Anker 767 PowerHouse Review: Still Worth It in 2026?

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The Anker 767 PowerHouse is one of the most durably-built 2000Wh-class stations you can buy — LiFePO4 chemistry, a 10-year lifespan claim, and enough AC outlets to stop hunting for a power strip — but at current pricing it sits in uncomfortable competition with EcoFlow and Bluetti units that charge faster and carry more capable apps.

The short version

The 767 is aimed at serious campers, overlanders, and light-duty home backup users who want a station they won't replace in three years. You get 2048Wh of rated capacity in a LiFePO4 pack, 2400W AC output, and a port layout that genuinely reflects how people actually use these units. It's not cheap, and it's not light at roughly 70 lbs. If you're powering a van build or running a CPAP plus a mini-fridge off a single unit, this is a credible choice. If you're a casual camper who wants something you can carry solo without a dolly, this is not your station.

Battery and runtime

The 767 is rated at 2048Wh. Published teardowns and owner reports on r/SolarDIY consistently confirm the cells are genuine LiFePO4, not NMC in an LFP wrapper — which matters when you're evaluating the 3,000-cycle-to-80%-capacity claim. At 3,000 cycles with daily use, that's roughly eight to ten years of service, which is why Anker's 5-year warranty (one of the longer ones in this tier) is actually plausible rather than just marketing.

Usable watt-hours are where the real number lives. Based on published efficiency data and owner discharge tests cited across multiple forum threads, expect roughly 1,700–1,800Wh of practical output before the unit shuts down — roughly 83–88% round-trip efficiency, which is normal for this chemistry at moderate loads. Run it hard (high-wattage AC loads like a space heater or power tool) and efficiency drops. Spec sheets and long-term user feedback consistently point to this unit performing close to its rated capacity under moderate, mixed loads — better than some competitors at this price.

Solar input is rated up to 600W at up to 60V, which is respectable but not class-leading. EcoFlow's Delta Pro accepts up to 1600W solar input; that's a real gap if fast solar recharging is your primary use case.

Build quality and design

The 767 is built like Anker actually intended it to live outdoors. The handle design — a dual-handle, over-molded grip setup — is one of the more practical carry solutions at this weight class. At approximately 70 lbs, you're still not carrying this alone easily, but the ergonomics are less miserable than the flat-strap handles on older Jackery and Goal Zero units.

Port layout is a genuine differentiator: four AC outlets, two USB-A, two USB-C (100W each), a car outlet, and an RV port. Owner reports on the Anker community forums note the USB-C ports perform consistently at rated wattage, which isn't something you can assume across this category. The display is clear and readable in daylight, reporting watts in and out plus a runtime estimate.

Who should buy it

The 767 makes most sense for three buyer profiles: van or overland builds where you want LiFePO4 longevity and aren't counting on fast solar recharge; basecamp setups running multiple devices off one unit where port density matters; and home backup buyers who need something that will actually last a decade near a panel box.

Skip it if you need fast AC recharge — the 767's wall charging tops around 1500W, while EcoFlow's Delta Pro and the Bluetti AC200L both charge faster. Skip it if you're budget-sensitive; the Delta 2 Max frequently streets $200–$300 lower and gives up relatively little. And skip it if you need a system you can expand with add-on batteries — the 767 is a closed architecture.