– 0% of Potter out 0 customers out in Pennsylvania

Power outage history

Potter County Pennsylvania

8.4hours

without power for the average customer in a typical year, 2018–2025

23rd most of 67 in Pennsylvania 1.3× the national median

Worst outage on record May 8, 2024 11% of customers out · 90% back in 8.2 days
Hours without power, average customer per year 8.4h / yr State average 6.0 h · national median 6.6 h
Major outages a year 2.5 Peaks over 10% of customers or 50,000 customers
Typical time to restore 90% 5hours Median across major outages, from the peak
Longest single outage 8.3days May 8, 2024, over 1% of customers out
Outage hours on storm days 30% Share falling on days with a NOAA storm report here
Worst year 2024 12 hours without power, average customer
Electricity customers 9,352 ORNL customer model · 8 well-covered years

Every day since 2015

Eleven years, one night at a time

Each cell is a day. The brighter it is, the larger the share of Potter's customers who were without power at that day's worst moment.

20152016201720182019202020212022202320242025
0%100% of customers out

Year by year

Hours in the dark, per customer

2024 was the worst well-recorded year, at 12 hours for the average customer. Hatched years have a thin record and are left out of the averages.

Potter, hours without power per customer

PotterUS median countyPennsylvania average
0 5 10 15 3.5 ’15 4.7 ’16 7.9 ’17 6.7 ’18 6.8 ’19 11 ’20 6.4 ’21 4.5 ’22 10 ’23 12 ’24 9.9 ’25 US 6.6 PA 6.0

The record

The biggest outages since 2015

Ranked by customer-hours lost: customers out multiplied by how long they stayed out. Times are local.

Began Storm Peak out Share Lasted 90% restored Customer-hours
May 8, 2024 No storm report 1,008 11% 8.3 d 8.2 d 52k
Mar 16, 2025 Thunderstorms 2,133 23% 2.1 d 29 h 34k
May 1, 2017 Thunderstorms 1,318 14% 48 h 33 h 24k
Apr 1, 2023 Thunderstorms 877 9% 26 h 24 h 21k
Aug 27, 2020 Thunderstorms 795 9% 2.0 d 21 h 20k
May 4, 2018 Thunderstorms 871 9% 21 h 20 h 17k
Jul 15, 2024 Thunderstorms 1,429 15% 29 h 20 h 17k
Apr 18, 2020 No storm report 762 8% 19 h 18 h 14k
Jan 15, 2021 No storm report 779 8% 17 h 18 h 13k
Jun 12, 2015 Thunderstorms 1,619 17% 17 h 14 h 13k
Jul 30, 2018 No storm report 795 9% 16 h 19 h 12k
Nov 15, 2020 No storm report 2,718 29% 5.2 h 2.2 h 11k

After the peak

How fast the lights come back

Each line is one major outage, from its peak. The amber line is the typical path.

0% 25% 50% 75% 100% peak+24h+48h+72h+96h half back by +10h 90% by +20h

When it happens

The outage clock

Customer-hours out by month (rings, January innermost) and local hour, 2018–2025.

00061218 Jan inside

What was happening

Weather behind the outages

Each outage is matched to NOAA storm reports for Potter from twelve hours before it began to its peak. Matching shows coincidence, not proof of cause.

  • No storm on record 70%
  • Thunderstorms 24%
  • Winter storm 3.1%
  • Tropical storm 1.5%
  • Windstorm 0.6%

Who keeps the lights on

Utilities serving Potter

As each utility reports to the Energy Information Administration for its whole Pennsylvania territory, not this county alone. Outage minutes include major storm days.

Utility Type Outage min / yr Excl. major storms Outages / yr Residential ¢/kWh Customers
FirstEnergy Pennsylvania Electric Co Investor Owned 647 217 2.02 18.8 1.8M
Tri-County Rural Elec Coop Inc (PA) Cooperative – – – 22.4 18k

EIA Form 861, latest year each utility reported. Outage minutes are SAIDI, the yearly minutes the average customer goes without power; outages a year are SAIFI.

Next door

Neighbouring counties

Across Pennsylvania

Where it is darkest

Hours / yr64+

All Pennsylvania counties →

About these numbers

Notes

Outages come from the EAGLE-I record of utility outage maps collected every 15 minutes by Oak Ridge National Laboratory. Hours without power are customer-hours divided by the county's 9,352 electricity customers. Averages use well-covered years from 2018. Outages shorter than 15 minutes, and utilities that publish no outage map, are not in the record, so these figures understate the total. How every number is made →