Android and iPhone Pocket powerbank mini PD 22.5W Fast Charging 10000mah

Description

3 months replacement warranty

Pocket Power Bank Mini PD 22.5W – Fast Charging, No Cables Needed

Stay powered up anywhere with this ultra-compact 22.5W PD fast-charging power bank. Designed for convenience, it features a built-in connector, eliminating the need for extra cables. Perfect for on-the-go use, it quickly charges smartphones and other USB-C or Lightning devices. Its sleek, lightweight design easily fits in your pocket, making it an ideal travel companion.

Key Features:
✔ 22.5W PD Fast Charging – Rapidly charges your devices.
✔ No Extra Cables Needed – Built-in connector for hassle-free charging.
✔ Compact & Lightweight – Easily fits in your pocket or bag.
✔ Universal Compatibility – Works with iPhones, Android devices, and more.
✔ Smart Protection – Prevents overheating and overcharging.

• 5V ⎓ 3A (standard charging)
• 9V ⎓ 2.2A (Quick Charge/PD mode)
• 12V ⎓ 1.6A (high-speed charging for compatible devices)

Why You Do Not Get Full 10000 mah from a power bank of 10000mah

You don’t get the full 10,000mAh from a 10,000mAh power bank due to several key factors:

1. Voltage Conversion Loss

• Power banks store energy at 3.7V (lithium-ion battery voltage).
• When charging devices, they convert it to 5V, 9V, or 12V (USB output voltage).
• This conversion causes energy loss (typically 20-30% loss).

2. Power Bank Efficiency

• Most power banks have an efficiency rate of 70-85% due to internal circuit losses.
• If efficiency is 75%, a 10,000mAh power bank provides around 7,500mAh before conversion losses.

3. Higher Voltage Means Lower mAh

Since energy is stored in watt-hours (Wh), not just mAh:

• 10,000mAh × 3.7V = 37Wh (total stored energy)
• When outputting at 5V:
  • 37Wh ÷ 5V = 7,400mAh (before efficiency loss)
• When outputting at 9V or 12V:
  • Usable capacity drops further because voltage is higher.

4. Heat & Internal Circuit Losses

• Some power is lost as heat during fast charging.
• Voltage regulators, safety chips, and battery management systems consume power too.

5. Fast Charging Consumes More Power

• Higher voltage (9V, 12V) = Faster charging = More energy loss
• Using 5V 3A mode gives better efficiency than 9V/12V fast charging.

Real Usable Capacity Example

For a 10,000mAh power bank:

• At 5V output (75% efficiency): ~5,000-6,000mAh usable
• At 9V output: ~2,800-3,500mAh
• At 12V output: ~2,100-3,000mAh