Electric Stove Electricity Cost Calculator
U.S. residential EIA benchmark: 18.34¢/kWh ($0.1834) — June 2026 (Table 5.6.A)
The Electric Stove Electricity Cost Calculator calculates power usage and electricity costs for electric ranges and cooktops. It compares burner sizes (small, medium, power-boil), simmering duty cycles, and energy-efficient induction technology.
U.S. residential EIA benchmark: 18.34¢/kWh — June 2026
This is a state/national macroeconomic benchmark from EIA Table 5.6.A, not a guaranteed residential tariff. Your actual electric bill can vary by utility, electricity plan, usage band, fixed customer charges, fees, taxes, riders, and other applicable charges.
Variable Wattage & Real-World Operating Limitations
Electric cooktops feature burners of various sizes with maximum power ratings ranging from 1,200W (small 6-inch element) to 3,000W+ (12-inch dual power-boil element). Burners do not draw continuous maximum power unless set to high boil. When set to simmer or medium heat, infinite switches or solid-state pulse modulators cycle the heating element on and off (e.g. low simmer draws ~300W–500W effective average). Induction cooktops offer 85%–90% thermal efficiency compared to ~70% for radiant electric.
Electric Stove Electricity Cost Calculator
Estimate cooktop and stovetop power consumption across coil burners, radiant glass, and induction cooktops.
Editable. Enter your volumetric supply + delivery rate per kWh from your electric bill.
Defaults to $0 for pure volumetric electricity cost. Enter your utility's monthly/annual account fee if estimating a full bill.
Defaults to $0. Enter any specific municipal utility taxes or regulatory rider amounts from your bill.
Assumes electricity usage, rate, and fixed charges remain unchanged.
Electric Stove Electricity Cost Calculator Power & Benchmark Comparison
Typical wattage ranges, operating schedules, monthly kWh, and estimated electricity costs based on the U.S. residential EIA benchmark (June 2026 Table 5.6.A):
| Model / Appliance Tier | Rated Wattage | Typical Schedule | Monthly kWh | Estimated Monthly Cost |
|---|---|---|---|---|
| Small 6-Inch Radiant / Coil Element Small saucepans and simmering. Effective draw on medium is ~600W. | 1,000W – 1,500W (Max) | 45 min/day · 30 days/mo | 27.0 kWh | $4.95 / mo |
| Medium 8-Inch Radiant Element Standard frying pans and skillet cooking. | 1,500W – 2,000W (Max) | 1.0 hr/day · 30 days/mo | 54.0 kWh | $9.90 / mo |
| Large 9–12 Inch Power-Boil Element Rapid water boiling, stockpots, and heavy cast iron searing. | 2,400W – 3,200W (Max) | 45 min/day · 20 days/mo | 37.5 kWh | $6.88 / mo |
| Induction Cooktop Element (85%–90% Efficiency) Electromagnetic induction heats pan directly; boils water twice as fast. | 1,400W – 3,700W (Boost Mode) | 35 min/day · 30 days/mo | 31.5 kWh | $5.78 / mo |
| Two-Burner Combined Daily Cooking Typical family dinner preparation with main skillet and side saucepan. | 1,800W – 2,500W (Combined) | 1.0 hr/day · 30 days/mo | 60.0 kWh | $11.00 / mo |
Electric Stove Energy & Electricity Cost Formulas
Cooktop electricity cost multiplies average burner power by cumulative daily stovetop runtime and monthly cooking frequency.
- Average Burner Power (W): Combined electrical wattage draw of active burners during cooking.
- Daily Cooking Hours: Total hours per day the stove burners are turned on.
- Cooking Days / Month: Number of active cooking days per month (typically 30 for daily meal prep).
- Electricity Rate ($/kWh): Residential volumetric electric rate in $/kWh.
Worked Example: Cooking Dinner with 2 Burners (2,000W Total for 1 Hour Daily)
Calculating the monthly electricity cost for cooking dinner daily using two burners drawing an effective combined average of 2,000 Watts for 1 hour per day, 30 days per month at the U.S. EIA benchmark rate of $0.1834/kWh (June 2026):
Calculation Assumptions & Cost-Saving Strategies
- Electricity rate defaults to 18.34¢/kWh (June 2026 EIA Table 5.6.A residential benchmark).
- Calculations assume flat-bottom cookware matching burner diameter for maximum conductive heat transfer.
- Simmering and medium heat settings reflect thermostatic power cycling (duty cycle 30%–60%).
- Induction cooktops require ~20% to 25% less electrical energy than radiant coil cooktops to deliver the same cooking heat to food.
Match Pot Size to Burner Diameter
Using a 6-inch pan on an 8-inch burner wastes over 40% of the radiant heat energy directly into the kitchen air.
Cook with Tight-Fitting Lids
Keeping lids on pots traps steam and heat, reducing boiling time and required power level by up to 50%.
Turn Off Radiant Burners 2–3 Minutes Early
Electric radiant and coil burners retain residual heat for several minutes after being switched off to finish cooking.
Upgrade to an Induction Cooktop
Induction transfers 85%–90% of electromagnetic energy directly into cookware, boiling water in half the time of radiant stoves.
US State Electricity Benchmark Quick Reference (June 2026)
Official EIA Table 5.6.A residential average electricity benchmarks across major US states (June 2026):
Frequently Asked Questions: Electric Stove Electricity Cost Calculator
How much does it cost to use an electric stove for 1 hour? +
At the national average electricity rate of 18.34¢/kWh (June 2026), running a single medium burner on medium heat (1,000W avg) costs about 18.3¢ per hour. Running two burners for dinner prep (2,000W combined) costs about 36.7¢ per hour.
Is induction cooking cheaper than standard electric coil stoves? +
Yes. Induction cooktops are 85% to 90% energy efficient compared to 65%–70% for standard electric coil or radiant glass stoves. Because less heat escapes into the room and cooking times are faster, induction reduces stovetop electricity consumption by 20% to 30%.
How much power does a large electric stove burner use? +
A large power-boil radiant element draws 2,500 to 3,200 Watts on maximum high setting. On a standard 240V circuit, this draws approximately 10.4 to 13.3 Amps of electrical current.
Does an electric stove use electricity when turned off? +
Modern electric ranges with digital clocks and electronic touch controls draw a minimal standby power of 1 to 3 Watts when turned off, costing less than $0.50 per year.
Authoritative Data Sources & Technical Mappings
Sourced from the U.S. Energy Information Administration (EIA) (Electric Power Monthly Table 5.6.A (Average Price of Electricity to Ultimate Customers by End-Use Sector)). Period: June 2026 (Verified: 2026-06).
Appliance energy test standards (10 CFR Part 430), annual kWh baseline certifications, and ENERGY STAR verified product databases.
HVAC seasonal ratings (SEER2 / EER2 / HSPF2 per ASHRAE 90.1 / 90.2), water heating Uniform Energy Factor (UEF), and fluid pump affinity laws.
Nameplate electrical ratings (120V / 240V circuits), power supply unit (PSU) 80 Plus load curves, and component surge/operating wattages.
Independent Consumer Disclaimer
ElectricityBillCalc.com is an independent consumer estimation resource. We are not affiliated with, endorsed by, or operated by any public utility or governmental regulatory agency. Actual residential power bills vary based on utility rate schedules, local taxes, time-of-use peak multipliers, and seasonal tariff adjustments.