Kansas Electricity Cost & Rates

The July 2026 EIA residential average is 15.27¢/kWh. Compare typical household costs, supported utility rate plans and calculator estimates for Kansas.

15.27¢/kWh+5.6% year over year

Equivalent to $0.1527 per kWh · July 2026 residential average

July 202514.46¢
vs. U.S. average-16.6%
U.S. high-price rank#35

What this rate means in everyday costs

Examples below use fixed usage assumptions so states can be compared consistently.

$152.701,000 kWh household electricity example
$47.991,000 EV miles at 3.5 mi/kWh + 10% charging loss
$27.491.5 kW appliance, 4 h/day for 30 days
$1,527.00Value of 10,000 kWh/year of offset electricity

Use Kansas in a calculator

Source and update date

U.S. Energy Information Administration, Electric Power Monthly Table 5.6.A, Form EIA-861M. Data period: July 2026. Release date: September 24, 2026. Status: preliminary.

Open the EIA source table →

Related Kansas page

See a concrete application of this rate in the Tesla Model Y charging-cost page.

Tesla Model Y charging cost in Kansas →

Utility coverage in Kansas

1 tracked provider profile; 1 calculator-ready.

All utilities →

Evergy Kansas Metro

Evergy Kansas Metro rate area

Residential rate profile

Evergy Kansas Metro RTOU uses a daily midnight–6 a.m. super off-peak period and weekday 4–8 p.m. peak period, with summer/winter energy prices.

Calculator-readyView utility →
usage calculator

How much does electricity cost in Kansas at 500–2,000 kWh?

Monthly at 15.27¢/kWh$152.70
Annual at same usage$1,832.40
U.S. average comparison$183.10
Monthly difference vs U.S.−$30.40
$76.35500 kWh / month
$152.701,000 kWh / month
$229.051,500 kWh / month
$305.402,000 kWh / month

This is a state-average energy-cost benchmark, not a utility tariff or complete bill. Utility rate plans, fixed charges, taxes, riders and time-of-use schedules can change the actual amount.

Rate source: EIA Electric Power Monthly Table 5.6.A · data period 2026-07 · released 2026-09-24 · preliminary.

Continue this cost analysis

Use the same state electricity context across transportation, solar and storage decisions.