Use case · Week 2

Keep Wi‑Fi / modem up in a blackout

Outages kill the internet at the wall wart — not always at the street. Size a station for modem / ONT + router (and mesh nodes), know UPS vs portable station, and the mesh caveats that surprise people.

What actually needs power

  • Modem / ONT / gateway. Cable modem, fibre ONT, or ISP combo box — often ~8–20 W. If this brick dies, nothing else matters.
  • Wi‑Fi router. ~5–15 W typical for a single unit.
  • Mesh satellites. Each node is another 5–15 W — three-pack mesh can rival a laptop. Power every node you care about, or accept dead rooms.
  • ISP street power. Battery at home does not revive a dark neighbourhood node. Your station only helps when the last-mile is still lit.

Typical single-gateway + router: ~15–30 W continuous. Specs below from manufacturer pages (checked Oct 2026). For laptop + monitor stacks see WFH outage.

UPS vs portable power station

  • Classic UPS. Great for flicker / minutes of bridge so Zoom doesn’t drop on a blip. Wh is tiny — often not an all-evening Wi‑Fi plan.
  • Portable station with UPS / EPS mode. Sub‑20 ms switchover plus hundreds of Wh — the usual QuietWatt answer for multi-hour blackouts.
  • Don’t daisy-chain UPS → station unless both makers say it’s OK.
  • USB-C routers. Some modern gear takes USB-C PD — you can skip AC inverter losses if the station has a high enough PD port.

Mesh caveats

  • Power the primary + every satellite you need, or coverage shrinks to one room.
  • PoE injectors / switches add watts — include them in the budget.
  • Guest / IoT SSIDs don’t need extra Wh; extra APs do.
  • Phone hotspot is the fallback when the ISP path is dark — charge the phone on the same station.

Wh math (estimates)

Hours ≈ (rated Wh × 0.85) ÷ average watts.

Modem + router (~20 W)

~12–87 h

286 Wh ≈ 12 h · 1,024 Wh ≈ 43 h · 2,048 Wh ≈ 87 h (estimates)

Gateway + 2 mesh nodes (~40 W)

~6–43 h

286 Wh ≈ 6 h · 1,024 Wh ≈ 21 h (estimates)

+ Phone charge (~10 W extra)

Still overnight+

Even compact stations usually cover Wi‑Fi-only nights; mesh is what forces a size-up.

Comparison: Wi‑Fi blackout stations

Filter by outage length. Prefer UPS-class switchover if flickers drop your VoIP.

Model Wh · UPS Est. modem+router Mesh / notes Approx. USD
EcoFlow RIVER 3 Plus Compact 286 Wh · UPS <10 ms ~12 h @ 20 W (est.) Fine for single router; expand before big mesh. ~$180–300
Anker SOLIX C300 288 Wh ~12 h @ 20 W (est.) Closet-shelf Wi‑Fi kit; watch continuous W on chunky gateways. ~$200–280
Jackery Explorer 1000 v2 Quiet 1,070 Wh · UPS <20 ms ~40+ h @ 20 W (est.) Comfortable mesh budget; quiet for hallway placement. ~$499–589
BLUETTI Elite 100 V2 1,024 Wh · UPS ≤10 ms ~40 h @ 20 W (est.) Fast switchover for finicky ONTs. ~$380–500
Anker SOLIX C1000 Expand 1,056 Wh · UPS <20 ms ~40 h @ 20 W · double with pack Add battery when mesh + phones share the box for days. ~$400–600
EcoFlow DELTA 3 Plus 1,024 Wh expandable · UPS <10 ms Wi‑Fi is trivial; leftover Wh for lights / fridge Storm kit hub — see storm kit. ~$600–900+
BLUETTI AC200L 2,048 Wh Days of modem+router (est.) Overkill for Wi‑Fi alone; great shared house battery. ~$800–1,100

QuietWatt is independent. Runtime figures are estimates — ISP uptime is not guaranteed by any battery.

Where to buy (affiliate placeholders)

Tracked affiliate links will replace these placeholders once QuietWatt is enrolled in each program. Until then, use the official product URLs in the table above.

Buy via EcoFlow Buy via BLUETTI Buy via Anker Buy via Jackery Buy via Amazon

Placeholder anchors: #aff-ecoflow, #aff-bluetti, #aff-anker, #aff-jackery, #aff-amazon.

Sources