Dual inverter что это

What is Dual Inverter Air Conditioner?

There are various air conditioners in the market. The goal is to achieve quick cooling with maximum power efficiency to reduce electricity bills and have a silent operation.

One of the types of air conditioner available in the market that is actually the advanced form of inverter air conditioner is called dual inverter air conditioner. What is the dual inverter air conditioner and how it operates? This article is specifically covering that.

Dual Inverter Air Conditioner is an advanced form of Inverter Air Conditioner that has twin rotary compressor contrary to simple inverter air conditioners. It allows more stable operation resulting in reduced energy consumption due to more variation in tonnage, less noise and quicker cooling by the operation of twin rotary compression.

The operation of the twin rotary compressor operating in dual inverter air conditioner is equivalent to two compressors operating in simple inverter air conditioner.

However by the application of twin rotary compressor a single compressor is able to provide higher compression with reduced rpm or speed. Thereby preventing high speed operation and eventually reducing vibration and power usage.

What Is An Inverter Air Conditioner?

An air conditioner that does not use inverter technology i.e. a non-inverter air conditioner has limited functioning when it comes to power consumption efficiency and variability in operation.

When you turn on a non-inverter air conditioner it starts cooling the room until the desired temperature is achieved at which the air conditioner is set. When the thermostat in the air conditioner senses that the desired temperature is achieved it turns the compressor off and the power supply to the air conditioner is cut-off.

This means that a non-inverter air conditioner can only operate on two power modes i.e. on and off. Thereby either the air conditioner is operating at full power or no power. This simple turning on and off consumes a lot of power.

Especially non-inverter air conditioner is highly inefficient when the temperature is increased a little bit and the air conditioner starts operating at full power.

On the other hand if you have an air conditioner with inverter technology it saves a lot of power. An inverter air conditioner is able to adjust the power it consumes according to the operation required.

For example you have turned your Inverter Air conditioner on and set on a desired temperature. The air conditioner will operate at full power to cool the room. However when the room temperature comes closer to desired temperature the power consumption by the air conditioner is reduced. It will be reduced as long the desired temperature is achieved.

The less the difference remains between the room and desired temperature the less is the compressor speed and the less is the power consumption. Hence the inverter air conditioner is able to adjust its compressor operation and power consumption according to the requirement.

This makes the air conditioning highly efficient. Further when the temperature of the room rises a bit from desired temperature the inverter air conditioner will not start operation at full capacity but it will consume the same reduced power consumption due to reduced compressor operation.

What Is Dual Inverter Air Conditioner?

Dual Inverter Air Conditioner is an advanced version of simple inverter air conditioner. It has the same capability to reduce the power consumption according to the operation required but better.

Dual Inverter Air Conditioner uses twin rotary compressor contrary to simple inverter air conditioner that uses single rotary compressor. In single rotary compressor there is single roller or impeller as indicated in the figure. However a dual rotary compressor consists of two rollers and impellers for the compression of refrigerant.

The use of two impellers requires lower rotational speed compared to single impeller compressor to be able to compress and deliver the same amount of refrigerant.

The ability to perform the same operation at lower rotational speed with the delivery of same amount of compressed refrigerant compared to single rotary compressor operating at much higher speed makes dual inverter air conditioner more efficient.

Hence in general the inverter air conditioner consumes lesser power compared to non-inverter air conditioner. However dual inverter type air conditioner has even low power consumption than single rotary compressor inverter air conditioner with other incentives.

Why Use A Dual Inverter Air Conditioner?

Using a dual inverter air conditioner gives you reduced power consumption. However it has other benefits which makes the air conditioning experience better in other ways. Here are the advantages of air conditioner and why using a dual inverter air conditioner is a better choice:

Lower Energy Consumption and Efficient Operation

Dual Inverter Air Conditioner is able to operate at a very low power consumption compared to an non-inverter or even inverter air conditioner with single rotary compressor.

The reason why it is able to perform the same cooling operation with very low energy consumption by the compressor is because it uses twin rotary compressor.

The twin rotary compressor is able to provide the same amount of compressed refrigerant compared to simple inverter air conditioner but at lower rotation speeds. This means by the application of dual inverter air conditioner about same amount of compressed refrigerant required is delivered with rotational speeds about half as required in the simple inverter type.

Slower speeds require slow motor operational speed. The inverter air conditioner generally uses BLDC (Brushless Direct Current) Motor. As the RPM (Revolutions per Minute) for the motor to be operated in dual inverter air conditioner is less hence it will require reduced electricity consumption. Hence the overall efficiency of the dual inverter air conditioner will highly increase.

The dual inverter air conditioner reduces electricity consumption potentially up to 70% compared to non-inverter air conditioner.

The dual inverter air conditioner variability in tonnage for the efficiency of operation in cooling is more compared to ordinary inverter air conditioner. Hence it will better control the power consumption with extended variability.

Faster Cooling

Twin rotary compressor in dual inverter air conditioner with two impellers has the capacity to provide more compressed refrigerant compared to single rotary compressor.

For each revolution the amount of air compressed and delivered by twin rotary compressor is almost double compared to single rotary compressor. Hence at the same RPM the twin rotary compressor in dual inverter air conditioner will deliver double. This will result in faster cooling of the air by the application of dual inverter air conditioner.

LG claims that its dual inverter provides 40% higher cooling compared to single rotary compressor air conditioner.

Reduced Vibration and Better Stability

Dual Inverter Air Conditioner has two impeller or rollers for the compression of air. Single rotary compressor has one impeller on the shaft rotating inside the compressor casing. This may result in misbalancing of the rotational masses.

The centrifugal force on the shaft will direct the shaft towards the impeller during the rotation. This force will increase with increase the speed of the rotation. This is the factor that will contribute to extended vibration and limit the highest RPM at which the compressor can be operated.

On the other hand twin rotary compressor in dual inverter with two impeller has balanced rotational masses on either side. They are both on the same shaft called the rotor shaft operating at a phase difference of 180 degrees. So the centrifugal force developed by each roller or impeller is balance by the other. This results in better stability and reduces vibrations during the dynamic operation of air conditioner.

Reduced Noise

The balanced impellers on either side of the rotor shaft in twin rotary compressor due to 180 degrees phase difference results in stable operation with reduced torque variation. The decrease in vibration results in the decrease in the noise generated by compressor.

Further for the same amount of cooling to be generated as for simple inverter air conditioner twin rotary compressor due to increased compression is able to do it at lower rotational speeds. The less compressor speed will result in lesser noise generated by compressor.

Conclusion

Dual Inverter Air Conditioner uses twin rotary compressor that is able to perform cooling better and much more efficient compared to non-inverter and simple inverter air conditioner. The twin rotary compressor also allows mores stability during the air conditioning operation preventing noise and vibration.

Почему мы должны использовать инверторный кондиционер?

Кондиционер — это устройство, используемое для охлаждения или обогрева помещения или здания. По мере развития современных технологий произошли значительные улучшения в механике кондиционирования воздуха, и был разработан более эффективный тип кондиционера, называемый инверторным кондиционером.

Инверторные кондиционеры имеют много преимуществ по сравнению с неинверторными кондиционерами старой технологии. В этой статье мы объясним особенности и преимущества инверторных кондиционеров, а также различия между инверторными и неинверторными кондиционерами.

Различия между Неинверторными и Инверторными кондиционерами

Неинверторный кондиционер, также известный как традиционный кондиционер, использует компрессор с фиксированной скоростью вращения, который работает на полную мощность при включенном кондиционере. В отличие от него, инверторный кондиционер использует компрессор с инверторным управлением, который может регулировать свою скорость в соответствии с желаемой температурой. Это приводит к более стабильным температурам и меньшему потреблению энергии.

Что такое инверторный кондиционер и как он работает?

Инверторный кондиционер — это тип системы кондиционирования воздуха, в которой используется компрессор с инверторным управлением для регулировки скорости компрессора в соответствии с желаемой температурой. Когда температура в помещении повышается, инверторный компрессор увеличивает скорость, чтобы производить больше холодного воздуха. Когда температура падает, скорость инверторного компрессора уменьшается, чтобы производить меньше холодного воздуха. Эта регулировка позволяет инверторному кондиционеру поддерживать более постоянную температуру, что приводит к меньшему потреблению энергии.

Инверторная технология использует частотно-регулируемый привод (VFD), который регулирует частоту вращения двигателя компрессора. Таким образом, он может регулировать количество хладагента, проходящего через систему, в соответствии с потребностями помещения в охлаждении.

В чем основное различие между неинверторными и инверторными кондиционерами?

Основное различие между неинверторными и инверторными кондиционерами заключается в том, как работает компрессор.

В неинверторных кондиционерах используется компрессор с фиксированной частотой вращения, который работает с постоянной скоростью, что означает, что он постоянно работает на полную мощность при включенном кондиционере, производя большое количество холодного воздуха. Когда температура в помещении падает, компрессор с фиксированной скоростью перестает работать и вырабатывать холодный воздух, что может привести к колебаниям температуры в помещении и временами может казаться, что в помещении слишком жарко или слишком холодно. Из-за такого типа режима «стоп-старт» неинверторные кондиционеры менее энергоэффективны, чем инверторные кондиционеры.

Инверторные кондиционеры используют компрессор с инверторным управлением, который регулирует свою скорость в соответствии с желаемой температурой, что обеспечивает целый ряд преимуществ, таких как снижение энергопотребления, более равномерное охлаждение и нагрев, а также более длительный срок службы по сравнению с традиционными кондиционерами

Преимущества использования инверторного кондиционера

Энергоэффективность

По нескольким причинам инверторные кондиционеры считаются более энергоэффективными, чем неинверторные кондиционеры. Компрессоры с инверторным управлением более эффективны и потребляют меньше энергии, поскольку скорость компрессора можно регулировать. Регулируя частоту вращения компрессора, можно регулировать мощность нагрева или охлаждения, и можно создать рабочий диапазон низких оборотов компрессора на основе разницы между заданной температурой и текущей температурой в помещении. Это приводит к экономии энергии по сравнению с кондиционером с фиксированной скоростью вращения. Некоторые инверторные кондиционеры также имеют функции мониторинга энергопотребления, которые позволяют отслеживать потребление энергии и соответствующим образом изменять настройки.

Больший срок службы

Известно, что инверторные кондиционеры имеют более длительный срок службы, чем неинверторные кондиционеры по нескольким причинам. Поскольку инверторные кондиционеры должны работать на высоких и низких скоростях, материалы, используемые в их компонентах, обычно соответствуют более высоким стандартам по сравнению с неинверторными кондиционерами. Срок службы инверторного кондиционера может варьироваться в зависимости от марки, модели и способа использования, но в среднем их срок службы составляет около 10 лет.

Быстрое охлаждение и поддержание оптимальной температуры

Инверторные кондиционеры используют компрессор с инверторным управлением, который может регулировать свою скорость в соответствии с потребностями помещения в охлаждении. Это означает, что компрессор может работать на более высокой скорости, когда помещение должно быстро остыть, и на более низкой скорости, когда в помещении уже прохладно. Интеллектуальные функции, включенные в инверторные кондиционеры, могут сократить ненужные потери энергии. Поскольку инверторные кондиционеры обычно поддерживают более стабильную температуру, чем неинверторные типы, уменьшая резкие колебания температуры, они способны потреблять меньше энергии для охлаждения или обогрева помещения, чем неинверторные устройства.

Уровни шума

Известно, что инверторные кондиционеры имеют более низкий уровень шума по сравнению с неинверторными кондиционерами. Компрессор, используемый в инверторных кондиционерах, работает на более низкой скорости, чем неинверторные кондиционеры, что приводит к меньшему уровню шума. Инверторные кондиционеры обычно изготавливаются из компонентов более высокого качества, чем неинверторные кондиционеры, что также может привести к более тихой работе.

Экономия

Хотя инверторные кондиционеры обычно имеют более высокую первоначальную стоимость, чем неинверторные кондиционеры, долгосрочное использование может компенсировать разницу в цене. С инверторными кондиционерами вы экономите до 70%* больше потребляемой энергии, чем с неинверторными кондиционерами. Эта экономия включает в себя более низкие счета за электроэнергию и меньший износ компонентов устройства, что требует меньшего технического обслуживания и меньшего количества ремонтов с течением времени.

* Инверторные кондиционеры LG (US-Q242K*) экономят до 70% больше энергии, чем неинверторные кондиционеры LG (TS-H2465DA0). Начальная температура (наружная 35℃, внутренняя 33℃) / Установочная температура (26℃) / Время тестирования (8 часов)

Инверторные Кондиционеры LG

LG предлагает целый ряд технологически продвинутых кондиционеров, в том числе двухинверторный компрессорный кондиционер LG. Поскольку компрессор является сердцем кондиционера, опасения по поводу его работы, эффективности или шума могут быть напряженными и дорогостоящими. Двухинверторный компрессор LG избавляет от этих забот и поставляется с 10-летней гарантией на длительную и максимальную производительность. Двухинверторный компрессор обеспечивает эффективное и последовательное охлаждение или нагрев при сниженном уровне шума, энергопотреблении и затратах на электроэнергию.

Кроме того, кондиционеры LG могут выполнять моделирование ежегодных эксплуатационных расходов с помощью приложения с открытым исходным кодом Payback, которое сравнивает годовые эксплуатационные расходы инверторных кондиционеров с расходами неинверторных кондиционеров. Приложение рассчитывает потенциальную экономию через определенное количество месяцев после покупки инверторного кондиционера вместо устройства с фиксированной скоростью. Инверторные кондиционеры LG могут помочь снизить затраты на ваш жизненный цикл.

Есть много вариантов, которые следует учитывать при выборе кондиционера для вашего дома, и разобраться в технологии, лежащей в основе кондиционеров, не всегда легко. Мы надеемся, что эта статья помогла вам лучше понять эту неотъемлемую область домашних технологий.
Для получения дополнительной информации ознакомьтесь с руководством по покупке кондиционера LG, или прочтите другие наши статьи, чтобы узнать больше об экономии энергии или выборе идеальной температуры для вашего дома.

Dual Inverter AC: Everything you need to know

Electronic gadgets have successfully made human life comfortable in multifarious ways. We use a variety of gadgets to improve the quality of life in one or the other senses. As the average global temperature of Earth is increasing, the summers in the tropics are getting hotter. In such a scenario, demand for quality air conditioners is on the rise.

The Dual Inverter Air Conditioner, also known as Twin rotary compressor AC, is an advanced form of inverter air conditioning with two rotary compressors and two compression chambers. It provides faster cooling, reduced noise levels, high energy savings, and shorter wait time with greater stability.

Before we dive deep into the dual inverter AC, let us first look into some facts about air conditioners. The world’s first AC dates back to 1902. It was invented by Willis Haviland Carrier an engineer from Brooklyn, New York. It was a simple barebone structure.

In this air conditioning apparatus, hot air was made to pass through coils filled with cool water. Consequently, the humidity was removed, and the air was rendered cool.

Today, the world has come a far way. Even though the foundational mechanism of present-day ACs remains the same. Yet, many advancements have come into effect. Electronic gadget technology took a great leap from regular to inverter AC to dual and even triple inverter AC.

If you are making your mind to bring an AC home, you must know about the latest technology in the market to decide better.

Presently, the most sustainable, affordable, and durable AC among all is dual inverter AC.

One by one, we bring all kinds of ACs into the spotlight, along with their properties and comparison. Here we go…

What is a Normal and Inverter AC?

Let’s start from the basics. Before we understand differences among various AC categories, let’s first know about its core elements.

Refrigerant

Refrigerant is an entity found in several electric appliances that absorb heat. It is widely used in refrigerators as well. Refrigerant runs inside the different parts of an AC and acts as a coolant.

Refrigerant is the medium or the actual carrier of heat and performs the exchange between the external environment and internal parts of an Air Conditioner.

Compressor

An air conditioner compressor is a mechanical device that compresses and forces gas into an air conditioning system, which makes the cool air in your home.

Air Conditioners are incorporated with electric motors, which supply energy to compressors. As the name indicates, the compressor ‘compresses’ refrigerant. Upon compression, the heat-soaked refrigerant is pressurized to decrease volume.

Air conditioner compressors are made out of metals that tend to resist heat and corrosion.

There are several types of air conditioner compressors available on the market. The scroll compressor is the most common type because it helps reduce noise. The piston compressor works well in a sealed environment with little available airflow, but it is louder than the scroll compressor.

The rotary compressor is the most efficient and helps to cool a home quickly, but it is also the noisiest of the three types of compressors.

Before purchasing an air conditioner, consider how much noise the compressor will make and whether it is necessary to have a silent machine. Most compressors produce loud noise as they run, but some are quieter than others. Decide how much of an issue this is before making a decision on which one to buy.

Condenser

The next element is a condenser. The condenser cools the superheated refrigerant as it passes over condenser coils.

After being condensed, the refrigerant releases the heat to external surroundings, the room temperature falls, and it returns to bring more heat from indoors.

A brief Working of an Air Conditioner

By now, we know that an Air Conditioner comprises three key components-

1. Evaporation apparatus
2. Compressor
3. Condenser apparatus

The evaporation apparatus faces indoors, towards the room or hall. It is incorporated with a liquid refrigerant. The refrigerant absorbs warm air and turns it into a gas.

Now, the compressor poses high pressure on the gaseous refrigerant to decrease its volume. These hot and high-pressure vapors of refrigerant are sent to the condenser apparatus.

Here, cooling occurs. Condenser faces outdoors. It cools down the refrigerant and transforms it to a liquid state again. This liquefied refrigerant is sent back to the evaporation apparatus to absorb warm air again.

This cycle continues till the temperature status matches your preference. At that point, a thermostat in ACs automatically turns off the working. The cycle restarts as soon as the temperature starts rising again.

For more information on the different parts of an air conditioner and its working, refer to our comprehensive guide on the working of an air conditioner.

What is a Non-inverter or Regular AC

A non-inverter air conditioner unit has a fixed-speed compressor and a non-variable electrical supply voltage, which means that it does not have the ability to adjust the compressor speed given varying load conditions.

It is also known as a normal or regular air conditioner, and it uses an old technology of fixed-speed compressors. A regular air conditioner delivers fixed electrical supply voltage to a non-inverter AC compressor.

There is no reduced speed at partial load as would happen with the variable speed compressor in an inverter or non-inverter ac unit.

Thus, it does not have the convenience of changing the cooling capacity according to room size and it might not be as energy-efficient as an inverter ac unit, but they are more affordable and easier to use.

• More Affordable
• Easier to Use

• Less Energy efficient
• Slow Cooling speed
• Noisy

What is an Inverter AC

Normal non-inverter ACs sustained certain drawbacks such as noisy operation, less energy efficiency, uneven cooling, less comfortable, etc. Therefore, engineers redesigned the next generation of ACs to overcome the drawbacks residing in the previous AC version. For this, a few tweaks were made to the mode of operation.

An inverter air conditioner is a type of air conditioner that varies the compressor speed in order to maintain the desired temperature. This results in energy savings because the compressor doesn’t have to work as hard to maintain the temperature.

It is a powerful, yet energy-efficient machine that can regulate refrigerant flow and provide just the right amount of cooling or heating needed. It is known for its superior, sophisticated technology and is quite complex to understand but the crux of this technology is the variable speed compressor.

The compressors in Inverter ACs are powered by BLDC (Brush Less Direct Current) motors. These motors have the ability to keep the compressor in working mode continuously.

An inverter AC does not have frequent start/stop cycles like traditional AC units. It’s able to regulate its own operation so that it doesn’t overheat or shut down due to too high temperatures, but instead keeps running at optimal levels even if things get dicey outside!

Inverter air conditioners are also known for their ability to cool or heat a space quickly.

• Energy efficient
• Faster Cooling
• Silent Operation
• Can Operate in Extreme temperature

• Expensive
• Noisy

Normal vs. Inverter AC – The Difference

The significant difference between normal and Inverter AC lies in the mode of working.

Normal ACs have single peak power at which they work. But Inverter ACs work within a variable range of power which can be lower than the peak power value.

Unlike normal ACs, which stop working after attaining peak power, inverter ACs auto-adjust the power and keep working without switching off (until you do so).

For instance, after attaining the desired temperature of 20 degrees, the standard AC will stop working. As the temperature rises to 22 degrees, it will start again. This restarting of the AC motor requires a large amount of electricity, raising your bills.

On the other hand, inverter ACs don’t stop working after attaining 20 degrees Celsius temperature. They slow down the speed to draw minimum power, and when the temperature seems to rise, they increase their speed.

This way, the motor is always on, but much less electricity is consumed as compared to the case of restart.

What is Dual Inverter AC Technology?

You might have come across advertisements by some big brands marketing dual Inverter ACs with claims like cost-saving, faster cooling, longer lifespan, and so on.

These claims sound too good to be true. However, dual inverter technology is indeed a game-changer and offers several benefits to consumers. This technology uses two compressors instead of one. These compressors are set to operate at a phase difference of 180 degrees.

The compressors in dual inverter ACs are powered by more advanced BLDC motors that enable these ACs to have variable power consumption and continuous working.

The presence of the BLDC motor in dual Inverter AC will offer a better working mechanism than the usual compressor by having an extensive frequency range. This compressor also manages the production of vibrations and noise while the AC is in operation.

How Dual Inverter AC Work?

The twin compressors maintain a phase difference of 180 degrees in terms of compression timing. This ensures the stable operation of the AC. This stability further becomes the reason for enhanced durability and a longer lifespan of dual Inverter ACs.

Variable tonnage trait is another admirable thing about these ACs. Tonnage is the power consumed to remove an amount of heat per hour. The more the tonnage, the more is the energy drained.

Inverters are excellent inventions made to magnify the efficacy of AC. It is one of the best ways to optimize power savings when using AC. The Inverters make the compressor capable of running at different speed levels according to the temperature range you want the AC to function.

With the use of the Inverter technology, the compressor will always be kept on. Still, the power consumption will be limited based on the level of degrees in the thermostat and also based on the degrees of the air incoming.

With the Inverter, the speed and power of the compressor are balanced and appropriately adjusted. The most noteworthy highlights of the inverter AC are that it delivers a meager operating speed, which is critical for maintaining.

The maintenance costs are usually higher. You can find the inverter mechanism in both the Spilt AC as well as Window AC. The Dual Inverter ACs are much better at work when compared to the normal Inverter ACs. The motor present in the dual Inverter ACs is very advanced and offers the best functions.

The alignment of the motors balances compressional torque, by which the appliance is significantly stabilized. The frequency range of the motors varies between 700 to 8000rpm. The 1.5-ton Dual inverter AC can perform like the 1.8-ton of normal Inverter AC.

According to the principle, the compressor motor present in the standard inverter AC can perform only a single compressing rotation. This will, in turn, give out more noise and create higher vibrations.

More stable working is rendered from the functioning of two compressors, which are operated at a phase difference of 180 degrees. 2X efficient motors are present in the dual Inverter ACs when compared to the normal ones. Better temperature control is offered by the Dual Inverter ACs, and they are the best option for energy saving.

It also has the capacity of saving energy up to 830 units. With the more stable functioning of Dual Inverter ACs, the noise generated from it is very minimal.

What is Dual Inverter AC?

In today’s world with the ever-increasing global temperature and pollution, Air conditioning is not just ordinary luxury home equipment anymore. Ever since their advent AC is one of the most common equipment in every home to cool your home’s interior and create a comfortable environment while improving the quality of air in your home. Learn Complete guide on What is Dual Inverter AC.

Before we go on to explain what is Dual Inverter AC, let us explore the reasons why AC is important for the daily life functioning of modern people.

Table of Contents

Why is Air conditioning important?

Before we go on to discover what kind of AC suits your needs, let us explore the reasons why ACs are important. Besides the cool air, there are a lot of additional benefits of the ACs, let us explore the reasons why it is important to find the right AC:

• A more secure home
• Reduced possibility of Asthma Attacks due to clearer air
• A cool environment to exercise
• A decrease in the number of Insects and parasites
• Improved quality of sleep
• Prevention of overheating of electronics
• Improvement in your work performance
• Reduction in the risk of dehydration
• Reduction in the risk of heat stroke
• Reduction in Noise.

What is Dual Inverter AC?

Now that you understand the importance of AC in your life, let us explain exactly what is Dual Inverter AC. Getting its name from “twin rotary compressor”, the Dual Inverter Ac is furnished with two compression chambers for the production of a phase difference for 180 degrees in the mutual compression timing leading to a lower rate of vibration, lower noise and higher efficiency in functioning making it one of the most stable equipment.

Another important aspect of the Dual Inverter AC is the temperature control leading to a gradual decrease in the room temperature to the desired temperature and then maintains the temperature using less power.

With a 1.5 ton capacity, the Dual Inverter AC can vary the tonnage from as low as 0.26 ton to as high as 1.71 ton according to the ambient conditions and your requirements. The tonnage of the AC helps determine the size of the room it can cool, so when we talk about the normal air conditioning 1.5-ton capacity, it will always run at the top capacity, but an air conditioner with dual inverter technology will only draw enough power to lower and maintain the temperature in the room, molding itself according to the requirements of the room.

This not only helps to lower the temperature of the room in an efficient manner but helps in the better maintenance thanks to the variable tonnage technology controlling the compressing speed and adjusting according to your needs. Dual Inverter AC saving up to 50% of running cost, the AC can work in adverse temperatures as high as 52 degrees Celsius.

Difference Between Inverter and Dual Inverter AC

Purchasing an AC meant just for your use is extremely important to find for a better performance graph. Now that we have explored what is Dual inverter AC, let us explore how and why it is better suited to your needs.

With the increase in the popularity of Dual inverter ACs rising in the recent age, more and more brands are now releasing their best version of the same in the market, each one just slightly different from others. However, before we look at the price tag, let us answer the nagging question in your mind. Why is a Dual Inverter AC better than the Normal Inverter Ac in your homes?

Let us tell you why.

Cooling methodology

The normal inverter AC works with dropping the temperature fine, but the maintenance of the required temperature with efficiency is something that it lacks. Any normal AC compressor would use the BLDC motor which works by varying the speed of the compressor according to the external demand.

On the other hand, the Dual inverter compressors use a more advanced version of the BLDC motors along with the twin rotation system, it provides a better cooling in the terms of precision of temperature control thanks to the variable tonnage and the speed with which it cools the room.

Energy consumption

Though even the normal inverter AC moderates the energy consumption, what makes Dual inverters better is simply their efficiency. Thanks to their twin compressor along with a wider operational range and lower frequency of rotation, the Dual inverter AC ends up using simply less energy when compared to the normal inverter AC.

For example, if we consider a 1.5 ton with Dual inverter technology, to a 1.5 ton in the normal inverter AC range, the difference in power consumption is less by as much as 800 units. If seen in the longer run, the Dual Inverter ACs will save you back at least 5000-6000 rupees annually making it a desirable infraction of money.

Noise creation

Concentrating on the normal or the single inverter AC, you will find in the description that it uses a singular cylinder-shaped rotary compressor. Now, the operation of a single compressor comes with the additional requirements of high-speed rotation further leading to a lot of vibration. Sitting in the room, you would probably feel the increase in the noise level, especially when you have just turned the switch on.

On the other hand, when the dual inverter AC is considered, with a phase difference of 180 degrees the AC works in the promotion of a more stable operation even at higher capacities. This stable operation would mean fewer vibrations, less whirring, and ultimately lesser noise. Many companies provide you a pin-drop silence guarantee, making your time with your loved one filled only with your laughter.

Conclusion

Finding the right air conditioner to suit your requirements in today’s world is nothing short of a task, however, to understand your exact needs is something even more difficult. Let us help you understand the basic difference between all the new introductions in appliances in the market and give you a trusted honest opinion. Stay tuned for more updates.