Do Hot Plates or Single Burners Take Much Electricity?

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Hot plates and electric stove elements convert electrical power into heat.
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Many homes rely upon electric ranges or hot plates for meal preparation. These devices use electric heating elements to convert electrical energy into heat. Since homes typically have more than one available option for heating and cooking food, it may be wise to examine how much power a hot plate or a single burner uses, and how much it costs to use that method.

Tip

A hot plate uses between 750 and 1,800 watts of electricity; this varies among different manufacturers and different types of hot plates.

Electric Hot Plates

Hot plates styles vary from single burners, double burners (with one side pulling more electricity) and induction models. Cooking surfaces on hot plates also vary, from traditional coils, integrated coils and glass.

Measuring Electrical Power Use

An electric utility company provides power to a home or business in units called kilowatt-hours (kWh). Simply stated, a kilowatt-hour is equal to the use of 1,000 watts of power dissipated over a one-hour time period. For example, if a 100-watt light bulb is powered for 20 hours, the total power usage that an electric company will bill a consumer is equal to 2 kWh.

Hot Plate Power Usage

An average hot plate will draw approximately 1,200 watts of power. If the hot plate will be used for one hour each day over a 30-day period, it will consume 36 kilowatt-hours. By way of comparison, a portable electric heater operated for the same amount of time during a 30-day period will consume 45 kWh of energy, while a room air conditioner will consume 30 kWh over that same period.

Kitchen Range Burner Power Usage

Kitchen range burners vary in size; the larger the burner, the more power it will consume. Small kitchen burners draw approximately 1,200 watts of power. Medium-sized burners can draw between 1,500 and 1,800 watts, while large burners may draw 2,500 watts or more.

The amount of power consumed from the electric utility company to operate these burners over a 30-day period — if a single burner is used for one hour per day — is 36 kilowatt-hours for the small burner, between 45 and 54 kWh for a medium-sized burner, and 75 or more kWh for the large burner.

Approximate Power Costs

Power costs vary widely throughout the United States; it is therefore difficult to provide an exact cost for every locality at any given moment. Using the average cost per kilowatt-hour (kWh) for a certain location, however, it's possible to get an idea of how much it would cost to operate either a hot plate or an electric burner for a month.

For example, the average projected kWh cost for New York in 2020 is 11.86 cents, according to the U.S. Energy Information Administration. For the examples given above, the cost to operate a hot plate or a single small burner for a month is about $4.27. Operating a medium-sized burner for a month would cost up to about $5.93, whereas a large burner would cost about $8.90 to operate.

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David Sandoval

David Sandoval

David Sandoval has served as a trainer and technical writer since 2000. He has written several articles online in the fields of home improvement, finance, electronics and science. Sandoval has an Associate of Applied Science in microelectronics from Northern New Mexico College.