Inverter compressor refrigerator

Compressor as the "heart" of the cooling system, work hard to circulate refrigerant (Freon) in the refrigerator or freezer, refrigerator are still using conventional compressors utilize electrical energy all the time and constantly rotating at a speed which is not flexible, it is really not efficient due to the consumption of electricity remain although the inside of the refrigerator and its contents have been in the cold conditions.
In 1996, Panasonic has started utilizing the inverter compressor refrigerator on its products to be able to operate more flexibly, and the results are able to improve the overall equipment efficiency compared to a conventional compressor, the inverter compressor can run at the desired speed, depending on how the refrigerator is being used and conditions when the room was. This case provides flexibility for normal use or if desired for a more rapid freezing process, even if the refrigerator is no compressor contents can work on a very low speed, thereby significantly reducing energy consumption.


In general, the refrigerator is designed to work optimally when the load is highest, such as during a hot day in the dry season, often opened and closed to retrieve or store food and other, but the heavy load does not happen all the time. light when the fridge will work evenings and or being in cold weather as it is the rainy season, when the cooling load is light consumption of electricity were still the same, although more frequent stops, so this resulted in a loss because it means a waste of energy.

A single speed compressor must be on and off based on the needs of the cooling capacity of the refrigeration system. regardless of the time, about room temperature or cooling capacity is required, the compressor can only spin at one speed, when there is more activity and more cooling capacity required, the compressor can only run at one speed and provide cooling capacity remains.

Unlike the inverter compressor, cooling capacity can be adapted to the needs of the fridge at the time. For example, if the door is left open for a certain period, the compressor can run at high speed (4320 rpm) to provide maximum cooling, as well as round compressor can decrease his speed with a lower (1200rpm) while gradually reduced cooling capacity requirements , It's impossible to achieve a conventional compressor. because conventional compressor can only operate at one speed only.

All compressor going on and off based on the temperature level in the cabinet and the setting of the timer. the inverter compressor capable of rotating at a low speed, can really run for long periods of time, but the result will still reduce energy consumption, less fluctuating temperatures and can be stored much more stable, by using the inverter compressor can run at speeds far lower and longer cycle times, it is clear that the operation at low rotational speeds can provide many benefits.