Powerbank SAVIO BA-13 10000 mAh 20 W lähdöllä ja langattomalla latauksella, valkoinen

The SAVIO BA-13 Magnetic Power Bank is a compact 10000 mAh (38.5 Wh) portable battery designed to provide reliable on-the-go power for modern mobile devices. It combines wired fast charging via USB-C with magnetic wireless charging up to 15 W, and includes built-in safety and power management features for stable operation.

Advantages

The power bank offers both wireless MagSafe-compatible mounting and a 20 W USB-C port for fast wired charging, allowing simultaneous charging of two devices. Its magnetic surface ensures stable attachment to compatible phones, while an LED indicator and automatic sleep/shutdown functions simplify use and preserve battery life. The ABS+PC enclosure adds thermal and mechanical resilience in everyday use.

Suitable for

When it may not be suitable

With a capacity of 10000 mAh (38.5 Wh) this power bank is intended for multiple top-up charges of phones and single charges of smaller devices, but it is not designed as a long-term power source for laptops or high-power devices that require larger battery capacities. Wireless charging is limited to up to 15 W, which may be slower than some high-power wired chargers for compatible phones.

Key specifications

How to use

Press the button once to turn on the power bank and view the current battery level via the LED indicators; double-click the button to switch it off. Attach a compatible phone to the magnetic inductive surface to begin wireless charging — a green LED indicates correct charging. For wired charging, connect the device to the USB-C port; the same port is used to recharge the power bank. When not in use the automatic sleep function and auto shut-off help conserve stored energy.

What to consider before purchase

Recommendations

To get the best performance, use a quality USB-C charger when recharging the power bank, keep the magnetic surface free of metal debris or thick cases, and monitor the LED indicator to avoid fully depleting the battery during long storage periods.