Anker SOLIX C1000 Gen 2 Portable Power Station (1024Wh, 2000W) + BONUS

Overview

The Anker SOLIX C1000 Gen 2 Portable Power Station is a high capacity home backup and off grid power solution built around a long life LFP battery. With 1,024Wh of capacity and 2,000W continuous output (3,000W peak), it can run up to 9 devices at once, from cameras and laptops to fridges and CPAP machines. Compact at just 11.3 kg and 14% smaller and 11% lighter than comparable models, it is designed to move easily between home, vehicle, and campsite while still delivering serious power when it matters.

Fast HyperFlash and Solar Recharging

Upgraded HyperFlash technology recharges the unit from empty in as little as 49 minutes using up to 1,600W of AC input, with the option enabled anytime through the Anker app. For off grid use, up to 600W of solar input (60V max) delivers a full recharge in around 1.8 hours, making it a practical choice for extended time away from mains power.

Long Life LFP Battery

Built around LFP (LiFePO4) battery chemistry, the C1000 Gen 2 is rated for 4,000 plus charge cycles while still retaining at least 80% of its original capacity, supporting roughly a decade of regular daily use without a significant drop in performance.

Nine Ports of Output

• 4 x AC outlets delivering continuous 2,000W output for traditional appliances, with UPS style switchover in under 10ms.
• 3 x USB-C ports, with two supporting up to 140W fast charging for laptops and cameras and a third limited to 15W.
• 1 x USB-A port delivering up to 12W for smaller devices.
• 1 x car style 12V DC port delivering up to 120W, ideal for camping accessories.

Uninterrupted Power with UPS Backup

An ultra fast UPS switchover of under 10ms keeps sensitive equipment such as CPAP machines and laptops running through a power outage, making the C1000 Gen 2 a dependable backup for both home and medical use.

Smart App Control and TOU Mode

The Anker app allows you to monitor, control, and schedule power use remotely. Time of Use (TOU) mode helps you avoid costly peak electricity surcharges by intelligently managing when the unit draws from the grid versus its own stored power.