UGREEN 10000mah 20W Uno Series Magnetic Wireless Power Bank With Stand – PB572 - 45327

 

 

Key Features

• Dual Charging Modes: Offers 7.5W magnetic wireless charging compatible with MagSafe-enabled iPhones (iPhone 12 to 16 series) and 20W Power Delivery (PD) fast wired charging via USB-C, allowing simultaneous charging of two devices.
• Magnetic Attachment: Equipped with a strong 10N magnetic force, it securely attaches to your iPhone, ensuring stable charging even during movement.
• Integrated Foldable Stand: Features a built-in stand that supports your phone in both portrait and landscape orientations, ideal for video calls or media consumption while charging.
• TFT Display with Emojis: A bright TFT screen displays battery status through expressive faces, adding a fun element to your charging experience.
• Compact and Portable: Despite its 10000mAh capacity, the power bank maintains a slim profile, making it easy to carry in your pocket or bag.

• Soft Silicone Exterior: The soft silicone casing provides a comfortable grip and protects both the power bank and your device from scratches.

Specifications

• Model: PB572 (45327)
• Capacity: 10000mAh
• Wireless Output: 7.5W (MagSafe-compatible)
• Wired Output/Input: USB-C PD 20W
• Compatibility: Optimized for iPhone 12 to 16 series; also supports other Type-C devices via wired connection.
• Magnetic Force: 10N
• Display: TFT screen with expressive battery indicators
• Material: Soft silicone exterior
• Dimensions: Approximately 10.6 x 7 x 2.2 cm
• Weight: Approximately 229.6 g

Advantages

• Strong magnetic attachment ensures secure charging.
• Dual charging modes offer flexibility for different devices.
• Integrated stand enhances usability during charging.
• Fun and informative TFT display adds a unique touch.
• Compact design suitable for travel and daily use.

Disadvantages

• Wireless charging limited to MagSafe-compatible devices; non-MagSafe devices require wired charging.
• Only one USB-C port, which serves as both input and output.
• Display visibility may be reduced under strong lighting conditions.