When a person goes to a shop to buy an air conditioner they always check the wattage consumption by the air conditioner. So this article will clear the doubt about Portable AC wattage consumption, what electricity a portable AC uses, and which is the most energy-efficient portable AC.
Portable AC wattage:
A Portable AC wattage does range from 754 Watts to 1480 watts. When we talk about the average Portable AC wattage uses around 1175.66 watts and most of the wattage commonly used by the air conditioner is 1250 watts.
The following table shows the portable air conditioner’s wattage:
| Portable AC wattage category | Wattage |
| Average | 1175.66 words |
| Most common | 1250 watts |
| Highest | 1480 watts |
| Lowest | 754 watts |
How many Watts does a portable air conditioner use?
Portable air conditioner on average uses 1175.66 watts but they can consume 1050 watts when it is run at maximum level. When the portable air conditioner. When the portable air conditioner is started it consumes nearly 1500 watts and when it is in standby mode it consumes 1 watt. As they do consume the electricity when they are off but they are still plugged in. In the standby mode, approximately the watts are between one watt and 6 watts.
The consumption of Low wattage portable air conditioners:
A portable air conditioner has a low wattage does have a power rating of 850 Watts or less. The low-wattage air conditioner which is used at home has a power rating of 750 watts. The medium voltage portable air conditioner Does have a wattage of 851 Watts to 1199 watts. Low-wattage portable air conditioners are mostly used in places that have small spaces when it is compared to the space of medium and high-wattage air conditioners. The portable air conditioner with a low wattage means that it consumes a low amount of power when used. Which makes the air conditioner not effective when it is used to cool the counterparts.
How much electricity does a portable air conditioner use?
A portable air conditioner on average uses 1.176 kWh of electricity when it is used for an hour, and when it is used per play it consumes 9.41 kWh of electricity and when it is used per month it consumes approximately 35.27 kWh, and amount of electricity also affects the running cost.
The following table shows the electricity consumed by the portable air conditioner based on various duration:
| Portable AC power usage category | Usage for Hour | Usage per day | Usage per month for 30 days |
| Average | 1.176 kWh | 9.41 kWh | 35.27 kWh |
| Most common | 1.25 kWh | 10 kWh | 37.5 kWh |
| Highest | 1.848 | 11.84 kWh | 44.4 kWh |
| Lowest | 0.754 kWh | 6.03 kWh | 22.62 kWh |
Portable air conditioner Energy Efficiency:
The factors which describe the energy efficiency of the portable air conditioner are BTU( British thermal unit), room size SEER seasonal Energy Efficiency, EER(energy efficiency ratio), and power consumption.
Portable air conditioner BTU:
Portable air conditioner BTU is the measurement that explains the cooling power of the air conditioner which means the cooling capacity of the AC unit. If the air conditioner Does have a higher BTU then the cooling capacity of the AC unit is higher. The BTU of air conditioners ranges from 6000 to 14000.
The following table shows the portable air conditioner BTU of different categories.
| Portable AC BTU category | British thermal unit (BTU) |
| Average | 11464 |
| Most common | 14000 |
| Highest | 14000 |
| Lowest | 6000 |
Portable air conditioner room size:
In the case of energy Efficiency room size of the portable air conditioner does play an important role. Portable air conditioners are mostly used for room size that is 775 square feet or smaller than it. So it is important to put the ac unit in an appropriate room size so that it cools the room easily. The average range of the room size for a portable air conditioner is from 150 square feet to 775 square feet. The following table shows the portable AC size category with the room size:
| Portable AC size category | Room size |
| Average | 397 square feet |
| Most common | 500 square feet |
| Highest | 775 square feet |
| Lowest | 150 square feet |
Portable air conditioner SEER:
The seasonal emergency efficiency ratio is used for Energy Efficiency measurement. It can be seen mostly for window and wall air conditioners. The air conditioner SEER can be found by dividing the cooling ability of the AC unit during the warmer month by the power consumption of the AC unit.
What is the Most energy-efficient portable air conditioner?
The following list of the portable air conditioner shows the most energy-efficient portable air conditioner:
| Room size | Most efficient portable air conditioner | CEER Or EER | Note |
| 150 square feet | BLACK + DECKER 5000 BTU portable air conditioner | 9.55 EER | Also, have the lowest wattage |
| 250 square feet | King home 100000 BTU portable air conditioner | 9.4 EER | Can be used as a dehumidifier. |
| 350 square feet | GE 80000 BTU portable air conditioner with dehumidifier | 10.7 EER | Do have an automatic even airflow distribution |
| 400 square feet | Whynter elite 12000 BTU portable air conditioner. | 12.2 EER | It has an eco-friendly refrigerant, thermostatic control, and dual hose |
| 450 square feet | Honeywell 10000 BTU portable air conditioner | 10 EER | It has a low noise level of 49 decibels |
Conclusion:
The portable air conditioner’s wattage ranges from 754 Watts to 1480 words and the electricity used by the portable air conditioner on average is 1.1765 kWh with a room size of 775 square feet or smaller full stop a portable AC unit has an average BTU of 11464, do have an average EER of 9 and average CEER of 7.5. The portable air conditioner has the most energy efficiency of EER of 12.2.
FAQ’s
Do portable air conditioners take up a lot of electricity?
Consuming electricity depends on the size and duration of use but on average a mid-sized portable air conditioner use 2900 watts per hour and the power consumption increases with size.
Talking about the Website, I was Very Fond of Electronics from a very small age and my love for it grew as time passed. I then Opted for Electronics as a subject in the College along with Research on my own.
I then decided to share my Gathered Knowledge with you guys, So that it can help you too for Making Decisions and Solving Problems.
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