Anker SOLIX 536 Portable Power Station (508Wh/500W)

Meet the Anker SOLIX 536: where power meets portability. This portable power station blends strong, reliable energy with a compact, easy-to-carry design. Featuring a 10-year lifespan thanks to InfiniPower technology and LiFePO4 batteries, it offers a 512Wh capacity with 4 AC ports, 3 USB-A ports, a USB-C port, and a car outlet. Recharge to 80% in under 2.5 hours and power your devices and appliances with ease, all from a single cable and a lightweight, travel-friendly unit.

Massive Power Designed For Outdoor Use: With 512Wh capacity and 500W output, it's perfect for keeping multiple devices charged simultaneously, all with impressive performance.

9 Ports For A Wide Array of Devices: The power station has all the ports you need to charge your devices and appliances. It is equipped with 4 AC ports, 3 USB-A ports, a USB-C port, and a car outlet.

Recharge Wherever with Max 120W Solar Input: Utilize up to 120W of solar power with Anker’s Suncast technology for efficient and effortless recharging, wherever your adventures take you.

USB-C For Adapter Free: Charge your laptop and other devices quickly with just one cable. Enjoy fast, adapter-free charging and see the power station recharge itself with high-speed efficiency.

Outdoor-Level Durability: Our drop-proof design and material selection meet the requirements of industry testing standards to withstand any impact during outdoor adventures.

10-Year Lifespan: Anker SOLIX 536 features InfiniPower™, LiFePO4 batteries, smart temperature control, and impact-resistant design for over a decade of reliable, everyday use.

Power Saving Mode: Switching to energy-saving mode will automatically turn off the power station once all your devices are fully charged to prevent wasting power.

Powerfully Quiet: The power station operates at whisper-quiet levels at all times thanks to an internal chip and intelligent AI algorithm, so you barely know it's on.

Informative Display Screen: The display shows battery capacity, current output and input, and estimated time to recharge.