Build a more flexible home backup setup with 2 Anker SOLIX S2000 Portable Power Stations. Each unit provides 2,010Wh of stored energy, giving the pair 4,020Wh of combined nominal storage across two independent power stations. Each S2000 delivers 1,500W rated AC output and up to 3,000W peak output, allowing essential devices to be distributed between the two units. This configuration works well when you want separate power sources for different rooms, appliances, work areas, or backup priorities.

Long Runtime with Long Life LFP Cells

Each S2000 uses 314Ah LFP cells rated for 6,000 charge cycles to 80% capacity and 10,000 cycles to 60% capacity, supporting a stated lifespan of up to 15 years under Anker usage conditions. A single S2000 can provide up to 35 hours of refrigerator backup under Anker test conditions. With two independent units available, you can assign stored energy to different essential devices instead of relying on one central portable power source.

Fast Backup and Flexible Device Power

Each power station provides a UPS switchover time of 10 ms or less to help compatible home office equipment continue operating when utility power is interrupted. Eight outlets positioned across the front and rear of each unit provide multiple connection points for essential electronics. Each S2000 supports 1,500W rated AC output, up to 3,000W peak output, and up to 1,800W in bypass mode. The two units operate independently, allowing loads to be distributed according to the power requirements of connected devices.

Multiple Ways to Recharge

Each S2000 supports six charging methods for flexible power recovery at home or away from a wall outlet. Standard AC input reaches up to 1,150W, while UltraFast AC charging supports up to 1,600W when enabled through the Anker app. Each unit also accepts up to 400W of solar input for compatible solar charging setups. With compact 8.2 x 11.1 x 12.7 inch dimensions, a 35.7 pound weight, and built in carrying handles on each station, the 2 unit configuration combines substantial stored energy with the flexibility to position power where it is needed.