64% Less
electricity used
Inverter Technology is the latest and
most energy efficient technology for Air Conditioners.Watch Video
Inverter Technology is the latest and
most energy efficient technology for Air Conditioners.Watch Video
Regular ACs cause Voltage Overload Spikes on power supply as they keep switching the compressor ON/OFF.
Inverter ACs conserve their lubricants better than regular ACs. Therefore the Inverter AC compressor stays healthy for longer.
Read MoreInverter ACs sport a variable speed compressor that starts at a high power level, achieving set temperature faster.
Regular ACs cause Voltage Overload Spikes on power supply as they keep switching the compressor ON/OFF. Inverter AC draws power smoothly, causing no stress on power supply.
Therefore, for the same amount of available power supply, it is possible to run more Inverter ACs, than non-inverter ACs. Non-inverter ACs may require purchase of additional power supply, which is expensive.
In ACs, the coolant goes through cycles of compression and decompression. During the compression cycle the coolant gets very hot. At that temperature, the lubricants in the compressor tend to mix with the coolant, and get carried into the pipes along with the coolant. Inverter ACs are better designed to retrieve this escaped lubricant back into the compressor. This way, Inverter ACs conserve their lubricants better than non-inverter ACs. Therefore the Inverter AC compressor stays healthy for longer.
Remember! A well oiled machine lasts longer.
Inverter ACs are capable of changing their tonnage based on cooling requirements. As soon as an Inverter AC is switched on, it runs the compressor at a high capacity. Desired cooling is achieved faster. After that the compressor switches to a lower tonnage and runs continuously to keep the room cool.
Non-inverter ACs on the other hand, can run at a fixed speed only. They maintain temperature by cutting the compressor off regularly. Therefore, these ACs take longer to achieve set temperature, and then the room temperature sees more fluctuation.
Everything in life works at variable speeds. Fans and stoves have regulators. Cars have accelerators. What if your AC too could operate at different tonnages based on cooling needs?
Conventional ACs operate with a fixed tonnage. They maintain temperature by repeatedly stopping and starting the compressor. This wastes energy. And, it causes discomfort.
Switch to an Inverter ACs. Inverter ACs automatically choose the right tonnage, delivering maximum comfort and minimum energy consumption.
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What if your AC could work with < 40% of th e power it consumes at present? That is what an Inverter Air conditioner does.
Inverter ACs save power in two ways:
Let us first compare running cost of a Non-Inverter AC with a Daikin Inverter AC.
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Payback Time = (Price of Inverter AC - Price of Non-inverter AC)/Monthly savings in Electric Bill
Payback time is the number of months within which the total money saved in reduced energy bills matches the difference in price of an inverter AC and a non-Inverter AC.
Running cost for Inverter Air conditioners is less compared to regular Air conditioners. Therefore, over a few months of usage, the savings in electric bill add up to more than the price difference of an Inverter AC. After this payback period, you make net savings as the AC continues to work efficiently for another 8-10 years.
Find out Payback Time compared to your star rated AC by using the Payback time Calculator on this website.
COP = Coefficient of Performance. This is a measure of cooling efficiency of an Air conditioner. Higher COP means more efficient AC. For example, 5-Star ACs have a higher COP than 4 Star ACs.
Inverter Air conditioners too have a COP rating. An Inverter Air conditioner with the same COP as a non-Inverter AC will offer a higher energy efficiency. Inverter ACs save energy by adjusting the operating tonnage based on cooling needs.
Inverter ACs are capable of adjusting their operating tonnage based on cooling requirements. When the ambient temperature is less, the AC runs at a lower capacity. When the ambient temperature is more, the AC increases its operating capacity.
Imagine, if you could have a 1 ton AC in the nights when it’s cooler, and a 1.7 ton AC during the day when it’s very hot. You would get less energy consumption at night, and better cooling during the day. Inverter Air conditioners make this possible with their superior variable speed technology.
The compressors of conventional AC run on an Off -On Cycle, causing a repeated fluctuation in temperature. This will always leave you feeling slightly colder or slightly warmer than you would like.
The Compressor of Inverter AC runs at variable speeds. A sensor reads the current temperature and adjusts the power of the air conditioner accordingly. This maintains the temperature exactly at the set temperature without much fluctuation, giving you a more comfortable experience.
After cooling the space initially, an Inverter AC can work with the capacity of around 35% of its actual tonnage. That means a 1.5 Ton AC can work like 0.5 Ton AC. The AC, running at reduced capacity will make far less noise than otherwise. That is one of the advantages of having a variable capacity Inverter AC.
The following keeps Inverter ACs running in a healthy condition for a longer time.
Inverter ACs protect the environment in the following ways: