# Air Cooler Vs Air Conditioner Electricity Consumption

In this day and age, we all are aiming to save cash for a safe future. However, little do we understand that the devices and devices that we make use of in our daily consume a significant portion of electricity. Also, the majority of the bills are lengthened by the huge device and heating & cooling gadgets. In fact, the comparison is a bit vague; however, I had checked the power bills and did a little research on the electricity consumption of air conditioners and air coolers.

The power utilized by a follower is the least (0.1 to 0.3 unit/hr). Air coolers follow with a power intake of 0.2 to 0.6 units/hr with different brands having different power consumptions. A/c are the most pricey in terms of energy used with 1 to 2 units/hr usage. The use of A/C varies with the celebrity score as well as the tonnage of the gadget.

Today, anybody and everyone are looking for excellent electrical gadgets that can likewise save power simultaneously. The effectiveness of an Air Conditioners can be checked by EER, which is Power Reliable Ranking. The systems inspect the performance of the air cooler as well as followers made use of per hour.

**Air Cooler Electricity Consumption**

Air cooler power consumption is a lot less in contrast to air conditioners that make them a terrific cheap choice to air conditioning system; due to this, a growing number of individuals are utilizing it to beat scorching summer season warm. Air coolers come in different sizes, varying from 20 liters to approximately 100 liters which can be made use of based on the dimension of the area to be cooled.

The rated power of an air cooler varies from 150 watts to 300 watts which is much less considering the cooling effect they provide. Power usage of a 200 watts air cooler used for 5 hrs in a day is 1 kWh of power each day and 30 kWh of electrical energy per month.

To compute the power intake of your air cooler, you will certainly need to understand the rated power of your air colder. The rated power of an air cooler differs from brand names to brand names, kind of air cooler, and size of air cooler.

A 24-liter air cooler has a rated power of 180 watts, whereas a 36-liter air cooler from Bajaj has a rated power of only 100 watts. Therefore, it is not possible to provide you an approximate worth of wattage; I would certainly suggest checking the rear of your air cooler. A technical specification sticker will be attached and will have all the info about the item, such as electrical power, size, and even more.

If you can not locate the sticker, go to the manufacturer’s site or go to amazon and search for your air cooler or comparable size air cooler or similar brand name air colder and utilize its power level for calculation.

To use the air colder power consumption calculator to determine the power usage of your air cooler and translate the results appropriately, you ought to recognize the adhering to terms.

If you already recognize these terms, do not hesitate to avoid the following section.

**What is Watt (W) –** Watt is a unit of power. It indicates the rate at which electrical energy is consumed or produced by a gadget. As an example, a 50 watt TV takes in power at a rate of 50 watts per hour; it does not imply that the TV has taken in 50 units of power; it means it will certainly take in power at 50 watts per hr. An air cooler wattage is between 125W to 230W.

**What is Kilowatt (kW) **– Kilowatt is also a system of power. Kilowatt (KW) is used for large gadgets that consume even more power. For instance, a 1.5 kW air conditioner, 6 kW elevator.

**What is a Kilowatt-hour (kWh) –** The Air cooler power consumption per hour is the power intake of the gadget. For example, a 50 watt Tv (TV) competing 50 hours will consume 50-watt x 50 hours = 2500 watt-hours = 2.5 kilowatt hrs of electricity = 2.5 systems of electrical power. (1 kWh of electrical energy = 1 unit of electricity).

**Electricity Toll –** Electrical Energy tariff is the quantity the power carrier costs you for one unit (kWh) of power. I reside in Mumbai, India; right here, the electricity tariff is Rs 12/kWh. If you do not understand how to calculate your tariff after that, divide your overall expense by month-to-month power usage. Also, you will obtain your electricity tariff.

**What is Operational hrs –** Operational hours of a tool describes how many hrs the tool is working. If you run your television for 3 hrs, the operational hrs of your tv is 3 hours.

To determine the power consumption of your air cooler, use the wattage, operation hours, and the electricity tariff to find the electricity units consumed by your air cooler and how it affects your electricity bill.

If you do not recognize the rated power of your air cooler, locate a comparable air cooler on amazon.com and examine its power level in the summary or take it as 200 watts, as a lot of average dimension air coolers have that much of ranked power.

**Air Conditioner Electricity Consumption**

**Factors Affecting The Power Consumption Of Air Conditioners**

**Number Of People In The Room:** A human body sends out a lot of heat; an area with 20 individuals will require a bigger air conditioner or numerous air conditioners to cool the air inside it. The same room with 3 people will get the same cooling for a smaller AC or a solitary A/C. So more people suggest more power, for this reason, more electrical cost.

**Outdoors & Indoor Temperatures:** It takes more power to cool down a room when the outside temperature level is 40 degrees Celsius than 32 degrees Celsius. Similarly, it takes even more power to cool down at space to 18 degrees than to cool it at 24 degrees Celsius.

**Room size:** Air conditioners get rid of the warmth from the air inside your space. Consequently, the larger the area, the larger the quantity of air inside it, and more is the electrical power needed to cool that air. Power used in removing warm air from a 100 sqft area is less than eliminating warm from a 200 sqft space.

**No Of Appliances Present In The Room:** Every electrical home appliance in your space generates warmth, raising your area’s temperature level and making your Air Conditioning do extra work to cool down the same quantity of air, thus even more power usage.

**Volume Of Air To Be Cooled: **Most of the time, we keep our cabinet doors open, which raises the volume of air to be cooled down by your A/C. Currently, your A/C needs to cool down the hot air inside your cabinet, which is unneeded and takes in extra power.

**Note:** You should also consider the AC mode that the air conditioner is being run in. AC modes such as power saving mode help save electricity consumption. Other factors such as whether the AC is rated as 3 stars or 5 stars and whether the AC is a window or a split AC also affects power consumption.

**Determining The Power Consumption Of The Air Conditioner From The Label**

The most convenient way to calculate your AC power consumption is by using the energy-saving tag on your AC. If you explore your Air Conditioning power-saving label, it has yearly power consumption for your A/C. You can see an example of the label in the image below.

You can see on the label the annual power consumed by this 1 ton AC is 589.99 kWh. This value is determined in the test problem with yearly operating hours being 1600. This translates to 4.5 hours of operation daily, 133.33 hrs of procedure every month, which I really feel is the typical day-to-day operation for many homes.

The real value will primarily be more than this worth because of the high outside temperature than screening problems and our inefficient use of Air Conditioner. If your A/C is old and does not have a power savings label, you can utilize the below method to determine your Air Conditioning power usage. If you are shopping for a new A/C, this is the most effective approach to discovering an A/C with the very least power usage.

**Determining The Power Consumption Of An Air Conditioner Manually**

To compute your Air Conditioning power intake by hand, you will certainly will need to recognize the terms such as Watts, KilioWatt, Electricity Toll And Operating Hours that are explained above. As a general rule, for Air Conditioning power intake estimation you should take,

1 ton of air conditioning = 1,000 watts.

1.5 ton of air conditioning = 1,500 watts.

2 tons of air conditioning = 2,00 watts.

3 lots of cooling = 3000 watts and more.

**Conclusion**

Now that you know how how much power each appliance consumes, you would lean towards buying an air cooler. However you should remember that inverter air conditioners consume a lot less electricity than normal air conditioners. You can read the difference between their power difference in this article.