SAIDI
739 min per year
Average outage minutes (2023)
City of Kansas City - (KS) is a municipally-owned utility operating in Kansas under EIA identifier 9996. It reports service to approximately 67,713 customer accounts and generated about $0.27 billion in annual electric revenue, with a service footprint spanning 25 ZIP codes. As a municipal utility, it is typically governed by a local board or city council and is exempt from federal income tax.
In 2023, the average City of Kansas City - (KS) customer experienced 738.6 minutes of power interruptions — a metric called SAIDI (System Average Interruption Duration Index). That is substantially above the 120–180 minute national benchmark, indicating either storm-prone geography, aging infrastructure, or extended restoration windows. SAIFI — the average number of outage events per customer — was 2.88 for the same period, so customers statistically faced roughly 3 distinct interruptions that year. Excluding major event days (hurricanes, ice storms), SAIDI drops to 175.8 minutes — the gap between that figure and the headline 738.6 reveals how much weather, not day-to-day infrastructure, drove outages.
The EIA dataset includes 4 years of continuous reporting (2020–2023) for City of Kansas City - (KS), which lets you see whether reliability is trending up or down rather than judging from a single snapshot. SAIDI has increased from 132.7 to 738.6 minutes, which may reflect either worsening weather exposure or delayed grid modernization. All figures on this page come directly from EIA Form 861, the federal annual electric power industry survey, with service territory ZIPs sourced from OpenEI — you can cross-reference them with your own utility bill or use them when comparing providers before relocating.
SAIDI
739 min per year
Average outage minutes (2023)
SAIFI
2.88 interruptions/yr
Outage frequency (2023)
Customers
67,713
Served in Kansas
739 minutes per customer per year
Minutes without power per year (2023)
| Year | SAIDI (min) | SAIDI nMED | SAIFI | Customers |
|---|---|---|---|---|
| 2020 | 132.7 | 108.3 | 1.323 | 65,304 |
| 2021 | 393.8 | 153.0 | 2.462 | 66,026 |
| 2022 | 200.4 | 155.9 | 1.889 | 65,287 |
| 2023 | 738.6 | 175.8 | 2.884 | 65,965 |
SAIDI nMED = SAIDI without major event days. Source: EIA Form 861.
City of Kansas City - (KS) serves 25 ZIP codes in Kansas.
City of Kansas City - (KS) had a SAIDI of 738.6 minutes in 2023, meaning the average customer experienced about 739 minutes of outages that year. This is above the national average, indicating below-average reliability.
City of Kansas City - (KS) is classified as a Municipal serving Kansas. Municipal utilities are owned and operated by local governments.
SAIDI (System Average Interruption Duration Index) measures the average total minutes per year that a customer of City of Kansas City - (KS) experiences power outages. A lower SAIDI indicates better reliability. The national average is roughly 120-180 minutes per year, so comparing City of Kansas City - (KS)'s SAIDI to that benchmark shows whether this utility is above or below average.
City of Kansas City - (KS) serves approximately 67,713 customers in Kansas. Customer count can affect reliability metrics because larger utilities may face different infrastructure challenges compared to smaller ones.
City of Kansas City - (KS) has 4 years of reliability data (2020-2023). SAIDI has remained relatively stable over this period. Review the trend table above for year-by-year detail.
SAIDI "without major event days" (SAIDI nMED) excludes outages caused by hurricanes, ice storms, and other catastrophic weather events. It better reflects day-to-day infrastructure reliability rather than vulnerability to extreme weather. Both standard SAIDI and SAIDI nMED are shown in the reliability trend table above.
Disclaimer: This information is provided for informational purposes only and does not constitute professional advice. Data is sourced from the U.S. Energy Information Administration (EIA) Form 861. Consult a qualified professional before making decisions based on this data.
Read our methodology — how this data is sourced, computed, and verified.