VoltEdge TitanCharge 30K High-Capacity Power Bank, 30,000mAh, 100W Power Delivery

The VoltEdge TitanCharge 30K is the ultimate portable energy solution for professionals and travelers who demand independence from wall outlets. Equipped with a premium 30,000mAh lithium-polymer battery, this device functions as a true portable power station, capable of charging a smartphone up to 7 times or providing a full power cycle for modern high-performance laptops.

The centerpiece of the TitanCharge is its 100W bidirectional USB-C Power Delivery (PD) port, which offers charging speeds equivalent to a dedicated wall adapter for MacBook, ASUS ZenBook, and other high-end laptops. The versatile design features a triple-output setup: one 100W USB-C port, one 30W USB-C port, and a 22.5W USB-A Quick Charge 3.0 port, allowing you to power your entire tech ecosystem simultaneously.

Stay informed with the integrated intelligent OLED display, which provides real-time monitoring of remaining battery percentage, input voltage, and precise output wattage. The device also supports pass-through charging, enabling you to refuel the power bank while simultaneously powering your connected devices without the risk of overheating. Built with an aviation-grade aluminum casing, the TitanCharge 30K provides superior impact resistance and active heat dissipation, ensuring reliability under intense use. With a built-in 9-level safety system, your hardware is fully protected against voltage spikes and short circuits. Choosing the VoltEdge TitanCharge 30K means consolidating your charging needs into one compact, powerful, and durable device, allowing you to work and stay connected with complete confidence, anywhere in the world.

Technical Specifications

• Capacity: 30,000mAh (Li-Po)

• Charging Ports: 1x 100W USB-C PD, 1x 30W USB-C, 1x 22.5W USB-A Quick Charge 3.0

• Display: Intelligent OLED (monitoring power, voltage, and capacity)

• Safety: 9-Level Protection System

• Housing Material: Aviation-grade aluminum

• Features: Pass-Through charging, high-efficiency heat dissipation