Modern life is incomplete without refrigeration and air conditioning. Both of these systems are fairly different, though their very basis is dependent on the principles of thermodynamics for the control of temperature.
Purpose and Applications
Preservation by keeping things at a persistently low temperature is the main work of refrigeration to prevent items from spoiling and to protect temperature-sensitive things such as medicines from getting spoiled. The most commonly known thing that pertains to refrigeration systems is refrigerators and freezers, which have long-term preservation due to maintaining temperatures significantly below the ambient level.
Air conditioning, on the other hand, is used to enhance human comfort by the cooling and dehumidifying effects on the air inside the building. Air conditioners are generally employed in buildings, offices, and vehicles to regulate temperature effects, improving air quality and making an environment comfortable. Refrigeration has a different purpose altogether because it doesn't aim to create a livable atmosphere but rather to store and preserve items.
Temperature Range and Control
The temperature range is the most essential difference between refrigeration and air conditioning: refrigeration is set to temperatures around -20°C to 10°C, depending on the process being applied; and such lower temperatures need to be as tightly controlled to create optimal storage conditions.
In contrast, air conditioner systems work within a higher temperature range, usually between 16°C and 30°C. Their main objective is to cool the air down to a comfortable degree for human use instead of reaching the dramatic extreme temperatures for preservation.
System Design and Components
Though they share a few parts, including compressors, condensers, and refrigerants, air conditioning systems are essentially different in design and operation compared to refrigeration systems. Refrigeration systems construct their design for energy discharge in small, enclosed spaces, such as refrigerators or walk-in freezers; the primary purposes of insulation and energy efficiency are to maintain low temperatures.
A more significant space also requires air conditioning, but it has other supportive features, such as air filters that help circulate air and promote ventilation over the entire area for even cooling.
As refrigeration and air conditioning in EI, Cajon, are dedicated to different work ranges, system design, and application, it is important to understand the differences to make informed choices when using one over another. Being able to appreciate this technique makes one appreciate the technology applied in these systems.
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