What does the energy efficiency ratio, input power, and cooling capacity of an air conditioner mean

The input power is actually the electricity consumption per hour, and the cooling capacity refers to the total amount of heat removed from the confined space, room or area per unit time when the air conditioner is running for refrigeration. The energy efficiency ratio refers to the ratio of cooling capacity to electricity consumption, that is to say, the energy efficiency ratio is equal to: cooling capacity divided by electricity consumption, generally the larger this value, the more power saving the air conditioner.

The energy efficiency ratio is the ratio of the amount of electricity consumed to the amount of cooling generated. The input power is the power used by itself. Cooling capacity is the energy used to produce cold air.

The energy efficiency level of air conditioners is marked by the "China Energy Efficiency Label".

The "China Energy Efficiency Label" is a market access concept that intuitively indicates the energy efficiency level of household appliances. Level 1 is the most energy-efficient; 2. The energy-saving efficiency of level 4 is gradually reduced; Level 5 is the lowest energy saving level, which is the threshold level for products to enter the market.

It can be seen that the air conditioner with the same number of horsepower (cooling capacity) is more energy-efficient than the one with energy efficiency level 5.

The cooling capacity and cooling power of an air conditioner are two different concepts. Cooling capacity: the ability of the air conditioner to regulate the room temperature; Refrigeration power:

Electricity consumption of air conditioners for refrigeration. The energy efficiency ratio of the air conditioner Cooling capacity The cooling power is for example, a 2 hp (cooling capacity of 5000 watts) air conditioner, the cooling power is 2000 watts, and its energy efficiency ratio is 5000 2000. Another 2 hp (5000 watts) air conditioner, with a cooling power of 1800 watts, has an energy efficiency ratio of 5000 1800.

An energy-efficient air conditioner consumes 1,000 watts of electricity and can move 2,800 watts of heat from the interior to the outside. An energy-efficient air conditioner consumes 1,000 watts of electricity and can move 2,500 watts of heat from the interior to the outdoors.

It can be seen that the air conditioner with energy efficiency ratio is more energy-saving than the air conditioner with energy efficiency ratio.

The parameters of the air conditioner, for the refrigeration mode, generally have parameters such as cooling capacity, input power, etc.

It is rarely expressed in terms of refrigeration power, because the unit of cooling capacity and the unit of input power are the same, watts or kilowatts, some people call cooling capacity refrigeration power.

The cooling capacity is a parameter that indicates the cooling capacity of the air conditioner, and the popular term is the number of horses. 1 horsepower is generally about kilowatts, but the algorithm is different from different manufacturers. Some 1 horse is equal to kilowatts, and some 1 horse is equal to kilowatts. When choosing, be sure to look at the nameplate parameters.

The input power is the amount of electricity that the air conditioner needs to consume to generate that cooling capacity. With the same cooling capacity, the greater the power, the greater the power consumption.

The refrigeration capacity and refrigeration power marked on the nameplate parameters are tested under rated conditions, and there is a deviation from the refrigeration capacity and power consumption generated by actual use.

The input power refers to the power consumption, and the refrigeration power refers to the cooling capacity, and there is a relationship between them in terms of energy consumption ratio. Dividing the cooling capacity by the input power is the energy consumption ratio of the machine, which means how much electricity the machine consumes and how much cooling capacity is produced.

The power input is the power consumption, and the cooling power is the cooling speed. The former is low and the latter is high, which is a good air conditioner!

The input is the total power, the refrigeration power refers to the power of a single compressor, and the input power of the air conditioner "Refrigeration compressor power Cooling fan power (outdoor unit) Indoor cross-flow fan power Control and protection (microcomputer) power" Efficiency.

1. Refrigeration capacity: the ability of the air conditioner to adjust the room temperature; Refrigeration power: The amount of electricity consumed by the air conditioner for refrigeration.

2. The energy efficiency ratio of the air conditioner, the cooling capacity, and the refrigeration power.

3. Refrigeration capacity refers to the refrigeration capacity generated by the air conditioner consuming a fixed unit of electricity, which is generally expressed by W as well as electricity consumption. Your air conditioner has a cooling capacity of 4830W and an input power of 949W, which means that under normal operating conditions, the air conditioner compressor and fan consume 949W of electricity per hour of operation (excluding downtime to temperature).

What is the relationship between cooling capacity and cooling power, and how to calculate it?

The relationship between cooling capacity and cooling capacity. Refrigeration capacity is a similar term, such as a room cooling capacity can be calculated according to 200w m2 of the required cooling capacity, the refrigeration capacity of the refrigeration device can provide the type and parameters of the compressor, various refrigerants and filling amounts, the structure of the gear system, air duct arrangement and other factors have been generally measured by experimental data. Refrigeration power generally refers to the power consumption of the refrigeration unit.

Power * energy efficiency ratio = cooling capacity, power is the actual electrical power, cooling capacity is multiplied by the energy efficiency ratio, according to the different energy efficiency ratios of air conditioners, it can be divided into 1-5 levels of air conditioning energy consumption. For example, the input power of a cabinet is 3850W, the energy efficiency ratio is 12012, and the nameplate shows that the cooling capacity is 12000, which is basically the same. And this unit refers to the input power of a horse is about 700W.

ExtensionInformation:Air conditioning is an important indicator, is "capacity", this is "size", air conditioning, TV screen size, air conditioning also has size differences, in addition to the appearance may have different sizes, in fact, the only important indicator, "size" refers to "capacity".

Cooling capacity refers to the total amount of heat discharged from a confined space, room or area per unit time while the air conditioner is running, and the legal unit of measurement is w (watts). "Horse" is used as a rough unit of power, expressed in hp (inches) or ps (metrics), also known as "horsepower", 1hp (inches) =, 1ps (metrics) =; The refrigeration capacity of large-scale air-conditioning and refrigeration units is commonly used as "refrigeration tons (refrigeration tons sold in the United States)". **：

Encyclopedia - Air conditioning cooling capacity.

The relationship between the cooling capacity and power of an air conditioner.

35 air conditioner is an air conditioner with a cooling capacity of 3500w, which is also often called, which means that his electricity is.

How many watts of the air conditioner depends on the cooling capacity or the maximum power.

Looking at the power supply, the cooling capacity of 1 air conditioner is 2500W

The relationship between the cooling capacity and power of the air conditioner: taking 35 as an example, it is directly related to the energy efficiency ratio. If the first-level energy efficiency ratio is adopted, the cooling capacity of the air conditioner with a cooling capacity of 3500W is only input 1020W [watt], and the cooling capacity is 3500W, except for the refrigeration power of 1020W = corresponding to the energy efficiency ratio of one level, if there are five levels of energy efficiency ratio, the cooling capacity of an air conditioner with a cooling capacity of 3500W is input 1340 W [watt]], and the cooling capacity is 3500 W, except for the refrigeration power of 1340 W = corresponding to the five-level energy efficiency ratio value, and the current energy efficiency score is five:

Level 1 = above Level 2 = = = = 26 days can also be understood as a level 1 energy efficiency ratio = 1 kWh of electricity to produce 3400w of cooling capacity and 5 levels of energy efficiency ratio = 1 kWh of electricity to produce 2600w of cooling capacity.

The energy efficiency ratio is the ratio of the amount of electricity consumed to the amount of cooling generated. The input power is the power used by itself. Cooling capacity is the energy used to produce cold air.

Input power and cooling power refer to the power of the air conditioner. Input power refers to the amount of power that an air conditioner takes from the grid, usually expressed in kilowatts (kW). Refrigeration power refers to the amount of power that an air conditioner converts when it cools, usually expressed in terms of cooling capacity (RT).

Refrigeration capacity refers to the amount of energy that can be cooled by air conditioning per mu of time, which is usually expressed in kilograms (kg) or pounds (lb). The ratio of input power to cooling power is called the refrigeration efficiency of an air conditioner, which is usually expressed by input power refrigeration power. The higher the cooling efficiency of an air conditioner, the less electricity it consumes when cooling.

The input power of an air conditioner refers to the total amount of electrical energy consumed by the air conditioner while operating, which is usually expressed in watts (W). Cooling power refers to the total amount of heat that an air conditioner is able to remove while cooling, usually expressed in British thermal units (BTU) or watts (W) as a single song return.

Normally, the input power and cooling power of the air conditioner will be listed in the technical parameters of the product, and consumers can refer to these parameters to choose the right air conditioner for themselves. The higher the input power, the more power is consumed during operation, and therefore the greater the impact on household electricity consumption. The refrigeration power is directly related to the refrigeration effect of the air conditioner, and the higher the refrigeration power, the larger the space that the air conditioner can refrigerate.

Input power refers to the power of the electrical energy that the air conditioner takes from the grid, usually measured in watts (W) or kilowatts (kW). It indicates the amount of electricity consumed by the air conditioning equipment during its operation.

Refrigeration power refers to the rate at which an air conditioner is able to remove heat from the indoor environment while it is operating, usually measured in watts (W) or kilowatts (kW). It indicates the cooling capacity or the magnitude of the cooling effect of the air conditioning equipment.

Answer:1Input power and cooling power are important parameters to describe the performance of air conditioning equipment.

2.The input power represents the power consumption required for the operation of the air conditioning equipment, and the higher the power consumption is usually the lower the efficiency of the use of electrical energy.

3.The cooling power indicates the cooling effect of the air conditioning equipment, that is, the amount of heat that can be removed from the indoor environment, and the higher the cooling capacity, the higher the air conditioning equipment.

4.The ratio between input power and cooling power can be used to evaluate the energy efficiency level of an air conditioning unit, such as the energy efficiency ratio (EER) or the coefficient of performance (COP).

5.Choosing the right input power and cooling power is important to meet the needs of air conditioning, energy savings, and economy.

Summary: The input power is the electricity consumed by the air conditioning equipment, and the refrigeration power is the cooling capacity of the air conditioning equipment. They are key parameters that describe the performance of an air conditioning unit and enable the evaluation of the energy efficiency and cooling effectiveness of the equipment.

Choosing the power to meet demand, save energy and be economical is crucial.

Cooling capacity: It is the heat that can be transferred from indoor to outdoor per unit time under the air-conditioning working conditions (i.e., refrigeration working conditions) specified by Yupengchang.

Refrigeration power is the electrical energy consumed by the air-conditioning machine per unit time under the specified air-conditioning conditions.

Input power and refrigeration capacity: The power consumed by the air conditioner because of the work is the input power, after the air conditioner inputs a certain amount of power, the heat of the air (or water) to be cooled is sucked out, so the temperature is reduced, and the heat sucked out is the cooling capacity. . . Therefore, the input power of this air conditioner is 1068W, that is, the electricity consumption of the air conditioner is about 1 kWh per hour.

Cooling capacity and cooling power are two important concepts in the field of air conditioning, and they are very critical when evaluating and selecting air conditioning equipment. Here's an answer to these two concepts, summarized below:

1.Cooling capacity: Cooling capacity refers to the amount of heat that the air conditioning system removes from the air in the indoor excavation section per unit time.

It is usually measured in terms of the amount of heat transferred per unit of time, such as kilowatts (kW) or feet-pound-minutes (btu minutes). The higher the cooling capacity, the faster the air conditioning system can cool the indoor air.

2.Cooling power: Cooling power refers to the energy consumed by the air conditioning system to achieve cooling capacity.

It indicates the consumption of electrical energy or other energy required by an air conditioning unit while it is operating. Refrigeration power is usually measured in kilowatts (kW).

3.The relationship between cooling capacity and cooling power: There is a certain relationship between cooling capacity and cooling power.

In general, the higher the cooling capacity, the higher the cooling power is required to achieve this. This is because more cooling capacity means more heat needs to be removed and therefore more energy is required to achieve.

4.Considerations: Cooling capacity and cooling power are important factors to consider when choosing the right air conditioning equipment.

A reasonable cooling capacity can ensure that the air conditioning system can reach the required indoor temperature in a short time. At the same time, the right cooling power avoids wasted energy and overloaded equipment.

5.Practical application: In practical use, the appropriate cooling capacity and cooling power are determined according to the size of the indoor space and the comprehensive heat load. In addition, the energy efficiency rating of the air conditioning system should be considered to ensure that energy is used efficiently while providing a comfortable environment.

Summary: Cooling capacity is the removal of heat from indoor air by the air conditioning system, and cooling power is the energy consumed to achieve cooling capacity. The higher the cooling capacity, the higher the cooling power is usually required.

Choosing the right cooling capacity and power is a key factor to ensure the proper operation and efficient use of air conditioning equipment.

The refrigeration input power indicates the power consumption of the air conditioner when the refrigeration is working, and the higher the power, the greater the power consumption.

The cooling capacity indicates the cooling capacity of the air conditioner. The larger the cooling capacity, the larger the room area. The smaller the cooling capacity, the smaller the room size.

The cooling power is usually proportional to the cooling capacity. The higher the cooling capacity, the greater the cooling input power.

Attached: List of air conditioners of different sizes and the size of the area with them:

The air conditioner with a cooling capacity of 2300W is a small air conditioner, suitable for rooms below 12 square meters;

The air conditioner with a cooling capacity of 2500W is a horse air conditioner, which is suitable for a room of about 12 square meters;

The air conditioner with a cooling capacity of 2600-2800W is a large air conditioner, suitable for a room of about 14 square meters;

The air conditioner with a cooling capacity of 3200W is a horse, also called a small horse air conditioner, which is suitable for a room of about 16 square meters;

The air conditioner with a cooling capacity of 3500W is suitable for a room of about 18 square meters;

The small two-horse air conditioner with a cooling capacity of 4400W is suitable for a room of about 22 square meters;

The two-horse air conditioner with a cooling capacity of 5000W is suitable for a room of about 25 square meters;

The air conditioner with a cooling capacity of 6000W is suitable for a room of about 30 square meters;

Three-horse air conditioner with a cooling capacity of 7500W is suitable for a room of about 38 square meters;

The four-horse air conditioner with 10,000W is suitable for a room of about 50 square meters;

The five-horse air conditioner with a cooling capacity of 12,000W is suitable for a room of about 60 square meters.

In short, the choice to buy air conditioning, but also depends on the sealing and insulation conditions of the room and the use, the top floor or the west, or the height of the room is higher, should choose a larger refrigeration capacity of the air conditioner, the general household to buy air conditioning, according to the size of the room area and sealing and insulation conditions, according to each square meter of 160-220w to calculate the refrigeration capacity of the air conditioner, office or commercial room, must be according to its actual situation to increase the cooling capacity.

The purchase of air conditioners should be large rather than small, so as to ensure the effect, not only good comfort, but also reduce the working load of the compressor, reduce the occurrence of failures, and prolong the service life of the air conditioner.