How many watts does an electric range use?
A typical electric range uses 1,200–12,000 watts when running and draws 5–50 amps at 240 volts.
Electric range watts, amps and circuit
| Running watts | 1,200–12,000 W |
|---|---|
| Voltage | 240 V |
| Running amps | 5–50 A |
| Circuit | 50 A breaker, dedicated circuit |
| Wire size (copper, NM-B cable) | 6 AWG |
Also called: range, electric stove, stove and oven, electric cooktop, induction cooktop.
Electric range watts by size and type
| Size or type | Running watts, W | Volts, V | Amps, A | Starting watts, W |
|---|---|---|---|---|
| Electric range | 1,200–12,000 | 240 | 5–50 | — |
| One radiant burner | 1,200–3,200 | 240 | 5–13.3 | — |
| Oven bake element | 2,500–3,500 | 240 | 10.4–14.6 | — |
| 30-inch electric cooktop | 7,300–8,600 | 240 | 30.4–35.8 | — |
| 30-inch induction cooktop | 7,200–7,700 | 240 | 30–32.1 | — |
What size generator runs an electric range?
An electric range needs a generator that supplies at least 12,000 running watts. A 12,000 W generator covers it with its running rating alone; add the watts of anything else you run at the same time. The generator must have a 240 V outlet or be connected through a transfer switch or interlock.
What it costs to run an electric range
Running an electric range at 6,600 W, the middle of its 1,200–12,000 W range, for one hour a day uses 2,409 kWh a year. That costs about $434 a year at $0.18 per kWh, the US average residential price for August 2026.
Your bill's total ÷ kWh used. 0.18 is the US residential average.
- Per day
- $1.19
- Per year
- $434
- Energy per day
- 6.6 kWh
- Energy per month
- 200.8 kWh
How it is calculated
- kWh per day = 6,600 W × 1 h ÷ 1,000 = 6.6
- Per month = 6.6 kWh × 30.4 days × $0.18 = $36
What affects electric range power use
The high figure is the total rating with every burner and the oven on full, which rarely happens; normal cooking draws a fraction of it. Burners and the oven element cycle on and off to hold the set heat. A typical range is on a 240 V, 40 A or 50 A circuit, set by the nameplate rating and the installation instructions.
How the amps are calculated
Amps = watts ÷ volts. For 12,000 W at 240 V that is 50 A. The 1,200–12,000 W range covers typical models; the nameplate on an electric range gives the exact figure.