We realize you need a vacuum cleaner, but you’re worried about how much electricity it consumes. This issue of electricity consumption of vacuum cleaners is pretty acute among people. Therefore, some clear information related to this question is a must.
Vacuum cleaners usually don’t use a lot of electricity. Depending on the category of vacuum cleaner you tend to buy, the average electricity consumption of a vacuum cleaner is around 1400 watts for a specific time. However, the electricity consumption also depends on the amount of time you use the vacuum cleaner.
It needs further decisions to provide you with the best idea about vacuum cleaner power consumption.
So, don’t go anywhere.
Vacuum Cleaner Electricity Consumption
There are several types of vacuum cleaners out there. You will know the actual electricity consumption by knowing what kind of vacuum cleaner you intend to use.
The old day’s vacuum cleaner may use a lot of electricity. On the contrary, you will be able to save a lot of electricity using the modern vacuum cleaner.
Besides, the most powerful or upgraded vacuum cleaners will use more electricity than the standard level. For example, if you tend to buy a standard vacuum cleaner, it will use a maximum of 300-500 watts of electricity.
On the contrary, if you want to go with the modern or upgraded vacuum cleaner, it will use around 1400-2000 watts.
However, there is a formula that you can use to quickly calculate the amount of electricity your vacuum cleaner is using.
The formula is, Volts (V) x Amperes (I) = Watts (W)
How Many Watts Does a Vacuum Cleaner Use Per Hour?
As there are many types of vacuum cleaners, it will be much better if we present you with the average electricity consumption. Therefore, a standard-level vacuum cleaner can cause around 1.44 kWh per hour.
However, the electricity consumption will also depend on the number of amperes and the volts the vacuum cleaner gets. Hence, you should follow the above calculation formula to understand the amount better.
Besides, some factors will come into play in determining the electricity consumption of a vacuum cleaner. These are; air filters, bag bins, and rubber belts. These vacuum cleaner components have a direct effect on vacuum cleaner power consumption.
We want to present you with a table where you will get to know the electricity consumption of different household components.
|Electric Household Appliances||Electricity Consumption (Approx.)|
|AC||900-2000 kWh (per month)|
|Refrigerator||162 kWh (per month)|
|Fan||120 kWh (per month)|
|Light||300 kWh (per month)|
|TV||220 Kwh (per month)|
|Electric Oven||45 kWh (per month)|
|Vacuum Cleaner||43 kWh (per month)|
We hope you have got the point regarding the power consumption of some of the most used electrical appliances.
Now, if you compare these with the power usage of a vacuum cleaner, 1.44×30= 43 kWh (per month) if you use around 1 hour a day.
According to Save On Energy, in the US the average household electricity rate is 13.7 cents per kWh.
So, if we take the cost per kWh to be 14 cents, then using a vacuum cleaner will cost electricity worth (13.7*43/100)= $5.9 or $6 approx.
The bottom line is vacuum cleaners don’t use a lot of electricity in comparison to other household electric appliances. If you use a vacuum cleaner regularly, it won’t cost you more than 6 bucks per month.
But, you don’t need to use the vacuum cleaner for 1 hour a day for sure, which means it will use even less power.
Note: We have calculated the consumption of the appliances on the table based on average uses.
Do Cordless Vacuum Cleaners Use More Electricity?
Cordless vacuum cleaners do not use a lot of electricity if you compare this type of vacuum cleaner with a vacuum cleaner having a cord. However, cordless vacuum cleaners only consume electricity when in the charging mode.
On the other hand, the corded vacuum cleaner uses a lot of electricity. You will get a noticeable electricity consumption difference between these two vacuum cleaners.
But, the question is, why do cordless vacuum cleaners use less electricity than the cord.
Among the most prominent reasons out there, the valid reason is that the battery of the cordless vacuum cleaner is smaller than the cord vacuum cleaner. When you have a comparatively smaller battery size, it will naturally take less time and electricity to charge up.
Do Dyson Vacuums Use a Lot of Electricity?
The straightforward answer to this is ‘No’. The Dyson vacuum is off of the most energy-efficient vacuum cleaners on the market. You will be able to run this sort of vacuum cleaner using less electricity compared to other vacuum cleaners.
Therefore, the Dyson vacuums nearly regularly use around 300-400 watts of electricity. This amount is pretty impressive when talking about a standard vacuum cleaner. However, Dyson has several vacuum models, and all those models are satisfying regarding energy usage.
Are Vacuums Energy-Efficient?
Modern-day vacuum cleaners are energy efficient. This energy efficiency means that vacuum cleaners typically use less electricity than the other electronic components at home. Besides, they value what users get from vacuum cleaning; sacrificing a small amount of electricity is enormous.
Nevertheless, vacuum cleaners come in different models and styles. If you can buy the best vacuum cleaners, you won’t find any issues regarding electricity consumption. However, as the day advances, vacuum cleaners gradually become more energy efficient.
What Type of Energy Does a Vacuum Cleaner Use?
Depending on the model and quality of the vacuum cleaner, it may use different types of energy. There is an electronic motor in every vacuum cleaner, and the motor springs the air blower to produce air for the dust collector.
In this process, the vacuum cleaners use electrical energy in different amounts. If you buy a comparatively more powerful vacuum cleaner, it will use more electrical power than the smaller vacuum cleaners.
How Long Can You Run a Vacuum Cleaner Continuously?
If you tend to operate the cordless vacuum cleaner, its running time will depend on the amount of the charge. Usually, a cordless vacuum cleaner runs for 15 to 40 minutes.
On the contrary, corded vacuum cleaners will run longer than cordless vacuum cleaners as it does not consists any battery and it runs directly on electricity.
The fun fact is, because of the efficiency of the vacuum cleaners, they take less time to clean the dust.
But, you can somehow run a vacuum cleaner for around 30-50 minutes, depending on the type of vacuum cleaner you tend to use.
Vacuum cleaners used at home will run for much longer than the vacuum cleaners used in the shop or the vehicles. However, the battery and the motors play vital roles in running a vacuum cleaner for a certain period.
Remonneddation: Don’t try to use the vacuum cleaners for a long time as there may be some issues regarding safety. You should follow the manufacturer’s guide in this case.
What Is Good Suction Power for a Vacuum Cleaner?
On average, the good suction power of a vacuum cleaner 180-200 AW. Whenever you tend to buy a vacuum cleaner, you need to choose a vacuum cleaner that has higher suction power.
Here, the suction power for any vacuum cleaner plays a big part, and it is often considered the heart of the vacuum system.
However, the amount of suction power depends on some key factors. The suction pressure will vary depending on the surface you use the vacuum cleaner. Don’t forget to consider the capability of vacuum cleaners while measuring the suction power.
Furthermore, cordless vacuum cleaners’ suction power is usually less than corded vacuum cleaners.
Do vacuum cleaners use a lot of electricity? You have the answer now to this question. Therefore, a vacuum cleaner that you may buy will save your electricity bill compared to other appliances. But, make sure you purchase the best standard vacuum cleaner that generates higher suction power.
People don’t use a vacuum cleaner like a fan or oven for a long time. You may have to use a vacuum cleaner for 15-50 minutes a day (more or less depending on you).
So, to sum up, the whole discussion here, a vacuum cleaner won’t be a reason for your headache regarding electricity consumption.