The energy saving of the air cooler system is mainly achieved through the following three aspects: the conversion efficiency of the equipment itself, the scientific design scheme, and the normative construction.

The conversion efficiency of the device itself is higher

Compressor: The compressor uses electric energy as a “porter”. The refrigerant is used as a medium to extract the energy in the air and convert it into cold/heat in the room.

The better the performance of the compressor, the higher the energy conversion efficiency, which means that the less the amount of electricity, the more cold the “handling”. When the amount of cooling required in the room is certain, the better the compressor performance, the less power consumption!

 

The inverter's own variable frequency control technology: The variable frequency control technology of the compressor means that the running speed of the DC inverter compressor motor can be continuously and freely adjusted according to the system capacity change. The adjustable range and higher precision mean lower power consumption. .

For example, the external fan of the chiller is full, and it takes three copies of electricity to convert six pieces of cooling capacity to six rooms. When it is only necessary to provide two cold rooms in two rooms, the compressor's frequency conversion technology can control the speed of the motor operation, and realize one electric power to provide two room cooling, instead of continuing to spend three times to provide two cold the amount.

The more scientific the design

Don't underestimate the design of the chiller. It is very simple to look at the designed system, but it involves many design points and design techniques. The more scientific design, the more efficient the operation, the more energy efficient!

In the design, we must first design the pipeline direction, equipment location, air supply mode, return air mode, and inspection port position in combination with the actual apartment structure and decoration scheme. These are affecting the appearance, noise, and effect. For example, the design does not take into account the uniformity of the airflow. It just looks at the location where it is placed, or just guesses it, rather than careful airflow analysis. It is easy to cause the feeling of not being cool when using, or the unevenness of the cold. At this time, in order to cool enough to reduce the air outlet temperature of the air conditioner, the operating speed of the air conditioner compressor motor is increased, and finally, the electricity fee is increased to obtain sufficient cooling capacity. This is one of the power consumption factors.

In addition to these, the design also selects different devices in combination with the type of room type, and configures according to the ratio of the ratio specified by the manufacturer.

The more standardized the construction

Many people have a misunderstanding. They choose products that are very expensive and have a good reputation, but they ignore the quality of construction.

In fact, the standardization of the construction of the chiller is the premise guarantee for the energy-saving operation of the chiller! For a simple example, a person who does not understand the computer assembly has a good computer component. You think this person uses these computers. Will the computer assembled with the components be the best performing computer? The Maxima should also have Bole to be able to make a thousand miles. The same reason, no matter how good the equipment, it is no good to run into a second-class engineering installation team.