When shopping for an air conditioner, you are offered a choice between an inverter and a non-inverter AC. You may wonder which one to choose. This blog will help clear the doubts in your mind about these two types of ACs.
Difference between an Inverter and non-inverter air conditioning system
Non-inverter AC has a fixed motor speed which shuts down the compressor. On the hand, an inverter AC has a variable speed compressor. The way a non-inverter AC cools is by turning the compressor motor on and off. An inverter air conditioner will adjust the temperature of the room by changing the speed of the motor without requiring the motor to turn itself on or off. Analogically, one can compare an inverter AC to a runner who can increase the speed slowly and also adjust without stopping.
Benefits of an inverter air conditioner
If you have not made up your mind about which AC to choose, we can further reduce your problem by listing the various benefits of an inverter air conditioner.
· Optimizes the power consumption
A non-inverter AC will force you to foot high electricity bills, which may spoil your monthly budget. At the same time, an inverter AC is a smart investment as the variable compressor speeds results in lower electricity bills.
· Keeps the room temperature constant
The air conditioning unit adjusts the temperature by changing the speed of the motor without requiring the motor to turn itself on or off. Therefore, the temperature of the room remains constant till the AC is on.
· It does the work without making noise
One can say that an inverter air conditioner is an intelligent machine as it uses a thermostat to control the cooling. A chief complaint among AC users is the humming sound. This is because a non-inverter AC turns itself on or off abruptly. An inverter AC will start at a low speed by using room temperature as its guide.
· Effective cooling despite low power consumption There is no difference between the cooling capacity of an inverter and a non-inverter AC.
· Works on a wider range of voltages
An inverter AC is not vulnerable to voltage fluctuations as it can operate on a wider range of voltages.