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Most people see air conditioning as a convenience. While it is no lie that air conditioning can add a lot more comfort in your home or office, many people do not realise that a good air conditioning could save their life! Warm temperatures can be uncomfortable at best, but sometimes they can be life-threatening too.

To help you understand the importance of a cool home in warm weather conditions, let us take a closer look at the dangers of extreme temperatures. Of course, we will also look a little closer at the benefits of a good air conditioning unit!

How Can Warm Temperatures Inside the Home Be Dangerous?

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Warm temperatures can be extremely uncomfortable, especially inside the house, where there is no relieving breeze. Excessively warm temperatures can lead to three severe problems: dehydration, heat exhaustion, and heat stroke. We have explained each one in more detail below.


Photograph By Precision Hydration

Dehydration is a condition where the body does not have the amount of water it needs. Water is an essential compound for many processes in the human body, so without it, the body cannot function correctly.

There are different types of dehydration: mild, moderate, and severe dehydration. The type of dehydration is subject to how much water is missing from your body. Dehydration can have numerous causes too; this includes excessive urination, vomiting, diarrhea, and fever. However, dehydration can also be caused by excessive sweating, a common side-effect during warmer temperatures.

Many people do not realise that dehydration can have serious consequences. While mild symptoms only include a dry mouth and lips, severe symptoms of dehydration can lead to rapid heartbeat, fainting, and can in extreme cases lead to death. Therefore, dehydration is certainly a problem that should be prevented at all cost.

Heat Exhaustion

Illustration By Reliable Contracting

Heat exhaustion is a medical condition that stands in close connection with heat. It is caused by prolonged exposure to high temperatures, which is often accompanied by dehydration. Therefore, heat exhaustion has two clear causes: water depletion and salt depletion.

A condition such as heat exhaustion can have numerous symptoms. The most common symptoms of heat exhaustion are confusion, darker urine, dizziness, fainting, fatigue, headaches, muscle cramping, a pale skin, excessive sweating, and a rapid heartbeat.

To treat the effects of heat exhaustion, the person in question must get out of the heat and get plenty of rest. The best place for a person who suffers from heat exhaustion is an air-conditioned room; this once again proves just how important air conditioning can be, since heat exhaustion could lead to a life-threatening heat stroke.

Heat Stroke

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A heat stroke is the most dangerous condition of the three heat-related issues mentioned above. It is usually preceded by heat exhaustion, which develops into a heat stroke when the symptoms are ignored and exposure to warm temperatures continues.

As you have noticed on the image above, the symptoms of heat stroke are severe and can be life-threatening. If you believe someone suffers from a heat stroke, you must call 911 immediately! Of course, prevention is always better than a cure, so keeping cool and drinking plenty of water is the key.

How Can Air Conditioning Prevent Heat-Related Illnesses?

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Air conditioning can prevent heat-related illnesses by keeping your home cool and warm temperatures at bay; this much is clear. But how does air conditioning work exactly? And how does it keep those warm temperatures outside?

Most air conditioning systems have a mechanism based on a basic law of physics, phase conversion. When a liquid turns into a gas, it has the ability to absorb heat. Air conditioning systems contain refrigerants that mimic this reaction. When warm air encounters evaporator coils inside the air conditioning, the refrigerants inside the system will absorb the heat; this is the liquid to gas stage.

Illustration By How Stuff Works

To keep cooling a room effectively, the gas must be turned into a liquid again; this is where the internal compressor comes in. The compressor puts a high pressure on the gas, turning it back into a liquid as the gas cools down again. However, this process does create some additional heat, which is released to the outdoors.

While this may sound incredibly complicated, the system is quite simple. In plain terms, refrigerants cool down the air indoors, after which the resulting gas is turned back into a liquid. It is really that simple.

Who Should Get Air Conditioning for Their Home?

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Everyone could benefit from an air conditioning in their home, because let’s face it, it does make your home a lot more comfortable during a heatwave. Of course, there are some risk groups that are more susceptible to heat-related illness, which means an air conditioning could literally be a life-saving investment.

People who are most at risk for life-threatening heat-related illness are the elderly, babies, young children, chronic illness sufferers, people with limited mobility, physically active people, and people with serious health conditions.

In conclusion, any household could benefit greatly from an air conditioning. If you are thinking of adding to your home with a good air conditioning system, be sure to get in touch with the experts! Get in touch with POE Air for expert advice.



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