Farley 2

Refueling Outage · Day 4

Southern Nuclear·Ashford, AL·PWR·896 MWe

Reactor Status Timeline

Refueling Outage · Day 4 NRC data, Mon to Fri ? Actual daily reactor status from NRC reports (Mon to Fri) and the current state. What is coming -- the utility's published Scheduled outage and NukeWorker's model Projection -- is part of a subscription. Colored by status. How far ahead you can see depends on your plan.
Nov2025DecJan2026FebMarAprMayJunJulAugSepOctNovOnline: Oct 22, 2025 to Oct 11, 2026Coastdown: Oct 12, 2026 to Oct 18, 2026Refueling Outage (2R31): Oct 19, 2026 to Oct 22, 2026Today
OnlineCoastdownRefueling Outage
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Composite Operational Excellence Score (0-100) — average percentile rank across 7 dimensions in three sub-scores: Reliability (capacity factor, forced outage days, B2B avg streak), Efficiency (fuel utilization, refuel duration), and Discipline (startup duration, scram count). 5-year window. Higher = more operationally excellent. Click to see the full breakdown.
   
Excellence
Rank locked · 93 units
Subscribers
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Days of continuous operation since the last outage ended. Has forced outage(s) since last refueling.
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Current Run
offline
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Longest recorded period of continuous operation between outages (2004-04-15 to 2005-10-15).
548
Record Run
days
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Breaker-to-Breaker runs — continuous operation exceeding the cycle-adjusted threshold set for this unit with no trips to 0% power.
6
B2B Runs
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Lifetime capacity factor: average power level across all recorded days (100% = always at full power).
90.8%
Capacity Factor
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Net electricity actually generated over the most recent 12 months reported by the U.S. EIA (Form EIA-923), summed across every unit at this plant. Authoritative actuals, not an estimate.
15.11 TWh
Net Generation
EIA-923 · 12 mo to 2026-07 · plant total
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Total number of scheduled refueling outages detected in the historical data.
19
Outages
since 1999
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Average time from first power generation (>0%) to sustained full power (≥95% for 2+ days) across the last 3 scheduled outages. Click to compare against the fleet on the Operator Efficiency Leaderboard.
5.7
Avg Startup
days (last 3)
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Average fuel utilization — percent of the designed fuel cycle that this unit consumes before refueling, derived from the historical burn-down trajectory. Higher = more efficient operator (refuels with less margin remaining; closer to coastdown). Computed as 100% minus the unit's average refuel-point fuel %, using the last 3 years where available, otherwise lifetime average. Click to compare against the fleet on the Operator Efficiency Leaderboard.
97.8%
Fuel Utilization
3yr avg

Reactor Status

Capacity Factor (365-Day)

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0%
Current
98.7%
365-Day Avg
#8
of 94 plants
Min: 0% Max: 100% 5 days <80%

Outage Days by Year

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Total days spent in outage each year, split by scheduled refueling (blue) and forced/unplanned (red). Lower totals indicate better reliability and outage execution. Hover for details.
Across its recorded history, Farley 2 has spent 722 days in scheduled refueling outages and 52 days in forced or unplanned outages. Taller bars mark the years with the most downtime.
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Duration of each outage in days, shown chronologically. Green bars are scheduled refueling outages, red bars are forced/unscheduled. The orange dashed line marks the average duration. Extended outages (>180 days) and D&D periods are excluded.

Outage Duration Trend

Farley 2 has 38 outages plotted here, averaging 20 days each. The most recent, in Oct 2026, was a scheduled refueling outage lasting 4 days.
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Scheduled refueling outage durations over time. Green bars are at or below this unit's average, amber up to 30% above it, red beyond that. The dashed line is the average. Shorter outages mean better execution.

Refueling Duration Trend

Farley 2 has completed 19 scheduled refueling outages on record, averaging 38 days each. The most recent, in Oct 2026, ran 4 days.
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Time in days from first power generation (>0%) to sustained full power (≥95% for 2+ consecutive days) after each scheduled refueling outage. The dashed line marks the average. Includes startup testing holds and power dips.

Startup Duration Trend

After a refueling outage, Farley 2 takes about 6 days to climb from first power back to full power. That average is drawn from 18 startups on record, and the most recent took 4 days.
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Daily reactor power over the 120 days before each scheduled refueling outage, one line per refueling, lined up on the day the outage began. A coastdown is the slow decline as the fuel runs out near the end of a cycle. The highlighted line is the most recent refueling and fainter lines are older. Counts and medians cover coastdowns of a week or longer. A shutdown straight from full power, with no decline ahead of it, is what a forced outage looks like.

Coastdown Before Refueling

14 of 19 refuelings 11 days median 88% power at shutdown 0.9% per day
Farley 2 coasted down for a week or longer before 14 of its 19 refuelings on record. Those coastdowns ran a median of 11 days and ended near 88% power. The most recent refueling, in Oct 2026, followed a 7-day coastdown from 97% to 93%.
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Monthly capacity factor with outage events overlaid as red bands. Green bars show average power level per month. Toggle to Daily view for raw daily data.

Power History

Over its operating life, Farley 2 has run at about 90.8% of its rated capacity. Across the last 12 reported months it averaged 98.3%. On the chart, green stretches near the top are full-power running, amber marks reduced power (50 to 89%), and red drops toward zero are outages.

Outage History & Daily Power Log

This table logs every recorded outage for Farley 2, 38 in all since 1999. Of those, 19 were scheduled refueling outages, 1 was planned maintenance and 18 were unplanned or forced. The typical outage lasted about 20 days. Where the Scheduled column shows (Model), the date is a NukeWorker projection because the utility had not published one.
Scheduled 2R31
2026-10-19 In Outage 4+ 477d 2026-10-18 +1d
Scram # 57789 Manual
2025-06-28 2025-06-29 2 6d - -
Scram # 57769 Auto
2025-06-20 2025-06-22 3 11d - -
Scheduled 2R30SGR/Major
2025-03-17 2025-06-09 85 394d 2025-04-05 -19d
Scram # 56971 Manual
2024-02-16 2024-02-17 2 93d - -
Scram # 56852 Manual
2023-11-15 2023-11-15 1 2d - -
Scheduled 2R29
2023-10-09 2023-11-13 36 112d 2023-10-08 +1d
Unscheduled
2023-06-14 2023-06-19 6 408d - -
Scheduled 2R28
2022-04-11 2022-05-02 22 514d 2022-04-10 +1d
Scheduled 2R27
2020-10-12 2020-11-13 33 386d 2020-10-11 +1d
Scram # 54287 Manual
2019-09-22 2019-09-22 1 143d - -
Scheduled 2R26
2019-04-08 2019-05-02 25 512d 2019-04-07 +1d
Scheduled 2R25
2017-10-16 2017-11-12 28 487d 2017-10-23 -7d
Unscheduled
2016-06-16 2016-06-16 1 38d - -
Scheduled 2R24
2016-04-11 2016-05-09 29 151d 2016-04-10 +1d
Planned Mid-Cycle Planned
2015-11-08 2015-11-12 5 327d - -
Unscheduled
2014-12-14 2014-12-16 3 27d - -
Scheduled # 50533 Manual 2R23
2014-10-15 2014-11-17 34 274d 2014-10-19 -4d
Unscheduled
2014-01-12 2014-01-14 3 250d - -
Scheduled 2R22
2013-04-15 2013-05-07 23 524d 2013-04-14 +1d
Scheduled 2R21
2011-10-10 2011-11-08 30 235d 2011-10-09 +1d
Unscheduled
2011-02-13 2011-02-17 5 266d - -
Unscheduled
2010-05-23 2010-05-23 1 7d - -
Scheduled 2R20
2010-04-05 2010-05-16 42 148d 2010-04-03 +2d
Unscheduled
2009-11-06 2009-11-08 3 222d - -
Unscheduled
2009-03-23 2009-03-29 7 122d - -
Scheduled 2R19
2008-10-20 2008-11-21 33 381d 2008-10-19 +1d
Unscheduled
2007-10-04 2007-10-05 2 138d - -
Scheduled 2R18
2007-04-09 2007-05-19 41 494d 2007-04-09 0d
Scheduled 2R17
2005-10-15 2005-12-01 48 548d 2005-10-15 0d
Scheduled 2R16
2004-03-13 2004-04-15 34 123d 2004-03-12 +1d
Unscheduled
2003-11-11 2003-11-11 1 381d - -
Scheduled 2R15
2002-09-14 2002-10-26 43 447d 2002-09-14 0d
Unscheduled
2001-06-24 2001-06-24 1 48d - -
Scheduled 2R14SGR/Major
2001-02-24 2001-05-07 73 99d 2001-02-24 0d
Unscheduled
2000-11-16 2000-11-17 2 339d - -
Scheduled 2R13
1999-10-16 1999-12-13 59 123d 1999-10-16 0d
Unscheduled
1999-06-13 1999-06-15 3 - - -
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