RoseAir has a wide product range with 12,000Btu – 18,000Btu – 24,000 Btu capacities in wall-type split air conditioners and commercial air conditioners in different capacities.

When choosing an air conditioner, the energy level is the most important criterion that determines the level of electricity consumption. In addition, noise level, air filters, indoor unit design, service network are other important criteria.

The inverter concept is a very old concept in the field of electrical science. Devices that can be converted from alternating current (AC) to direct current (DC), from direct current (DC) to alternating current (AC) in 3 phases, and whose frequency and voltage can be adjusted are called Inverter Systems. Since there are no starting currents, they do not harm the network. They do not work with the On-Off system. They work in minimum and maximum ranges. Inverter technology has recently been adapted to air conditioners in order to save energy. There are compressors in the external units of air conditioners. The compressor speed can be changed with the support of electronic inverter hardware, and capacity can be changed according to the load. Thus, energy saving is achieved under certain conditions.

The working principle of home air conditioners is based on extremely practical process sequences. After the installation of the device is done professionally, a sound is heard from the device after the air conditioner is powered. After hearing this sound, you can turn on your air conditioner with the help of its remote control. The buttons on the remote control contain functions that will determine the operating mode of the air conditioner. You can change the set temperature, indoor or outdoor temperature as you wish by using the buttons on the air conditioner. In addition, if you want the device to turn off at a certain time, all you have to do is press the clock icon button on the remote control and make the setting.

Especially for those living in very hot climates, air conditioners have become an indispensable electronic device and may be required to cool indoor spaces faster. In such a case, you can activate the turbo function of your air conditioner. When you press the “Turbo” button on the remote control while in cooling or heating mode, the device will perform the process faster. From the moment the turbo function starts, your air conditioner unit operates at super-high fan speed in order to reach the set temperature as quickly as possible.

Air conditioners operate at a certain noise level due to the circulation fan in the indoor unit and the compressor in the outdoor unit. RoseAir air conditioners provide comfortable air conditioning with low noise levels.

When your air conditioner is operating in heating mode, it is normal for the outdoor unit to drip water. Air conditioners discharge water from the indoor unit in summer (cooling mode) and this water is thrown out through a hose. Similarly, it is normal for water to be discharged from the outdoor unit in winter (heating mode).

The cleaning of these filters varies depending on the location used. For example, if the air conditioner is to be used in a house, the filters should be cleaned with warm water without detergent at least once every 15 days, and if it is to be used in a textile products sales store, every day (!). The cleaned filters should be left to dry in the shade, away from heating devices, and after they are dry, they should be installed on the air conditioner. The air conditioner should never be used without air filters installed.

Having the maintenance done by an authorized service is very important for both the device and your health. Due to the lack of maintenance, unmaintained air conditioners can cause lung infections for living beings. In addition, having the maintenance done by Authorized Services prevents possible malfunctions.

If you are one of those who say, “There is a smell when the air conditioner first starts up,” then don’t worry! We have listed the most common reasons for this below for you.

Dust Accumulation: When the air conditioner is not operated for a long time, dust accumulation can occur in the system. This dust can burn or mix with the air during the first operation, which can create an unusual smell in the space.
Humidity and Mold Formation: Mold or fungus can form in the air conditioner internal units, especially in devices that are left in humid environments. This can cause a bad smell when you first start up the air conditioner.

These smells are usually temporary and can disappear when the air conditioner is operated for a while. However, if the smell persists, the device may need to be serviced; this may indicate that the filters are dirty or there is another problem in the system. If you want to have the filter cleaned as it should be, it would be beneficial to get professional service support.

For air conditioning energy calculation, the formula (Watt x Working Hour) / 1000 = Energy Consumption (kWh) is used. This formula can be used to calculate how much energy the air conditioner consumes over a certain period of time.

Energy Consumption (kWh) = Device Power (kW) × Working Time (hours)
If the air conditioner is not operating at full capacity (for example, at part load with inverter technology), the consumption per hour may be slightly lower. However, the consumption per hour is usually close to the kW value on the air conditioner’s label. This consumption amount means that the cost per hour can be calculated as kW value × 2 TL, assuming that the average unit price for 2025 is 2 TL/kWh.

How much energy does a 9000 BTU air conditioner consume?

If you are using a 9,000 BTU air conditioner, your air conditioner will consume approximately 0.8 kW of electricity per hour at the highest speed.

How much energy does a 12000 BTU air conditioner consume?

A 12,000 BTU Class A air conditioner consumes 1.08 kW of electricity per hour in the fastest operating mode.

How much energy does an 18,000 BTU air conditioner consume?

18,000 BTU Class A air conditioner models consume 1.78 kW of electricity per hour in the fastest mode.

How much energy does a 24,000 BTU air conditioner consume?

24,000 BTU capacity air conditioner models consume 2.19 kW of electricity per hour in the fastest mode.
How Much Electricity Does an Air Conditioner Consume in 1 Month?

How Much Electricity Does a 9,000 BTU Air Conditioner Consume?
A 9,000 BTU air conditioner is a preferred model for a small room and its energy consumption is relatively low. A 9,000 BTU air conditioner in the A energy class consumes an average of 0.8 kW (800 Watt) of electricity per hour when operating at full power. An inverter 9000 BTU air conditioner can draw power ranging from 0.1 kW to 1.2 kW depending on the load, consuming an average of ~0.6 kW per hour. If it works continuously for 24 hours, it theoretically produces 14.4 kWh per day and 432 kWh per month. However, in practice, the compressor is not always at full capacity. A 9000 BTU air conditioner does not add a huge burden to the bill if used for a few hours per day. For example, if it works at full capacity for 5 hours per day, 5 × 0.8 = 4 kWh/day, which is ~120 kWh per month. If 2 TL per kWh is assumed in 2025, this means a cost of ~240 TL per month. 9000 BTU air conditioners cool small areas efficiently and are considered one of the most economical models with a consumption of around 0.8 kWh per hour.

How Much Electricity Does a 12000 BTU Air Conditioner Consume?
12,000 BTU air conditioners are widely used in medium-sized rooms and consume an average amount of electricity. A Class A 12,000 BTU air conditioner consumes ~1.08 kW of electricity per hour at maximum speed. This value is obtained when you operate the air conditioner at full capacity. An inverter 12,000 BTU air conditioner can draw power between 0.2 kW and 1.6 kW and consumes around ~0.9 kW on average. Theoretically, if this average is accepted, a consumption of 21.6 kWh per 24 hours and ~648 kWh per month can be calculated. Of course, most users do not operate the air conditioner 24 hours a day; for example, in 10 hours of use per day, the daily consumption will be ~10.8 kWh and ~324 kWh per month. If the kWh unit price is assumed to be around ~2 TL in 2025, this usage can result in an expense of around 648 TL. As a result, a 12,000 BTU air conditioner consumes around 1-1.1 kWh per hour. It consumes a little more electricity than 9000 BTU, but less than 18000 BTU. When set under the right conditions and at a reasonable temperature, an efficient 12,000 BTU air conditioner makes the environment comfortable with a daily consumption of a few kWh.

How Much Electricity Does an 18000 BTU Air Conditioner Consume?
An 18,000 BTU air conditioner is suitable for large areas such as large halls or offices and consumes more electricity. An A-class 18,000 BTU air conditioner draws approximately 1.78 kW of electricity per hour at its highest cooling power. This is approximately 120% more than a 9000 BTU. Inverter 18,000 BTU models adjust their power consumption according to the compressor load, and an average of around 1.1 kW per hour can be mentioned. In 24-hour continuous use, a consumption of 26.4 kWh/day and ~792 kWh per month can be calculated. If 2 TL/kWh is assumed in 2025, this could cost ~1584 TL per month. Of course, this is the scenario where the device operates at full capacity without stopping; in normal use, the air conditioners reduce the compressor speed when they reach the desired temperature. For example, in 8-12 hours of use per day, an 18,000 BTU air conditioner consumes around 10-20 kWh per day, which corresponds to several hundred kWh per month. As a result, 18,000 BTU air conditioners consume more electricity than smaller models, with an hourly consumption of around 1.7-1.8 kWh. However, they have a high cooling capacity for large areas and can provide good efficiency per unit volume when used correctly.

How Much Electricity Does a 24,000 BTU Air Conditioner Consume?
24,000 BTU air conditioners are high-capacity devices, also known as living room type, and can air condition large spaces. An air conditioner with this capacity consumes approximately 2.19 kW of electricity per hour at maximum operation. In other words, it can draw three times as much energy as a 9000 BTU air conditioner. For example, if a 24,000 BTU air conditioner is operated at full power for 10 hours, it will consume 21.9 kWh per day and reach ~657 kWh per month. If it is estimated that 1 kWh will cost 2 TL in 2025, a monthly bill of ~1314 TL may be reflected. Inverter models do not consume 2.19 kW every hour;