HVAC is a specific branch of mechanical engineering, as well. As a technology, it is the result of technology that originated in the recent past of human history. The use of HVAC has played a role in the ability to make larger buildings, for the purposes of business as well as general production, as control of air temperature is necessary to provide a comfortable atmosphere and therefore increase productivity.Do you want to learn more? Visit Bulldog Air Conditioning & Heating.
After the Industrial Revolution in the 19th century, and the spread of electrical technology in the early 20th century, the management of production in capitalist economies began expanding a rapid pace. Factories and skyscrapers grew larger, and the need to regulate temperature, combined with the availability of the technology to do so, allowed for the control of air temperature to be installed in buildings, and larger buildings to be created. Investment Over time, buildings located in climates that required air control technology were built larger and larger, allowing for the expansion of production and the re-investment of capital into increasingly larger buildings. This economic feedback loop is a process that continues today as innovations occur in the area of technology.
While the existence of HVAC systems is the result of numerous scientific discoveries and advancements, the field of thermodynamics is of great importance. Many scientists contributed to thermodynamics, but one thinker in particular provided a key concept required for this technology to exist. Nicolas Léonard Sadi Carnot was a French scientist and engineer who elaborated his theory of the Carnot cycle, which is a theoretical construct used to make temperature control as efficient as technologically possible.
The practice of heating buildings originally began much earlier in human history. Ancient Romans had heated air ducts in their buildings, and indoor heating has been a hallmark of Western civilization ever since. Air conditioning, on the other hand, requires the invention of refrigeration, which came after the discovery of thermodynamics.