A gas range typically costs about $35-$160 per year to operate, while a conventional electric range often costs $55-$200, depending on local utility rates and cooking habits. For a representative household, estimated annual energy costs are about $75 for gas and $100 for electric; electricity prices, gas delivery charges, and use of the oven can change the result.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Gas range energy | $35/year | $75/year | $160/year | About 35-65 therms annually at $1-$2.50 per therm |
| Conventional electric energy | $55/year | $100/year | $200/year | About 450-800 kWh annually at $0.12-$0.25 per kWh |
| Induction range energy | $45/year | $80/year | $160/year | About 350-650 kWh annually at $0.12-$0.25 per kWh |
Annual gas and electric range bills for typical use
The operating-cost difference is usually measured in tens of dollars per year, not hundreds, for an average household. A basic model assumes everyday stovetop cooking, regular but not continuous oven use, and energy charges only. It does not include the range purchase price, installation, or any monthly utility customer charge that would remain even if the range were switched off.
At representative rates, gas may save roughly $25 per year compared with a conventional electric range. The estimate uses 50 therms at $1.50 per therm for gas, or $75, versus 600 kWh at $0.17 per kWh for electric, or $102. An induction range using 500 kWh at that electric rate would cost about $85 annually.
Assumptions: 50 therms or 600 kWh per year for a typical household; energy prices are illustrative U.S. ranges, not guaranteed local tariffs. Utility bills may list separate delivery, supply, taxes, and fixed charges. Include only charges that change with consumption when comparing the ranges; adding a household’s full fixed gas or electric fee to one appliance can distort the result.
What burner and oven energy costs include
The main operating expense is fuel or electricity used by the cooktop and oven. A gas range’s burners and oven consume natural gas, while an electric resistance range draws electricity through its heating elements. Induction also uses electricity, but transfers heat to compatible cookware through an electromagnetic field and typically needs less energy for the same cooking task.
| Cost component | Gas range | Conventional electric | Induction electric | What changes the bill |
|---|---|---|---|---|
| Cooktop use | $10-$55/year | $20-$75/year | $15-$55/year | Burner power, cookware, and hours used |
| Oven use | $20-$95/year | $30-$120/year | $25-$100/year | Temperature, cooking time, and preheating |
| Energy price | $1-$2.50/therm | $0.12-$0.25/kWh | $0.12-$0.25/kWh | Utility tariff and service territory |
| Routine upkeep | $0-$40/year | $0-$30/year | $0-$35/year | Cleaning supplies or occasional service |
These component ranges are broad estimates and should not be added at their maximums to create a universal total. Oven use can account for a large share of consumption in homes that bake or roast frequently. For a household that mainly uses a few burners for short meals, cooktop efficiency and local fuel rates matter more than oven specifications.
For example, 600 kWh multiplied by $0.17 per kWh equals $102 before fixed fees. A gas estimate of 50 therms multiplied by $1.50 per therm equals $75. Confirm the billing unit: gas utilities may quote therms, hundred cubic feet, or another unit, and the bill’s conversion factor is needed for a fair comparison.
Which usage levels and utility rates change the result
Annual consumption and price per unit have more effect than the label on the appliance. At 35-65 therms a year, a gas range costs about $35-$163 when gas is $1-$2.50 per therm. At 450-800 kWh a year, a conventional electric range costs about $54-$200 when electricity is $0.12-$0.25 per kWh. Heavy baking or multiple daily meals can push use above these sample bands.
A useful threshold comparison is the break-even gas rate. At 600 kWh and $0.17 per kWh, electric energy costs $102. If gas use is 50 therms, gas costs the same at about $2.04 per therm. Below that gas rate, gas is cheaper under those assumptions; above it, electricity is cheaper. A different household’s consumption changes the threshold.
Check actual bills before choosing based on a national average. Compare the marginal electricity and gas rates, then estimate yearly appliance use using the range’s energy information where available. Rate plans with time-of-use pricing may make evening cooking more expensive, while seasonal gas supply charges can alter the gas comparison. The range’s use is only part of a home’s total utility bill.
Where regional electricity and gas prices shift the math
Local rates can reverse the average result. Areas with electricity around $0.25-$0.35 per kWh may make resistance cooking costly, while regions near $0.10-$0.14 per kWh can make electric operation competitive. Gas at $0.80-$1.20 per therm tends to favor gas; gas at $2-$3 per therm narrows or eliminates that advantage, depending on the electric tariff.
For a practical regional illustration, 600 kWh costs $72 at $0.12 per kWh, $102 at $0.17, and $150 at $0.25. Fifty therms costs $50 at $1 per therm, $75 at $1.50, and $125 at $2.50. These are arithmetic examples, not claims about a particular state. Urban and rural rates can differ within the same state due to utility territory, taxes, and delivery charges.
When natural gas is not already connected, the decision is not just a comparison of fuel rates. A new service line or meter can involve substantial installation charges, and fixed gas fees may apply even if the range uses little fuel. An electric range may instead require a suitable 240-volt circuit; circuit work can also add an upfront cost. Request local installation quotes alongside current utility rates.
How oven hours, burner size, and induction affect use
Cooking patterns can matter more than the appliance’s nominal capacity. An oven used several hours each week for baking and roasting draws more energy than one used occasionally. Frequent preheating, opening the door, and cooking at high temperatures can add consumption. On a cooktop, long simmering and use of large burners at high settings raise energy use; a properly sized pan and lid can reduce wasted heat.
Induction usually uses less electricity for a comparable cooking task than resistance elements because heat is transferred directly to compatible cookware. A planning estimate of 350-650 kWh per year gives about $42-$163 at $0.12-$0.25 per kWh. The result depends on use and local rates, and induction cookware compatibility matters. Not every household will realize the same savings compared with its existing electric range.
Gas burners release some heat around the cookware, while electric coil and smooth-top elements heat the cookware through a hot surface. Energy comparisons are not a direct measure of cooking speed or control. A household that values faster heating may prefer induction even if the annual bill difference is small; that preference should be weighed against the range’s purchase price and any cookware replacement.
Does a lower fuel bill cover a higher purchase price
Operating expense is only one part of ownership cost. Entry-level ranges can differ in price by several hundred dollars, and premium features, finish, capacity, and installation needs can widen the gap. If one model costs $400 more and saves $25 per year in energy, the simple payback is 16 years, before maintenance or financing. If the annual saving is only $10, the payback is 40 years.
For comparison, use the same cooking assumptions and include any required electrical or gas work. A replacement gas range on an existing gas connection may have modest hookup costs; changing fuel type can require a new circuit, gas line, shutoff, or ventilation adjustments. Those project costs can outweigh years of small energy savings. Get written quotes for equipment, delivery, removal, and connection work before treating one fuel as cheaper overall.
Calculate the price premium divided by expected annual savings to estimate simple payback. This is a screening tool, not a full lifetime analysis. It leaves out changes in utility rates, repairs, resale value, and discounting future savings. A range near the end of its service life may also need replacement for reliability, so a payback calculation should not be the sole reason to keep an unsafe or failing appliance.
What repair and service costs can erase energy savings
Routine cleaning is usually the main upkeep expense, but a burner, igniter, control board, heating element, or oven sensor can eventually need service. A service call may cost about $75-$150 before parts, while a repair with parts commonly totals $150-$500 depending on the fault and local labor. These figures are planning ranges; age, brand, parts availability, and travel fees affect the quote.
Gas ranges may need attention to ignition components or burner performance; electric models can need element, control, or wiring diagnosis. A repair is not an operating-energy cost, but it affects the cost of owning the appliance and can overwhelm modest annual fuel savings. Ask whether the diagnostic fee is credited toward the repair, and compare the repair quote with replacement cost for an older range.
Safety-related service should not be delayed to preserve a small utility saving. For suspected gas leaks, leave the area and contact the gas utility or emergency services rather than operating switches or attempting a repair. Electrical burning smells, repeated breaker trips, or damaged wiring also call for qualified service. Proper repair can prevent a minor fault from becoming a larger expense.
How to lower range costs without sacrificing needed features
First, use the rate and usage figures from recent bills instead of assuming the national average applies. If gas is already connected, compare its marginal therm rate with the electricity rate and include any new hookup cost only when switching fuels. If the utility charges a fixed monthly gas fee that would otherwise disappear, include the avoidable portion in the comparison; do not count charges that remain for other gas appliances.
Limit avoidable energy use by matching pan size to burner size, keeping lids on pots, using the oven light instead of opening the door, and turning off the oven when food is finished. Batch baking can make better use of a preheated oven. These habits may reduce use, but the actual dollar saving depends on how often the range operates and the household’s per-unit rate.
When comparing quotes, request the same capacity and feature level, and separate the appliance price from delivery, haul-away, hookup, circuit work, and permit fees. Avoid paying extra for options that do not affect actual cooking needs. If a repair is a few hundred dollars and the range is otherwise reliable, compare that cost with a full replacement and installation rather than assuming a new model will quickly repay itself through lower energy use.
The lowest-cost choice depends on local rates, existing connections, and expected years of use. For many households, energy savings alone do not justify an expensive fuel conversion. A like-for-like replacement that uses existing hookups, or a repair that safely extends the current range’s service life, can cost less than switching systems for a small annual bill difference.