How do you calculate the amount of refrigeration required for an ice maker?
Here are some small ways to calculate, you can count on your own specific figures, the calculation process is not written:Now the weather has become very hot, the air conditioning inside the house almost every day, but I believe the majority of consumers on how cooling capacity calculation of air conditioning is not very clear. Today we introduce the concrete.
For example, a refrigeration air conditioner is 2000W, rated power is 640W, another air conditioner refrigeration capacity is 2500W, rated power for 970W. two air conditioner energy efficiency ratio respectively: the first air conditioner energy efficiency ratio: 2000W/640W=3.125, second sets of air conditioner energy efficiency ratio: 2500W/970W=2.58. so, through the comparison of two sets of air conditioner energy efficiency ratio can be seen, the energy-saving air conditioner for the first air conditioner
Under normal circumstances, the average room per household required refrigeration capacity of 115-145W, the living room and dining room per square meter required cooling capacity of 145-175W.For example, a family living room with an area of 15 square meters, if the amount of refrigeration required per square meter 160W considerations, then the required air-conditioning cooling capacity is: 160W * 15 = 2400W.Thus, according to the required refrigerating capacity of 2400W, the KF-25GW type split wall air conditioner with 2500W refrigeration capacity can be purchasedThe so-called energy efficiency ratio, also known as performance coefficient, is the ratio of the amount of refrigeration to the power consumption of an air conditioner. Usually, the energy efficiency ratio of the air conditioner is close to 3 or greater than 3, and it belongs to an energy-saving air conditioner
Currently on the market of air conditioner refrigeration quantity should be W (W) expressed on the market and used horses to describe the air conditioner refrigeration quantity. The conversion relationship between the two: one of the cooling capacity is approximately 2000 kcal, converted to international units should be multiplied by 1.162 watts, so a refrigeration the amount should be 2000 kcal * 1.162 = 2324W. where W (Watts) means that the cooling capacity of refrigeration, and 1.5 horses should be 2000 kcal x 1.5 x 1.162 = 2486W.
