Coffee makers have improved significantly in functionality and power use since their invention in 1908 by Melitta Benz. Among the common ones are the drip coffee maker, which has over 100 variations. However, with the increased energy cost, one can’t help but wonder, how much power does a coffee maker use?
An average coffee maker uses power between 650 and 1500 Watts. The smaller ones, capable of making one or a few cups, can use between 550 and 850 Watts. Larger models, including single-serve brewers, use between 950 and 1500 Watts.
Learning the energy use can help you plan your energy use well and minimize the use and cost. Read on to learn the power used on different coffee makers and how to calculate the usage and cost.
How Much Power Does a Coffee Maker Use?
Every brand of coffee maker designs its product slightly differently from others resulting in varying Watts. Also, the difference in the coffee maker’s size affects the Watts, as some bigger ones use more than the smaller ones.
The following table contains different brands and how much power does a coffee maker use.
| Brand | Power use |
| Bella Pro Series 5-cup coffee maker | 650 Watts |
| De’Longhi Dedica Espresso | 1300 Watts |
| De’Longhi Expert Expresso | 2090 Watts |
| CHEFMAN instant coffee single serve | 950 Watts |
| Compressor Steam PRO 4-Cup | 800 Watts |
How Do You Calculate Coffee Maker’s Wattage?
While most brands advertise the Watts on the coffee maker’s tags, some don’t. They instead include Amperes or volts and sometimes both. Luckily with amps and volts, you can calculate the Watts.
Wattage is a measure of the power an electrical device requires to run. On the other hand, the voltage is the force of the energy and amperage of the amount of energy.
With the voltage and amperage of your Coffee maker, you can calculate Watts as follows. Multiply volts by the number of amps.
Volts x amps = Watts
For example, use Ramtons Coffee Maker black RM/599, which has 3.75 amps and 240 voltages. Using the formula, you get 900 watts after multiplying the amps and volts.
However, for a more accurate reading, you can utilize a wattmeter device, which monitors and displays power usage. The device is available in most local and online stores.
How Much Power Do Different Types of Coffee Makers Use?
There are several types of coffee makers, including-
1. Drip Coffee Makers
This type has some of the best coffee makers and is the leading type worldwide. They have an average of 700 and 1300 watts, and some, like Hamilton Beach front-fill deluxe, use 1000 wattage.
2. Single-serve Coffee Maker
A single-serve coffee maker allows users to customize every cup to their liking. Single servers are costlier and average between 200 and 400 Watts a cup.
3. Espresso Coffee Maker
Espresso machines are popular because they use high pressure when brewing, which makes the process fast. Popular espresso coffee makers, like the De’Longhi Espresso, use 1100 Watts. The average energy cost of an espresso machine is between 1000 and 1500 Watts.
4. Combination Coffee Makers
Combination Coffee makers can make coffee from pods and fresh grounds. These machines use between 1000 and 1600 Watts, depending on the model.
Cost of Using a Coffee Maker
Among the reasons you want to know the power consumption of a coffee maker is to determine the running cost. Kilowatt-hour (kWh) measures the amount of electrical power used in a given time.
To get the kWh of a wattage, multiply the watts by the hours you use the coffee maker. Then divide by 1000. A coffee maker with an average wattage of 1100 watts uses 1.10 kWh per 1-hour use.
The formula for calculating the kWh is as follows.
kWh= (Watts x hours usage)/1000
You can use the kWh to get the running cost. For example, the average cost of $0.16 per kWh. Multiply the entire kWh used by 16 cents to get the running cost in the USA.
However, you can prepare coffee for a few days before using the one-hour worth.
Tips to Reduce the Cost of Running a Coffee Maker
Without a doubt, coffee makers are expensive on a regular basis usage. However, the tips below can help you reduce the cost and save some money. They include
1. Use an Electric Kettle
Use a quality electric kettle to prepare coffee instead of a Coffee maker. You might also need to use a French press to make quality coffee as a Coffee maker makes.
2. Use Multi-servers Where Possible
Single servers are energy efficient, especially when the user needs to make a single cup of coffee. However, if you need to make more, it’s best to use larger machines capable of brewing more coffee in one go.
3. Disconnect When Idle
Some Coffee makers continue using electricity even when not being used. Unplug or switch off the power supply to ensure no power is lost when the machine idles.
4. Consider the Energy Star Rated Products
Energy star-rated coffee makers cost less to run. Consider swapping your coffee maker with a power-efficient one or buying a new one.
FAQ
Following are some questions frequently asked by users related to this topic. The answers are well-researched to clear any of your doubts.
Q: Do Coffee Makers Use a lot of power?
Coffee makers are among the appliances that use much energy to run. However, some are more cost-efficient than others, which you can determine by learning their wattage.
Q: What Power Inverter Do Coffee Makers require?
Since most Coffee makers use power between 800 and 1200 watts, you require an inverter within this range. The suitable inverter should be more than the minimum wattage, and a 1000 watts inverter can handle the coffee maker.
Q: Do Coffee Makers with Grinders Use More Power?
Most machines with both a coffee grinder and brewer use much energy. Espresso machines like the De’Longhi Specialista Prestigio use 1450 watts to run.
Conclusion
How much power does a coffee maker use? This question is common among people aiming to manage their power consumption and save some energy money. For most coffee makers, usage is between 650 and 1500 watts, depending on the size and brand.
Calculate using the formula if your coffee maker doesn’t have wattage indicated on its tag. You can also tell the cost per hour by multiplying the hourly power cost by the kilowatt-hour. Use the provided tips to reduce the overall power usage of your coffee maker.
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