AIR CONDITIONING SAVINGS APPLICATION

What is this application about?

 

First, we define the term air conditioning application, as the action and effect of air conditioning, that is, to provide an enclosed space with the conditions of temperature, relative humidity, air quality and sometimes also pressure, necessary for the well-being of people and/or the preservation of material things.

In order for this air conditioning application to be carried out, it is essential to generate heating and cooling, a process commonly known as “air conditioning”. Heating as the process by which only the air temperature of negatively charged spaces is controlled. Cooling as the process that controls only the air temperature of positively charged spaces.

When deciding between an air conditioning application, we must carefully study the existing possibilities according to the necessary energy demands.

The first thing to keep in mind is that the use of air conditioning applications is of vital importance to ensure the health of workers and visitors. By reinforcing ventilation, optimal conditions for the development of work functions are guaranteed: air quality, humidity control, thermal control of the enclosure, reduces particles or polluting gases, reduces the transmission of viruses and bacteria, as well as extraction of fumes that may arise during production or in case of fire.

Therefore, through the integration of a computer program (SCADA: Supervision, Control and Data Acquisition), by means of pressure sensors, temperature sensors, actuators and frequency variators, we can regulate the air conditioning system within an intelligent building.

Energy savings

These systems also take care of regulating and recording data from the entire system that controls temperatures, pressures, adding or removing humidity, regulating air flows and speeds, as well as frequency variators to reduce electricity consumption. As an example, we can mention that to improve the experience of both the customer or staff working in any building, and for any vertical, we can generate through thermal control that each person mentioned above can stay in a pleasant environment and at ease in a given area.

Also, some of the applications is to be able to control humidity and thus achieve disease prevention, dust is removed from the air, reduction of electrostatic discharge and protection against damage to skin and hair in the form of dryness, itching.

If you have wooden furniture, valuable works of art, then proper humidification will protect against cracking, warping and other dimensional changes caused by a drier climate.

Automate specific rooms, for example, as soon as a teacher swipes his or her access card through the main door of a laboratory, this room starts to regulate the air conditioning according to a specific schedule.

Turning off the air conditioning in order to save energy when a meeting room is not occupied.

All the above-mentioned examples can determine the course of your infrastructure in order to make it a smart building and thus achieve energy savings.