Connecticut power outages: what size power station you need (CT)

In 2025, the average Connecticut electricity customer lost power for 3.1 hours, across 0.93 outages (EIA). To keep a fridge, router and lights running through one average outage you need about 414 Wh.

One average Connecticut (CT) outage lasted 3.3 hours (183.9 SAIDI minutes divided by 0.93 SAIFI interruptions). Covering Connecticut's full 3.1-hour annual outage total without recharging requires 384 Wh. Excluding major storm events, Connecticut customers averaged 1.3 hours (76.7 minutes) across 0.65 non-storm interruptions, ranking #35 of 51 states for total outage duration (compared with 2.6 hours in 2024).

Open Connecticut (3.3h) in runtime calculatorOpen Bridgeport, CT in solar recharge calculator

Three lowest $/Wh stations covering an average Connecticut outage (414 Wh)

Picks come from manufacturer specs and current prices. We do not run hands-on tests. Minimum requirement for Connecticut: 414 Wh capacity and 44 W continuous output.

Three lowest $/Wh portable power stations for Connecticut (3.3-hour average outage)
$/WhPriceCapacity (Wh)Output (W)ChemistryProductBuy
$0.08
$149at ALLPOWERS Store, as of 2026-11-06
1,920 Wh2,500 WLiFePO4ALLPOWERS R2500 V2 + SE160 160W Solar Panel Solar Generator KitBuy at ALLPOWERS Store for $149
$0.29
$899at Pecron Store, as of 2026-11-06
3,072 Wh3,600 WLiFePO4Pecron F3000LFP Portable Power Station 3600W 3072WhBuy at Pecron Store for $899
$0.31
$629at FOSSiBOT Store, as of 2026-11-06
2,048 Wh2,400 WLiFePO4FOSSiBOT F2400 Portable Power StationBuy at FOSSiBOT Store for $629

Connecticut residential electricity price and 1,000 Wh grid recharge cost

Connecticut residential electricity averaged 24.51 cents per kWh in August 2026 (EIA), ranking #11 of 51 US jurisdictions (compared with 30.17 cents per kWh in August 2025). At Connecticut's 24.51 ¢/kWh tariff and 85% AC charging efficiency (28.84 ¢ per stored kWh), fully recharging a 1,000 Wh power station from a Connecticut wall outlet costs $0.29.

Solar panel output near Bridgeport, CT and 200 W recharge time

1 kW of fixed panels near Bridgeport makes about 2.20 kWh per day in December and 4.61 in June (NREL PVWatts). Recharging a depleted 1,000 Wh power station from a 200 W solar panel near Bridgeport, CT (41.18°N, -73.19°W) at 90% MPPT charge efficiency takes 2.5 days in December (395 Wh/day net solar harvest, ranking #43 of 51 for winter sun) and 1.2 days in June (831 Wh/day net solar harvest).

Monthly solar yield near Bridgeport, CT (1 kW DC array)

Monthly NREL PVWatts V8 DC production and 200 W panel recharge days for a 1,000 Wh station in Bridgeport, Connecticut
MonthBridgeport 1 kW monthly (kWh)Bridgeport 1 kW daily (kWh/day)200 W panel net harvest (Wh/day)Days to refill 1,000 Wh
January (Bridgeport, CT)79.2 kWh2.55 kWh/day460 Wh2.2 d
February (Bridgeport, CT)94.1 kWh3.36 kWh/day605 Wh1.7 d
March (Bridgeport, CT)121.7 kWh3.92 kWh/day706 Wh1.4 d
April (Bridgeport, CT)131.7 kWh4.39 kWh/day790 Wh1.3 d
May (Bridgeport, CT)136.7 kWh4.41 kWh/day794 Wh1.3 d
June (Bridgeport, CT)138.4 kWh4.61 kWh/day831 Wh1.2 d
July (Bridgeport, CT)149.2 kWh4.81 kWh/day866 Wh1.2 d
August (Bridgeport, CT)143.1 kWh4.61 kWh/day831 Wh1.2 d
September (Bridgeport, CT)131.4 kWh4.38 kWh/day789 Wh1.3 d
October (Bridgeport, CT)107.2 kWh3.46 kWh/day623 Wh1.6 d
November (Bridgeport, CT)86.8 kWh2.89 kWh/day521 Wh1.9 d
December (Bridgeport, CT)68.0 kWh2.20 kWh/day395 Wh2.5 d

Data sources and verification dates for Connecticut

Compare Connecticut against all 50 US states and DC on the state outage and solar hub.