Quick Highlights

  • High-velocity 33W wired PD output rapidly recharges compatible smartphones to deliver substantial power boosts in short commute windows. 
  • Ultra-strong 13N magnetic lock snaps securely onto the back of your phone to provide reliable, cable-free wireless power on the move. 
  • High-capacity 10000mAh cell core holds enough deep energy reserves to completely top up standard mobile devices multiple times over. 
  • Broad device compatibility works natively with Apple iPhone MagSafe alignments, Android Type-C ecosystems, and low-current accessories like wireless earbuds. 

About Product

Description

The magnetic power bank achieves portable versatility with this premium Xiaomi 33W charging ecosystem, built to supply efficient power configurations on demand. Featuring a powerful internal lithium-ion core array, the system supports dual-mode operation that allows users to seamlessly combine high-speed wired Type-C connectivity with snapping wireless placement. Its airline-safe, travel-optimized structural layout keeps high-speed backup energy ready to deploy during remote work, day trips, or intensive gaming sessions.

Specification

  • Model No.: BHR9823GL / BHR9822GL / BHR08PBGL
  • Total Capacity: 10000mAh (37Wh Core Array)
  • Max Wired Output: Up to 33W Power Delivery
  • Wireless Charging Output: 7.5W Max Delivery Profile
  • Multi-Device Support: Up to 3 Devices Simultaneously (Wired + Wireless)
  • Input Charging Speed: Up to 30W Rapid Self-Recharging
  • Physical Dimensions: 109 × 68.5 × 19.8 mm (Standard Variant)
  • Product Net Weight: ~238 grams
  • Material Structure: Scratch-Resistant Matte Polycarbonate 

Key Benefits

  • Declutter your daily travel gear using the streamlined form factor featuring a built-in cable.
  • Monitor real-time energy remaining precisely with integrated LED track indicators or the specialized smart digital display module.
  • Protect connected mobile hardware via a nine-layer intelligent safety chip safeguarding against overheating, overcharging, and short circuits. 

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