Types of Air Conditioning Systems

There are many different types of air conditioning systems. Each type uses a different technology to control temperature, humidity, and air purity. The end result is thermal comfort and acceptable indoor air quality. Several things to consider when selecting a system include the size of the room, energy efficiency, and the type of refrigerant used.

Energy efficiency

New government regulations are about to take effect that will affect the energy efficiency of air conditioning systems for home use. These regulations will limit the types of air conditioning systems that you can buy and install. The changes are aimed at increasing the energy efficiency of air conditioners and lowering electricity costs for homeowners. However, most homeowners are unaware of the new regulations and the minimum energy efficiency standards that they must meet.

If we do not make further improvements, the amount of electricity consumed for cooling homes and buildings will increase by eight to ten times by 2050. Fortunately, there are some ways to cut energy consumption and lower your utility bills without sacrificing comfort. For example, switching off unnecessary appliances can save your home around PS85 per year.

Refrigerant

The refrigerant is a gas that cools the air inside a building. It is used to control the amount of air in a building, and can be either natural or synthetic. Choosing a natural refrigerant is a better choice, since it has less ODP (ozone depletion potential) than a synthetic one.

The refrigerant begins as a liquid in the compressor of an air conditioner, and is moved through a closed loop system. As the refrigerant moves through the coils, it absorbs heat and converts to a gas. The gas then travels through an expansion device, which lowers its temperature to a more comfortable 20 degrees Fahrenheit.

Recirculating cooling

Recirculating air conditioning repairs systems combine a fan, a humidifier and a duct system to distribute heated air throughout a building. The inlet air is then heated by a humidifier or heater. A fan circulates this heated air, and a portion is vented or recirculated, depending on the system's needs. Recirculating air systems are less energy-intensive than liquid systems, but they require more space than piping.

A car's air conditioning system uses the same principle. The blower motor and compressor are expensive and must move a large volume of air to cool the interior of the car. But when the windows are fogged, the air conditioning system is less effective.

Split system

Whether you need to cool your home or heat it, a split system air conditioner can help you get a comfortable temperature. The reverse cycle feature of this system helps you enjoy both functions at the same time. It uses a compressor to push refrigerant through a series of chambers before reaching the condenser. The refrigerant then begins to warm up as it travels through the system. This then recirculates into your home to provide cooling. Purchasing a split system air conditioning unit can be an excellent investment.

Split system air conditioners are an affordable and convenient way to cool your home. They have a modern, sleek design and don't require major installation. In addition, they use less energy than other types of air conditioners. These units can also last longer than other types of air conditioners.

Sound emissions

Noise emissions from air conditioners can be bothersome for people living next to or working in the building. The noise from the compressor can raise blood pressure, interfere with sleep, and cause stress in the people living near the unit. In some cases, these noises can even lead to health problems. Not to mention that they can also create bad blood among neighbors.

Building design

Building design for air conditioning is an increasingly critical part of energy-efficient construction. Air conditioning uses large amounts of energy to cool buildings, and this energy is not renewable. To mitigate this energy use, building designers should incorporate energy-efficient features such as operable windows. These features allow the building to let in fresh air and reduce outdoor noise and pollutants. Windows should be oriented so that they take advantage of wind direction and be placed on opposite sides of the building for optimal cross-ventilation.

The development of air conditioning enabled modernist structures to rise, but it also triggered an energy and environmental crisis. As a result, environmentally conscious architects are attempting to move beyond the AC building typology. In the early years of skyscraper design, designers took classical architectural references and focused on circulating and shading air. Before the use of AC, city towers were built to provide a comfortable work environment for their occupants.