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Cost Calculation of How Much Electricity Does a Coffee Maker Use or Consume

For individuals who begin their day with a cup of coffee, the discussion about “how much electricity does a coffee maker use” will be of significant interest.

For coffee lovers who have always wanted to know the amount of energy their coffee maker uses or consumes for every pot of coffee they brew.

Here, all the answers to your queries will be provided. Besides providing details about “how many watts does a coffee maker use.”

We will also highlight/discuss some steps or techniques that could be adopted to ensure all coffee enthusiasts keep enjoying their daily cup of delicious coffee while saving as much energy as possible.

How Many Watts Does a Coffee Maker Use on Average?

Again, here is a subtle reminder that this article is not written to discourage individuals who love coffee from giving up on their favorite drink.

Especially those who find it hard to endure a day without it. Instead, it should be seen/accepted as an awareness.

This ensures everyone can calculate the amount of energy their machine consumes and adopt effective means/tips for cutting down on electricity usage to save a few dollars per annum.

No two coffee makers are the same; hence each design has a particular number of watts it consumes at every use.

However, by considering the top-selling brands/designs, it is possible to determine the average amount of watts a coffee maker consumes.

The average watt consumption of a coffee machine/maker is around one thousand three hundred and seventeen (1317) watts.

According to estimates, more than half of the top-selling/most popular coffee makers use more than the average watt rating. The remaining designs operate below the average watt range.

Common Things To Know About How Much Electricity Does a Coffee Maker Use

Classification by Energy Consumption

01. Low Wattage

Any coffee maker with a wattage between zero (0) to one thousand (1000) watts can be placed under the low-wattage category.

Many designs in the market fall under this class, most notably single-serve & drip coffee makers and a few espressos and combination coffee makers.

02. Mid-Wattage

Coffee makers with a wattage between one thousand (1000) and one thousand five hundred (1500) watts fall under the mid-wattage classification.

Again, there are several top designs of coffee machines under this category. Again, drip and single-serve coffee makers are the most popular.

For every three coffee makers you come across, the possibility of one being a mid-wattage design is relatively high.

03. High Wattage

Any coffee maker that uses or consumes over one thousand five hundred (1500) watts can be classified under the high-wattage category.

Many designs are available in this category, most notably espresso and combination coffee makers.

Classification By Coffee Maker Types

01. Drip Coffee Machine/Maker

One common attribute these coffee makers share is the heat plate they possess.

Besides heating the water (the primary duty), it also ensures the coffee pot remains warm for as long as possible, extending to several hours.

The drip coffee maker’s popularity and acceptance extend across homes and organizations.

There are designs with wattage as low as six hundred and fifty (650) and as high as one thousand seven hundred (1700).

However, designs with about one thousand four hundred and fifty (1450) watts take the lead when it comes to popularity.

The average wattage stands at around one thousand two hundred and fifty-three (1253) watts.

02. Single-Serve Coffee Machine/Maker

This particular design class also enjoys an excellent level of patronage and use in homes and offices, just like the drip coffee makers.

The popularity it enjoys to date can be connected/attributed to its impressive efficiency and convenience, allowing coffee lovers to easily prepare a pot of their favorite drink to their preferred taste.

Once the machine is activated, the water in the reservoir heats up as quickly as possible, making it possible to prepare/brew a cup of coffee within seconds.

While its high-performance level is impressive and fascinating, it is essential to note that it comes at a cost.

A single-serve coffee maker’s wattage could be as high as 1,500 watts. Most designs on the market are available at about 1,200 watts.

03. Espresso Coffee Machine/Maker

Here is a top pick/choice among coffee enthusiasts. Suppose you know anyone knowledgeable about coffee or who goes heavy on this delicious drink.

Their chances of having an espresso coffee machine (either in their closet or office) are high.

The espresso is known for its distinctive/unique way of brewing coffee. However, it doesn’t come free or cheap. The implication of this activity on energy usage is huge.

If you have a tradition of giving visitors and friends a special treat of coffee whenever they visit, extending to several cups of espresso per head.

It may be a good time to rethink such an act, considering the massive implication on energy consumption.

A large number of espresso coffee makers out there rely/depend on one thousand (1000) to one thousand five hundred (1500) watts of energy (on average) to operate/function.

04. Combination Coffee Machine/Maker

The combination coffee maker wattage stands at about thousand six hundred (1,600) watts (on average).

However, many designs in this category depend on about thousand three hundred and fifty (1350) watts to run/operate.

Coffee Maker vs Electric Kettle

a) Coffee Quality

The quality of the coffee prepared/brewed using a coffee maker is top-notch compared to using an electric kettle.

An additional accessory may have to be purchased to achieve a similar result (making a high-quality coffee that can stand the one produced from a coffee maker).

This is where the need/use for a Fresh press comes into play.

b) Energy Usage

The wattage of electric kettles is also specific to each design, sharing the same attribute with coffee makers.

The average energy consumption rate/pattern will be considered to get the required detail.

Electric kettles consume about 0.073 kilowatt-hours of energy (on average) at every use. That is about twice what a standard coffee maker (single-serve) uses on average.

However, coffee makers use energy when idle or on standby, something an electric kettle doesn’t do.

Coffee Maker vs Espresso Machine

We need to clarify that the espresso machine is also a coffee maker to avoid confusion. However, this section aims to compare it with the other types of coffee machines out there or available to coffee lovers.

On average, brewing a cup of coffee using the espresso coffee maker consumes a higher amount of energy than other drip and single-serve.

On average, an Espresso coffee maker uses about one thousand four hundred (1400) watts.

Drip, single-serve use about one thousand two hundred and fifty (1250) and one thousand two hundred and eighty (1280) watts, respectively.

While it is evident that the Espresso machine is the least energy-efficient of the three options/types of coffee makers, considering the average wattage, it is essential to state that some designs operate/work using low wattage (as low as 750).

Useful Tips To Reduce Electricity Using Coffee Maker

a) Do Not Keep The Device Plugged in When Not in Use

Coffee makers do not only consume energy when in use. They also tap a few amounts of energy when idle or while on standby.

Ensure the coffee maker is disconnected from the socket when unused to eliminate unnecessary wastage.

b) Operate/Plug The Coffee Maker Only When Needed

The information here is similar to the first tip. Do not plug the device in anticipation.

Plug it into the socket only when you are ready and sure about the brewing or coffee-making activity.

We understand that many people want to have access to a cup of coffee instantly, leaving it to heat when idle.

However, this comes at a price, resulting in a significant loss of power when added over time.

c) Replace The Old Coffee Maker With a Modern Design

If you are using an old design of this appliance. It could signal a time for an upgrade (replacing it with one of the modern/new options).

Thanks to their various power-saving features, modern coffee makers are energy efficient.

For instance, the automatic shut-off is triggered after leaving the appliance unused/inactive within a few minutes.

d) Use The Maximum Temperature Setting Feature

A large amount of energy is used or consumed during heating. The energy consumption rate can be reduced by adjusting the maximum temperature setting.

Find out if your appliance has this feature and use it accordingly.

e) Try Out a New Energy Supplier

If changing your brewing or usage habit seems difficult to do away with. Another option that may be considered to cut down on electricity bills is switching energy providers.

Many providers offer substantial discounts for individuals using them for the first time. Research the utility providers in the region and settle with anyone who offers the best deal.

FAQ’s

What is Wattage & What Does it Indicate?

Let’s quickly refresh what wattage means or stands for in electricity (a simple definition). It measures the electrical power that a device requires/needs to work.

Volts and amps are multiplied to arrive at this value. While amps stand for the amount of consumed energy, volts, on the other hand, illustrate/represent the energy’s force.

Good enough, users of a specific device/appliance (coffee maker in case of our discussion) do not need to conduct an independent wattage calculation if they do not want to.

This information is always provided or advertised alongside the product (check the description).

You may want to ask or know why it is vital to have an idea of the appliance’s wattage. Well, the answer is simple. It tells how much such a device adds to the monthly/annual energy bills.

Whenever a coffee maker comes on, energy is consumed/used in the process, adding up a particular percentage of the bill you get from the electric company at the end of the month.

Why Electricity Usage by Coffee Makers is a Concern?

Individuals who are always interested in steps/techniques that can be adopted to cut down on energy usage/consumption due to the huge charges incurred at the end of the month or annually.

The coffee maker may be one of the several places to start.

When you finally take the time to check the energy that this device uses whenever a pot/cup of coffee is brewed/prepared.

The information may point you in the right direction, ensuring adequate actions or tips are considered to save some bucks on electricity bills.

Also, the coffee maker’s energy consumption/usage may be a major concern or of huge interest to individuals advocating for a safer and cleaner planet.

Whatever the reason for finding out about this detail or information could be, we can guarantee/assure that the insight doesn’t at any point hurt.

Instead, it guides interested individuals accordingly, ensuring they make the best decision using details from the findings.

How Much Electricity Cost Does a Coffee Maker Add Per Month?

An average coffee maker consumes between 8.33 and 12.5 kWh of energy monthly.

When these figures/units are added together or summed up, that is between one hundred (100) and one hundred and fifty (150) kilowatt-hours of energy per annum.

In the United States of America, it costs about 13 cents/kWh on average. That is between thirteen dollars ($13) and nineteen dollars and fifty cents ($19.50) per annum to power your coffee maker.

While this may not be huge, especially when the monthly cost implication is considered.

It adds up in the long term, especially when other appliances are factored in (for individuals who own and operate several other devices/appliances).

Final Words

Once you read/complete all the sections in the “how much electricity does a coffee maker use” article.

One vital point or detail is that no coffee maker can be tagged or crowned the most efficient when it comes to energy consumption.

The user has to promote/ensure energy efficiency, achievable by paying attention to acceptable brewing requirements and behavior.

The tips we provided earlier should provide an adequate guide.

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