Four seas net: the weather of these days, really can't use heat to describe, it is simply steaming! In this kind of weather, any outing is refused. The only thing I want to do is to live and die with the air conditioner at home. In the current high-frequency period of air conditioning use, the failure rate of air conditioning will also significantly increase, so many people will choose to replace air conditioning products in summer, but now there are so many air conditioning brands, product models are more like stars, what kind of air conditioning is the most suitable for them? Today we start with the most basic air conditioning frequency and frequency conversion.
Difference between variable frequency air conditioning and constant frequency air conditioning
The only difference between variable frequency air conditioning and ordinary air conditioning (i.e. constant frequency air conditioning) is that they maintain the indoor temperature in different ways - note that it is to maintain, maintain and maintain! Explain what it's called 'maintaining the indoor temperature'--
There is a certain temperature in the room itself, which is called "initial temperature"; the user turns on the air conditioner and sets a temperature for the air conditioner, which is called "set temperature"; the air conditioner starts to work, which changes the indoor temperature from the initial temperature to the indoor temperature, and then starts to maintain the set temperature - variable frequency air conditioner and constant frequency air conditioner, which makes a difference in this place.
The way to maintain the temperature of constant frequency air conditioner is to control the working time of compressor. When the indoor temperature deviates from the set temperature (1 ~ 2 ℃), the compressor starts and stops when it reaches the set temperature.
Variable frequency air conditioning maintains temperature by controlling the power of the compressor. When the indoor temperature reaches the set temperature, the compressor will operate with reduced power, blow out cold and hot air, and maintain the indoor temperature.
Re image point: just like the tortoise and rabbit race, the constant frequency air conditioner is a rabbit, run hard and stop to rest; the variable frequency air conditioner is a tortoise, although it runs slowly, it doesn't stop -- eventually they all reach the end (forgive me for changing the ending of the story).
Where is frequency conversion air conditioning better than constant frequency air conditioning
It should be said that you can list out a number of benefits, such as power saving, long life and so on (all thanks to the fewer starts of the compressor). But to be honest, these benefits are not obvious. Although the compressor of the constant frequency air conditioner does need a lot of power when it starts and stops, there is no power consumption when people stop, and your variable frequency air conditioner doesn't stop -- although it is calculated, the variable frequency air conditioner saves a little (just a little) power.
In my opinion, the biggest advantage of variable frequency air conditioning is the improvement of comfort. It's not hard to understand. There are two situations: first, blow the fan at you, turn it off when you feel cold, and then blow it at you when you're hot; second, use a palm fan at your gentle fan.
Which do you think is more comfortable? Of course, the latter! This is the case with variable frequency air conditioning. Although it is in the same state as constant frequency air conditioning in the early stage of refrigeration, it usually does not last long. When the indoor temperature reaches the set temperature (whether refrigeration or heating), the variable frequency air conditioner will start to reduce the wind speed, improve (if heating, reduce) the temperature of the wind, and start to blow slowly towards you. It must be more comfortable to use the variable frequency air conditioner.