Jackery Explorer 5000 Plus 10kWh + Smart Transfer Switch

10kWh essential-circuit home backup

A serious backup system for the circuits you cannot leave off.

This Explorer 5000 Plus configuration combines 10,080Wh of LiFePO4 storage, 7,200W of 120V/240V AC output and automatic circuit-level backup through the Jackery Smart Transfer Switch. It is built for longer outages, demanding household loads and a cleaner transition away from extension-cord backup.

10,080Wh Combined battery capacity

7,200W Continuous AC output

120V/240V Dual-voltage load support

20ms Smart Transfer Switch response

How the system works

Power, runtime and automatic transfer each have a clear job.

The Explorer produces usable AC power, the expansion battery extends how long that power can run, and the Smart Transfer Switch connects the system to selected circuits in the home. Together, they create a more practical outage setup than moving cords and appliances after the grid goes down.

1

7,200W of continuous output

Supports compatible high-demand 120V and 240V loads, with up to 14,400W of surge capacity for equipment with demanding startup power.

2

10,080Wh of stored energy

Two 5,040Wh batteries provide more time between recharges when the same circuits and appliances remain connected.

3

Automatic essential-circuit backup

Once professionally installed and configured, the Smart Transfer Switch can move selected circuits to battery power during an outage.

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More battery capacity extends runtime; it does not increase inverter output. This 10kWh configuration still delivers up to 7,200W continuously. Confirm the combined running and startup requirements of the circuits you plan to back up.

Automatic essential-circuit coverage

Back up the panel circuits you choose, not a pile of extension cords.

The Smart Transfer Switch supports up to 12 individual 120V circuits or up to six 240V circuits, including mixed configurations within the system's electrical limits. That lets an electrician prioritize the loads that matter most instead of trying to power every circuit without a plan.