Prediction Explanation: Braidwood 1
Feature importance and per-unit prediction explanations for the model.
Per-Unit Prediction Explanation
Why was this prediction made? Each bar shows how a feature pushed the prediction higher or lower compared to the fleet average.
When will the next refueling outage begin?
| Feature | Value | Impact (days) |
|---|
| Cycle Length (days) |
539.0 |
+21.49 days |
| Containment Type |
PWR-DRYAMB |
-7.49 days |
| Reactor Type (NSSS) |
WEST 4LP |
-5.84 days |
| Prior Cycle Length (months) |
17.7 |
-2.76 days |
| Years to License Expiration |
19.5 |
-1.47 days |
| State |
IL |
-1.21 days |
| Units at Site |
2.0 |
-1.16 days |
| Net Capacity (MWe) |
1183.0 |
-1.09 days |
| Age at Outage (years) |
38.7 |
+0.96 days |
| 3-Outage Rolling Avg Duration |
17.7 |
+0.49 days |
Start Date — Global Importance
When will the next refueling outage begin?
Refueling Duration — Global Importance
How long will the next refueling outage last?
Refueling Extension — Global Importance
How many days past schedule will it run?
Forced Outage Duration — Global Importance
If a forced outage occurs now, how long will it last?
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