How Much Electricity Does an Average Electric Cooker Use Per Month?

Electric cookers are one of those household appliances people rarely think about until the electricity bill arrives looking like it has personally taken offence at your existence. Most UK households use their cooker almost daily, yet very few know how much electricity it actually consumes each month.

The reality is that electric cooker usage varies massively depending on cooking habits, cooker type, household size, and whether someone is preparing quick meals or attempting a three-hour roast every Sunday.

An average electric cooker in the UK typically uses between 60 kWh and 150 kWh of electricity per month.

For most households, the realistic average sits around:

• Small household: 60 to 90 kWh monthly
• Average family household: 90 to 120 kWh monthly
• Heavy cooking households: 120 to 150+ kWh monthly

At current UK electricity prices in 2026, this usually translates to approximately:

• £15 to £40 per month
• Heavy usage can exceed £50 monthly

The exact cost depends on the UK electricity tariff being paid.

Electric cookers use a significant amount of power because they convert electricity directly into heat.

Typical power ratings include:

• Electric hob ring: 1kW to 2.5kW
• Electric oven: 2kW to 5kW
• Fan oven: 2kW to 3.5kW
• Grill: 1.5kW to 3kW

A full electric cooker operating multiple rings plus the oven can temporarily draw between 7kW and 12kW.

A person cooking simple evening meals might:

• Use two hob rings for 30 minutes daily
• Use oven 3 times weekly
• Rarely use grill

Estimated monthly usage:

• Around 60 to 75 kWh
• Roughly £15 to £20 monthly

This is fairly efficient by UK household standards.

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A family cooking daily meals typically:

• Uses oven most evenings
• Uses multiple hob rings
• Cooks weekend roasts
• Uses grill occasionally

Estimated monthly usage:

• Around 90 to 120 kWh
• Approximately £25 to £35 monthly

This is where most UK households sit.

Large families or keen home cooks may:

• Batch cook regularly
• Use oven multiple times daily
• Cook large meals from scratch
• Use high-temperature cooking frequently

Estimated monthly usage:

• 140 to 180+ kWh monthly
• £40 to £60+ monthly

Electric cooking becomes a major contributor to household electricity costs in these cases.

Ceramic hobs are common in UK homes.

Pros:

• Fairly efficient
• Easy cleaning
• Consistent heat

Cons:

• Slower heat-up times
• Retain heat after use

They usually consume moderate amounts of electricity.

Induction cookers are typically the most energy-efficient electric option.

They:

• Heat pans directly
• Waste less heat
• Boil water much faster

Induction cooking can reduce electricity use by 15% to 30% compared to older ceramic or solid plate cookers.

The downside is the higher upfront purchase cost and the occasional discovery that half the household pans suddenly become decorative metal objects.

The oven usually consumes the largest share of cooker electricity.

A typical electric oven:

• Uses 2kW to 3kW while heating
• Cycles on and off after reaching temperature
• Uses more energy for long cooking sessions

Example:

A 2.5kW oven used for one hour daily equals roughly 75 kWh monthly.

At 30p per kWh, that becomes approximately £22.50 monthly from oven usage alone.

Slow roasts, casseroles and baked dishes increase usage considerably.

Cooking for:

• 3 hours instead of 1 hour
• Multiple daily sessions
• High temperatures

all increase electricity demand.

Every time the oven door opens:

• Heat escapes rapidly
• Heating elements reactivate
• More electricity is consumed

Repeated checking wastes surprising amounts of energy.

Humans collectively lose enormous quantities of electricity staring at Yorkshire puddings as if eye contact improves rising performance.

Using a large ring for a small pan wastes heat and electricity.

Correct pan sizing improves efficiency noticeably.

Cooking meals individually rather than batch cooking increases:

• Preheating frequency
• Total oven runtime
• Overall electricity use

Batch cooking is often one of the simplest cost-saving methods.

Gas cookers usually cost less to operate in the UK because gas remains cheaper per kWh than electricity.

However:

• Electric cookers are often more precise
• Induction is highly efficient
• Gas prices remain volatile
• Many new homes increasingly favour electric systems

As the UK moves toward electrification and lower-carbon energy systems, electric cooking is becoming more common despite current running costs.

For many UK households:

• Electric cooking accounts for roughly 10% to 20% of total electricity use

In all-electric homes without gas cooking, this percentage can be even higher.

Households with:

• air fryers,
• microwaves,
• slow cookers,
• pressure cookers

often reduce electric cooker usage significantly.

Air fryers usually consume:

• Less electricity
• Less cooking time
• Less preheating energy

For smaller meals, they are often cheaper to run than a full oven.

Using oven space efficiently reduces overall runtime.

Cooking:

• potatoes,
• vegetables,
• and meat together

is usually more efficient than multiple cooking sessions.

Many modern ovens require less preheating than older models.

Over-preheating wastes electricity.

Dirty ovens:

• retain heat less effectively
• force longer cooking times
• reduce efficiency

Even appliances become less efficient when humans coat them in burnt cheese and forgotten pizza fragments for six months.

Generally, yes.

Modern cookers often include:

• improved insulation,
• fan-assisted cooking,
• induction technology,
• smarter temperature controls.

An older electric cooker from the early 2000s can use noticeably more electricity than a newer A-rated appliance.

An average electric cooker in the UK typically uses between 60 and 150 kWh of electricity per month, depending heavily on cooking habits and appliance type.

For most households, monthly running costs usually fall between:

• £15 and £40

Heavy users can exceed this considerably, especially with frequent oven cooking and older appliances.

The biggest influences are:

• oven usage,
• cooking duration,
• cooker efficiency,
• and household size.

Induction cookers and smarter cooking habits can reduce electricity use substantially over time, which matters increasingly as UK electricity prices remain stubbornly high. Modern life apparently now includes checking energy consumption before boiling pasta.

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