mm, this device features three ports, including dual USB-C interfaces (USB-C1 and USB-C2), supporting PD 140W output and 100W input capabilities. Not only is Zime PRO capable of charging portable electronic devices, but it can also power high-wattage equipment like laptops, drones, and cameras. The technical barriers faced by the current 145W mobile power supply have long been overcome by Zime PRO. Currently, there are very few products on the market that can continuously charge quickly for more than 20 minutes. Zime PRO is a high-power fast charging product developed to address this technical difficulty and Yes, it broke through the 20-minute barrier. It maintains a highly cost-effective pricing strategy, striving to deliver consumers the ultimate fast-charging experience.
The C2 single port of Zime PRO is capable of PD 100W fast charging input, enabling a 50% charge in merely 15 minutes. Additionally, this C2 single port also supports PD 140W output. After repeated tests by the Zime laboratory, this portable power bank demonstrates the capability to sustain continuous charging for 23 minutes without any power reduction. Its overall performance significantly outperforms comparable 145W charging products, showing the Zime PRO's dark horse nature. As for the internal structure, Zime PRO has a built-in durable and reliable new energy engineering battery, complemented by an advanced NTC temperature regulation system, which can achieve precise and intelligent temperature control to prevent fast charging overheating, thereby ensuring comprehensive protection for the internal circuitry.
