Real-Time Outage Tracking in Seattle: What Actually Works
Seattle City Light runs an interactive map that shows active power disruptions across the service area. It is not the most polished tool you will find, and it has blind spots, but it is the authoritative source for the city proper. Outside the city limits, Puget Sound Energy handles its own reporting, and the systems do not talk to each other. I have spent more time than I care to admit cross-referencing both during storms, usually at 11 PM on a Tuesday when everything else is down. The map lives at seattletimeoutage.map (reachable through the Seattle City Light homepage under Service and Support). It displays outages by circuit feeder, color-coded by duration and customer count. Green means restored or minor. Red means a major feeder trip with potentially thousands of customers. The detail level is decent but not instant—there is typically a five to fifteen minute lag between when a fault occurs and when it appears on the screen. I learned this the hard way during the October 2023 wind event. The map showed zero outages in my neighborhood while every house on my street was dark. What happened is that the fault had tripped a lateral fuse rather than the main feeder, and the automated reporting had not yet flagged it. The workaround was to call Seattle City Light's outage line directly and give them my precise address. They could see my service point on their SCADA system even when the public map had not caught up. That call took about forty minutes to get through. Keep your phone charged if you know storm season is coming.
The interface lets you zoom into individual blocks. You can also download a CSV export of reported outages, which is useful if you need to compile historical data for insurance purposes or a homeowners association report. The export refreshes roughly every ten minutes during active weather events and less frequently during calm periods. I have used the CSV to track how long my specific circuit typically stays offline after a wind advisory, and the pattern is consistent: average restoration time for my area is somewhere around two to three hours for minor faults, six to eight hours when tree contact takes down multiple transformers. Here is something most people miss about how these maps work. The outage counts shown are based on smart meter reports, not actual field crews. If a transformer blows and the downstream meters stop reporting, the system registers an outage once the loss of communication is detected. But if your neighbor's meter is still reporting and yours is not, you may appear as an isolated single-customer outage even though the entire block is dark. I encountered this during a summer thunderstorm when the map listed twelve outages in my zone while our entire street was off. The utilities eventually confirmed it was a three-phase fault on the primary line, not individual service failures. Checking multiple data sources simultaneously cuts the guesswork significantly. Another counter-intuitive detail: the map does not always show proposed scheduled outages prominently. Those are usually posted on a separate maintenance schedule page and sometimes get buried under the general outage feed during an emergency. If you know your area has planned work coming up, check the Ombudsman's office updates and sign up for their text alert system. The text alerts are more reliable than refreshing the map, which tends to freeze or load slowly when traffic spikes during bad weather.
Preparation is straightforward but most people skip the boring parts. A battery backup for your router and modem will keep you online for about two hours on a standard unit. That is enough time to check the map, call in if needed, and send messages before your phone dies. Keep a physical copy of your utility account number somewhere accessible. The online account portal is fine until the internet goes down, and then you are digging through mail folders on paper you have not looked at in months. The map has genuine limitations. It does not cover voltage sags or flickers, which can be just as damaging to sensitive electronics over time. It does not show underground versus overhead line distinctions, which matters because underground faults in Seattle tend to take longer to locate and repair. The app version, available on iOS and Android, is slower to update than the web interface and occasionally pushes stale data. I recommend using the browser version during active outages whenever possible. If you live outside Seattle city limits, Puget Sound Energy's outage map at pse.org handles your area. The two systems use different technology stacks and different reporting thresholds. Puget Sound tends to be faster at updating individual residential outages but slightly slower on the overall feeder status. Neither system is real-time in the strictest sense, and both depend on the accuracy of the meter infrastructure in your specific neighborhood. Older buildings in Central District or parts of Rainier Valley sometimes have delayed meter communications, which creates ghost outages or misses actual ones.
Get the Full Details
The practical takeaway is to treat the map as one data point among several, not as the final word. Cross-check with your neighbors, watch the sky conditions, and have a backup plan for communication. The map will be there when you need it, but it will not fill you in on everything.
