Ampsos has introduced a five-in-one 25,000mAh smart charging hub with solar boost, ideally designed for professionals and travelers. The product is launching on Kickstarter.
Featuring a 25,000mAh battery, three 100W USB-C ports, built-in fast-charging cables, wireless Apple Watch charging, and solar optimization via MPPT, every port supports full-speed charging and recharging.
Suitable for laptops, tablets, smartphones, and other high-draw devices, it comes with dual built-in USB-C fast charging cables, with a pair of integrated high-speed USB-C cables built into the device body. The outer casing features a woven, hemp-like finish that resists dust and doubles as a carrying strap.
Compatible with legacy USB-A devices, it enables simultaneous charging of both newer and older tech. There’s also integrated wireless Apple Watch charging, a built-in magnetic charging pad designed for Apple Watch, and smart LED display with temperature monitoring. The real-time display shows battery percentage, input/output wattage, and internal temperature.
The charger features intelligent thermal control: it slows charging when overheating is detected, then resumes when temperature stabilizes. An integrated Maximum Power Point Tracking (MPPT) system improves solar charging efficiency and reliability. It’s designed to pair with a 36W solar panel for off-grid power access.
Meanwhile, there are dual solar charging modes, with a solar panel that can charge both the Ampsos unit and external devices simultaneously. It’s ideal for powering phones, drones, and other USB devices while the hub charges. It’s high-capacity, flight-safe battery compliant with TSA/IATA regulations for carry-on air travel.
Finished with a metallic coating, it has industrial-grade CD-pattern side buttons that offer tactile feedback and clean design lines. The unit is sized and engineered specifically for air travel so you can take it in your carry-on (check your specific airline rules). The solar charging offers sustainable, off-grid energy use to help you reduce electricity usage.