Almost everyone knows these appliances. This is because many people use hair dryers on a daily basis. They are definitely a necessary styling and drying tool for many people's grooming routines. In fact, they are the number one user of electricity among small household appliances. But except for practical purposes, have you considered how much electricity they consume? This is going to be one interesting question. It may help us fathom the use of energy in day-to-day appliances. Besides, it may further assist us to become more efficient in using electricity.
Actually, being more knowledgeable about the electricity utilization of our day-to-day appliances is indispensable. It is one of the important steps toward being more power conservative and ecologically friendly. Today, we talk about the power consumption of hair dryers. We're going to check out their average wattage and how much that affects your power bill. We'll also analyze issues related to this, including how much it's needed to operate it.
How Many Watts Does a Hair Dryer Use?
1500-2000-Wattage is the figure. That, of course, is a wide range. In fact, the actual value depends on the model and settings used. For instance, one with a lot of settings for heat and speed probably has an overall higher maximum wattage compared to a basic one with one single setting. A hair dryer consumes more electricity when set on high-temperature mode than in low-temperature mode. This is because more power is used to produce that high temperature.
In other words, the appliance will use enough energy for more heat. It is also worth noting that different brands and models are of varying wattages. Thus, it is always good to check the specifications of your particular gadget. This may help you in choosing one in a manner that will be of use to you yet will be quite energy-efficient. Being able to determine how many wattage this device is critical. It helps you become more judicious in your choices based on use. Moreover, you'll see its impact on utility bills.
Does a Hair Dryer Use a Lot of Electricity?
These systems are high wattage appliances. This means, they have high utilization of electricity compared to most other typical home devices. How much it affects your utility bill depends on how often you use it and how long you run it during one use. For instance, if you are using it just once in a while, it won't hamper your bill by much.
Let's consider using, for example, the machine, for 10 minutes in a day. Here, you will have consumed around 9.13 kilowatt-hours/month. Thus, this will add to 109.5 kilowatt-hours/year. This might appear to be less. But in reality, it is quite a huge figure in the long run. When you use the hair dryer, more times in one day and more minutes each time, the electricity usage tends to be more significant.
So it's important that you watch your usage habits when you consider just how much of that energy your machine is going to suck up. How often it's used will help in managing the energy it gobbles up.
How Much Electricity Does a Hair Dryer Use?
We will need to know the rated power. Also, you must know the duration of the use in order to determine the energy it consumes. As stated earlier, the normal one needs between 1,500 and 2,000 watts. Therefore, let's consider where it requires, for instance, 1,800W, for 10 minutes in a day. Here, it will utilize about 0.3 kilowatt-hour of electricity/day. Therefore, this adds up to 9.13-kWh/month, and 109.5 kilowatt-hours/year. This is an absolute calculation based on working the hair dryer on maximum wattage for the stipulated time.
These are the figures arrived at based on average consumption patterns, so they may vary according to how you use your hair dryer. For example, if it is used on a lower setting of heat, it is going to consume less electricity. That means that the longer you use the hair dryer, the more the electricity that is used. It, therefore, should be important to check on the wattage. Also, don't forget the duration of use in calculation of the power used.
How Many Solar Panels Does It Take to Run a Hair Dryer?
The response varies. Anyone considering starting to use this power needs to know the wattage of one's machine, and also that of the solar panels. The dryer needs approximately 1,800 watts of electricity. Therefore, a daylight collector like the PV120, producing 120W, would require about 15 in order to run the dryer.
Though that does assume some pretty ideal conditions in terms of the solar panels working at an output that is near maximum output, which does not always happen due to the weather and the angle of the sun. In the real world, you would probably need more solar panels if you want to run your hair dryer consistently. So if you're thinking of using solar power with your hair dryer, be sure to consider these factors. Here is the review of the recommended PV120:
It is an ultrahigh-efficient solar panel manufactured to keep your solar generators running just with sunlight. The output is 120 watts, enough to charge very many devices, including hair dryers, with solar cells of monocrystalline type, able to convert up to 23.4% of sunlight into solar energy in bad weather. The high conversion rate makes it an efficient source to power appliances like hair dryers, which typically use between 1,500 to 2,000 watts of electricity.
That's not all; the PV120 has an added kickstand for easy setup and the capability of superior exposure to sunlight. It has an ETFE coating and an IP65 junction box to withstand scratches and water splashes. This factor makes it very comfortable for use in various applications. The recharging time depends on the level of power and the device to be charged, but it can charge something like the BLUETTI EB55 (537Wh) in around 3 hours.
What Size Battery Do You Need to Power a Hair Dryer?
This will vary. It depends on how many watts the dryer uses and, therefore, what capacity battery it could fit into. For example, a 1,800W hair dryer could be powered by a 2400Wh capacity BLUETTI AC240 battery for slightly over one hour. But that is assuming the battery is fully charged to begin with.
And there is also the condition of not having anything other than the hair dryer being powered by that battery. This will be a much shorter run time if the battery was not fully charged or if other appliances were using the power. Or if you are using the battery to power other appliances, then you would need a larger capacity battery. Here is the AC240 review.
It is one of the strongest all-around power solutions on the market and is capable of handling devices with a high wattage, such as hair dryers. With a 2,400W power output and 1,536Wh capacity, it can easily power a hair dryer that uses around 1,800 watts of power. AC240 is the world's first IP65-rated water-resistant and dust-proof portable power series, guarding the risks of rain, mud, dust, and salt corrosion; hence, it serves as the most reliable source of power for various applications or under challenging environmental conditions.
It also comes with NEMA TT-30A and RV ports, so you can use it to power your RV or yacht. The two AC240 units operated in parallel will have the maximum output power of 4800W/120V, which is sufficient for using some devices with many watts of power. Its several recharge options come with the use of solar panels, wall outlet electricity, car chargers, lead-acid batteries, or shore power. It is a 10-year lifetime and 6-year warranty product, so it is reliable for power solutions in many applications.
Does More Watts Mean Better Hair Dryer?
Not necessarily. Though it will be capable of producing more heat and powerful airflow, it doesn't always perform better with more watts. The other important factors are the quality of the motor, the design, and the availability of different settings for heat and speed.
For instance, a high-wattage case with an ordinary or low-quality motor and basic features may not perform as well as a similarly high-wattage option with a quality motor and advanced features. Thus, these factors also have to be considered along with the wattage factor in the machine. In reality, purchasing the appliance based on wattage alone might lead to disappointment because other imperative factors have been overlooked.
Final Thoughts
While a hair dryer consumes so much electricity, it is not very costly if you consider the real cost, more so if efficiently used. In fact, it is possible to reduce total electricity consumption in your house by proper use of a hairdryer, efficiency, and at the same time, play a part in energy conservation. As such, today, with renewable sources of energy in the form of solar energy, ways to power your hair dryer are even much more sustainable. Dependence on fossil fuels to power a hair dryer is greatly reduced by the use of solar power and, by extension, a more sustainable way of powering it. You could help save up a lot of energy, thus live more sustainably.
