Many people only start looking into stove energy use after a high electric bill, a kitchen remodel, or a move into a home with an all-electric range. That usually leads to the same question: how much electricity does an electric stove use? The short answer is that most electric stoves use about 1 to 3 kilowatt-hours (kWh) per hour per burner, depending on burner size and heat setting, while ovens often use 2 to 5 kWh per hour. In real life, the actual cost depends on how long you cook, what you cook, your electricity rate, and how efficient your stove is.
That broad range can feel vague, but it makes sense once you break it down. Boiling pasta on a large burner for 20 minutes uses much less electricity than baking a casserole at 375°F for an hour. A smooth-top radiant range behaves differently from an induction stove. Even cookware matters more than most people think.
This guide walks through what an electric stove typically uses, what that means on your utility bill, how different cooking methods compare, and how to reduce energy waste without making your kitchen routine annoying.
How much electricity does an electric stove use on average?
A standard electric stove burner usually draws somewhere between 1,200 and 3,000 watts. Since 1,000 watts equals 1 kilowatt, that means a burner often uses 1.2 to 3.0 kWh if it ran at full power for one hour.
Electric ovens usually use more total power than a single burner. Many residential electric ovens are rated around 2,000 to 5,000 watts, though they cycle on and off during cooking rather than staying at full power the whole time.
Here is a simple way to think about it:
- Small burner: around 1.2 to 1.5 kW
- Medium burner: around 1.8 to 2.0 kW
- Large burner: around 2.5 to 3.0 kW
- Electric oven: around 2.0 to 5.0 kW while heating
Most cooking does not involve running these elements at full power for a full hour. Once a pan or oven reaches temperature, the appliance cycles power to maintain heat. That is why the nameplate wattage often overstates real-world usage.
Typical electricity use by stove component
| Appliance part | Typical wattage | Estimated kWh used in 1 hour | Estimated cost at $0.16/kWh |
|---|---|---|---|
| Small electric burner | 1,200 to 1,500 W | 1.2 to 1.5 kWh | $0.19 to $0.24 |
| Medium electric burner | 1,800 to 2,000 W | 1.8 to 2.0 kWh | $0.29 to $0.32 |
| Large electric burner | 2,500 to 3,000 W | 2.5 to 3.0 kWh | $0.40 to $0.48 |
| Electric oven | 2,000 to 5,000 W | 2.0 to 5.0 kWh | $0.32 to $0.80 |
Those costs are examples using an electricity rate of $0.16 per kWh. If your rate is $0.12, cooking costs less. If you are paying $0.25 to $0.35 per kWh, which is common in some areas, the same stove can cost noticeably more to run.
How to calculate electric stove electricity use
If you want a more accurate estimate for your own range, the basic formula is simple:
Watts ÷ 1,000 × hours used = kWh
Then multiply kWh by your electric rate.
Example 1: Using a 2,000-watt burner
If a burner is rated at 2,000 watts and you cook for 30 minutes:
2,000 ÷ 1,000 × 0.5 = 1.0 kWh
If your electricity costs $0.18 per kWh:
1.0 × 0.18 = $0.18
That meal cost about 18 cents in burner electricity.
Example 2: Using the oven for 45 minutes
Say your oven is rated at 3,500 watts and you bake for 45 minutes:
3,500 ÷ 1,000 × 0.75 = 2.625 kWh
At $0.18 per kWh, that is:
2.625 × 0.18 = about $0.47
Actual oven use may be somewhat lower if it cycles efficiently after preheating, but this gives a helpful ballpark.
Why the real number is often lower than the label
Electric stoves do not always pull maximum wattage continuously. A burner on medium heat may switch on and off to regulate temperature. An oven works the same way. It uses a burst of energy during preheat, then cycles to hold temperature.
That means a 3,000-watt burner does not automatically use 3 kWh every hour you are cooking. It only does that if it is effectively running at full output the whole time.
What affects how much electricity an electric stove uses?
Two homes with similar stoves can have different cooking-related electricity costs. The biggest factors are usually pretty ordinary.
Burner size
Larger burners pull more power. If you use a large burner for a small saucepan, you can waste energy because heat spreads beyond the bottom of the pan.
Heat setting
High heat uses more electricity than low or medium heat. A lot of foods only need high heat briefly, such as bringing water to a boil, then can be turned down.
Cooking time
This is the obvious one, but it matters more than people expect. Simmering a pot for an hour costs more than searing something quickly, even if the simmer is on a lower setting.
Type of stove
Coil-top, smooth-top radiant, and induction stoves all use electricity differently. Induction tends to waste less heat into the room and transfer more directly into the pan.
Cookware
Warped pans, undersized cookware, or thin cheap pots can increase cooking time. Better contact with the heating surface usually means better efficiency.
Preheating habits
Leaving the oven on for 15 extra minutes before food goes in is an easy way to use more electricity than necessary.
Kitchen temperature
In summer, an electric oven can also make your air conditioner work harder. That extra cooling cost does not show up as stove usage, but it still affects your total bill.
How much does an electric stove cost to run?
For many households, the cost of running an electric stove is not massive compared with air conditioning, electric water heating, or clothes drying. Still, it adds up, especially if you cook frequently and rely on the oven a lot.
Typical cooking cost by task
| Cooking task | Estimated electricity use | Estimated cost at $0.16/kWh |
|---|---|---|
| Boiling water on a medium-large burner for 15 minutes | 0.4 to 0.7 kWh | $0.06 to $0.11 |
| Cooking a skillet meal for 30 minutes | 0.8 to 1.5 kWh | $0.13 to $0.24 |
| Simmering soup for 1 hour | 1.0 to 2.0 kWh | $0.16 to $0.32 |
| Baking dinner in oven for 1 hour | 2.0 to 3.5 kWh | $0.32 to $0.56 |
| Using oven for 2 hours | 4.0 to 7.0 kWh | $0.64 to $1.12 |
These are broad estimates, but they are useful for planning. A quick stovetop meal might cost only a few cents. A long baking session can cost closer to a dollar in areas with higher electric rates.
Monthly cost estimate for typical households
Here is one practical example. Imagine a household that:
- Uses the stovetop twice a day
- Uses the oven three times a week
- Consumes around 40 to 80 kWh per month for cooking
At $0.16 per kWh, that would be about $6.40 to $12.80 per month.
At $0.28 per kWh, it would be about $11.20 to $22.40 per month.
Homes that cook heavily, bake often, or use multiple burners at once can land above that range. Smaller households that cook quick meals may stay under it.
Electric coil vs smooth-top vs induction: which uses less electricity?
Not all electric stoves perform the same way, even if they are all plugged into electricity.
Coil electric stoves
Traditional exposed-coil stoves are common in rentals and older homes. They are simple and durable, but they are not usually the most efficient option. Some heat is lost to the surrounding air, and temperature control can be less precise.
Pros:
- Usually cheaper to buy or replace
- Easy to find in older apartments and houses
- Works with most cookware
Cons:
- Can be slower to respond
- Often less efficient than induction
- Harder to clean
Smooth-top radiant electric stoves
These have a flat glass or ceramic surface with electric heating elements underneath. They often look cleaner and can be easier to wipe down, but they still rely on resistance heating.
Pros:
- Easy to clean
- Common in newer homes
- Looks more modern
Cons:
- Still loses some heat
- Can be slower than induction
- Scratches and burnt-on spills can be frustrating
Induction stoves
Induction is electric, but it works differently. Instead of heating the burner first, it creates a magnetic field that heats the pan directly. That usually means faster cooking and less wasted heat.
Pros:
- Usually the most efficient electric cooktop type
- Fast heating
- Less excess heat in the kitchen
- Very responsive temperature control
Cons:
- Higher upfront cost in many cases
- Requires compatible cookware
- Can take getting used to
Efficiency comparison at a glance
| Stove type | Typical efficiency | Speed | Heat lost to room | Best fit |
|---|---|---|---|---|
| Electric coil | Lower | Moderate | Higher | Budget setups, rentals |
| Smooth-top radiant | Moderate | Moderate | Moderate | Typical modern kitchens |
| Induction | Higher | Fast | Lower | Efficiency-focused households |
If your goal is lower electricity use, induction usually wins in real-world cooking. That does not mean everyone should replace a working radiant stove immediately. The savings may not justify the cost unless you are already remodeling or replacing an old range.
How electric stove energy use compares with other kitchen appliances
Sometimes the better question is not just how much an electric stove uses, but whether it is the best tool for the job.
Electric stove vs microwave
Microwaves often use between 600 and 1,500 watts, and they usually run for shorter periods. For reheating leftovers or cooking small portions, a microwave almost always uses less electricity than a full-size stove or oven.
That is one reason reheating a plate of food in the microwave is usually cheaper than turning on the oven.
Electric stove vs toaster oven
Toaster ovens generally use less power than full-size ovens and heat a much smaller space. For small meals, roasting vegetables, or baking a few pieces of food, they are often more efficient.
Electric stove vs slow cooker
A slow cooker runs for a long time, but at relatively low wattage, often around 150 to 300 watts on low and somewhat higher on high. For soups, stews, beans, and braised dishes, it can be surprisingly economical.
Electric stove vs pressure cooker or multicooker
Electric pressure cookers and multicookers can reduce both cooking time and energy use for foods that normally simmer for a long time. Dried beans, rice, soups, and tough cuts of meat are common examples.
Quick comparison table
| Appliance | Typical wattage | Best use case | Usually cheaper than full electric oven? |
|---|---|---|---|
| Electric stove burner | 1,200 to 3,000 W | Boiling, frying, simmering | Sometimes |
| Electric oven | 2,000 to 5,000 W | Baking, roasting | No |
| Microwave | 600 to 1,500 W | Reheating, quick cooking | Yes |
| Toaster oven | 1,200 to 1,800 W | Small baked meals | Usually |
| Slow cooker | 150 to 300+ W | Long, low-heat meals | Usually |
| Electric pressure cooker | 700 to 1,200 W | Fast cooking of grains, beans, stews | Often |
Does an electric stove use electricity when it is not cooking?
Usually, the standby use is very low. Basic electric ranges may use almost no electricity when idle beyond a clock or electronic controls. Newer models with digital displays, Wi-Fi features, or touch panels may use a bit more, but it is still small compared with active cooking.
For most households, the real energy issue is not standby power. It is the amount of time the burners and oven are actually heating.
How much electricity does the oven part use compared with the burners?
In many homes, the oven is the bigger electricity user because it heats a large enclosed space and often runs longer. Burners can draw a lot of power, but they heat a smaller area and are often used for shorter periods.
For example:
- Boiling pasta on one burner for 20 minutes might use around 0.6 to 1.0 kWh
- Baking lasagna in the oven for 75 minutes might use around 2.5 to 4.5 kWh
If you are trying to reduce cooking-related electricity use, oven habits usually offer more room for savings than quick burner tasks.
Preheating matters more than people think
Many recipes say to preheat the oven, and often that is necessary. But people also tend to start preheating too early, then forget about it while prepping ingredients. Ten or fifteen unnecessary minutes of preheating several times a week can add up over a month.
If your oven takes 10 to 15 minutes to preheat, try timing prep so the food is ready to go in shortly after the target temperature is reached.
Common myths about electric stove energy use
Myth: Electric stoves always use a huge amount of electricity
They can use a fair amount, especially the oven, but cooking is often a modest part of total home electricity use compared with heating, cooling, water heating, and laundry.
Myth: Leaving a burner on low barely uses any power
Low heat uses less electricity than high heat, but over a long cooking time it can still add up. A pot simmering for two hours is not free.
Myth: A bigger burner cooks everything more efficiently
Not if the pan is too small. Heat that extends beyond the bottom of the pan is mostly wasted.
Myth: Glass-top electric stoves are automatically much more efficient than coil stoves
Smooth-top radiant models can be somewhat more efficient in some situations, but the difference is not always dramatic. Induction is where efficiency improvements are usually more noticeable.
Myth: Opening the oven door for a second does not matter
It matters more than many people think. Each opening lets heat escape, and the heating elements have to cycle back on to recover.
Practical ways to reduce electric stove electricity use
You do not need to stop cooking from scratch to cut stove energy use. A few kitchen habits make a noticeable difference, especially over time.
Match pan size to burner size
This is one of the easiest fixes. Use a small burner for a small saucepan and a large burner for a large pot or skillet. If the burner is larger than the cookware base, extra heat goes into the room instead of the food.
Use lids whenever possible
A lid helps water boil faster and keeps simmering food hot with less energy input. This is especially useful for soups, pasta, grains, and sauces.
Turn heat down after boiling
Many people leave burners on high longer than needed. Once water reaches a boil or food is hot enough to maintain a simmer, reduce the setting.
Use flat-bottomed cookware
Pans that sit evenly on the heating surface transfer heat better. Warped cookware can increase cooking time and waste energy.
Avoid unnecessary oven preheating
Some foods need precise preheating, especially baking projects like cakes or pastries. Others, such as casseroles or roasted vegetables, are often more forgiving. Check the recipe and use common sense.
Cook multiple items at once
If the oven is already on, try to make full use of it. Roast vegetables while baking chicken. Bake tomorrow’s potatoes while tonight’s casserole cooks. Batch cooking is not just convenient. It can also reduce total energy use.
Keep the oven door closed
Use the oven light and window instead of opening the door repeatedly. Heat loss makes the oven work harder.
Use smaller appliances for smaller jobs
For toast, leftovers, a single baked potato, or a few roasted vegetables, a toaster oven, microwave, or air fryer may use less electricity than the full oven.
Use residual heat
Electric burners and ovens stay hot after being turned off. For some foods, you can switch them off a little early and let retained heat finish the job. This works best for simmering, pasta, rice, casseroles, and baked dishes near the end of cooking.
Keep burners and surfaces clean
Heavy burnt-on residue can interfere with good heat transfer and make cooking less pleasant. Clean surfaces also help cookware sit properly.
Real-world examples of electric stove usage
Sometimes numbers make more sense with everyday meals.
Example: Weeknight pasta dinner
You boil water on a 2,500-watt burner for 12 minutes, then cook pasta at a lower setting for 10 more minutes. You also heat sauce on a smaller burner for 15 minutes.
That meal might use roughly:
- Large burner: 0.6 to 0.9 kWh
- Small burner: 0.2 to 0.4 kWh
- Total: about 0.8 to 1.3 kWh
At $0.16 per kWh, that is about 13 to 21 cents.
Example: Baking a tray of cookies
You preheat the oven and bake for 25 minutes. Depending on the oven, that could use around 1.5 to 2.5 kWh. At $0.16 per kWh, that is around 24 to 40 cents.
If you bake several trays one after another, the cost per batch drops because the preheat energy is spread across more food.
Example: Long Sunday roast
A roast dinner cooked in the oven for two hours, plus side dishes on two burners, might use around 5 to 8 kWh total. At $0.16 per kWh, that is roughly 80 cents to $1.28. At higher utility rates, it can be closer to $1.50 to $2.50.
Is switching from gas to electric likely to raise your bill?
It can, but not always by much, and the answer depends heavily on local utility prices. In some places, electricity is expensive and gas is relatively cheap, so switching to electric cooking may increase operating costs. In other areas, the difference is smaller, especially if you cook modestly or use efficient electric appliances like induction.
There are also trade-offs beyond monthly cost:
- Electric cooking avoids indoor combustion
- Induction can be very efficient and fast
- Electric ovens often provide even baking
- Some people prefer gas flame control for certain cooking styles
For many households, the difference in annual cooking cost is real but not huge compared with other energy decisions like HVAC upgrades, insulation, water heater efficiency, or dryer use.
How to find your stove’s actual wattage
If you want a better estimate than general averages, check your appliance itself.
Look for the data plate
Most electric ranges have a label with model information and electrical rating. You may find it:
- Inside the oven door frame
- In the storage drawer area
- On the back panel
- In the owner’s manual
The label may show total connected load rather than each burner. If that is the case, the manual or manufacturer specs can help fill in the details.
Use a utility bill and cooking habits together
You usually cannot isolate stove electricity use from the whole-house bill without a dedicated monitor, but you can still estimate it by tracking:
- How often you use the oven
- How many burners you use regularly
- Typical cooking times
- Your electricity rate per kWh
That gives a realistic working estimate, which is often all you need for budgeting or comparison shopping.
Should you replace an old electric stove to save electricity?
Maybe, but not always.
If your current electric stove works well, replacing it solely for energy savings may not pay off quickly, especially if you do not cook heavily. The monthly savings from a somewhat more efficient range can be fairly modest.
Replacement makes more sense if:
- Your current stove is failing
- You are remodeling anyway
- You want induction for faster cooking and lower wasted heat
- Your existing range has damaged burners or poor temperature control that causes long cooking times
For many people, better cooking habits and using smaller appliances wisely will save more money upfront than replacing a functional stove.
FAQ
How much electricity does an electric stove use per month?
A typical household might use around 30 to 80 kWh per month for electric stove and oven cooking, though some use less and some much more. At $0.16 per kWh, that is roughly $4.80 to $12.80 monthly. Frequent bakers or large families may be above that range.
Does an electric stove use a lot of electricity compared with other appliances?
It uses a moderate amount. It usually uses less electricity overall than central air conditioning, electric heating, water heating, or clothes drying, but more than many small kitchen appliances.
How many watts does an electric stove burner use?
Most electric stove burners use about 1,200 to 3,000 watts, depending on size and design.
How many kWh does an electric oven use?
Many electric ovens use around 2 to 5 kWh per hour during active heating, though actual consumption can be lower because the heating elements cycle on and off after preheating.
Is induction cheaper to run than a regular electric stove?
Usually, yes. Induction cooktops are generally more efficient because they heat the pan more directly and waste less heat. The actual dollar savings depend on how often you cook and local electricity rates.
What uses more electricity, the oven or the stovetop?
In many homes, the oven uses more electricity because it heats a larger space and often runs longer. A single quick burner task usually uses less than a typical baking session.
Does using the oven in summer increase total energy costs?
It can. The oven adds heat to the kitchen, which may make your air conditioner run longer. That extra cooling cost is separate from the oven’s direct electricity use.
What is the cheapest way to cook with electricity?
For small portions or reheating, a microwave is often cheapest. For longer cooking tasks like soups or beans, a slow cooker or pressure cooker can be efficient. For stovetop cooking, using the right burner, a lid, and avoiding unnecessary high heat helps keep costs down.
Practical takeaway
If you are wondering how much electricity does an electric stove use, a realistic answer is that a single burner often uses about 1.2 to 3.0 kWh per hour, while an electric oven commonly uses 2 to 5 kWh per hour during active heating. In day-to-day cooking, that usually translates to a few cents for simple stovetop tasks and more for longer oven use.
The biggest drivers are cooking time, burner size, oven use, and your local electric rate. If you want to cut costs, start with the easy wins: match pans to burners, use lids, avoid extra preheat time, and use smaller appliances for smaller meals. Those habits are simple, practical, and often more effective than obsessing over every watt.
For most households, stove electricity use matters, but it is manageable. A few smarter choices in the kitchen can trim your bill without changing how you like to cook.