Smart Buildings – The Future is Now In 2019

Smart Buildings – The Future is Now

Smart buildings – Since the Industrial Revolution, it has been a goal of architects to create buildings and homes. That can automatically adjust and respond to the people inside and the environment outside. These functions of these intelligent buildings were originally conceived for the purpose of making life easier for the inhabitants. But over time, advances in modern technology has seen these once dreamed of features become reality.

Smart Buildings System

The rapid growth of suburbia after World War II created a boom of homes that incorporated energy-efficiency in their design. During the computer age of the late 1970’s through the 1980’s and 90’s. It became possible to control certain functions of a home through a central, remote location. At present, these energy-efficient building practices combine them with materials and building techniques that are environmentally friendly. As well as a building management system that reduces energy consumption and improves the quality of life of its inhabitants.

A smart buildings works efficiently

A smart buildings works efficiently to control air quality and temperature, maximizing its output of clean air, while minimizing the amount of environmentally harmful byproducts. Using as little energy as possible, or creating its own sustainable energy through the use of solar panels or wind turbines, an intelligent facility can store excess electricity for future use or sell it to the power company to aid in the electrical needs of the community.

Using building materials that produce it locally reduces transportation vehicle emissions. Some new construction materials require very little cleanup, resulting in less waste for our landfills. Other construction needs such as adhesives and insulation also make it more environmentally friendly by reducing the amount of toxins that have ever been contained.

Part of living or working in a smart building

Part of living or working in a smart building is having the facility immediately respond to your needs. A facility’s subsystem can learn the lifestyle and behavior of its occupants and, over time, can respond automatically to adjust the indoor environment to his or her liking. For example, someone who always adjusts the thermostat to a certain temperature at bedtime. And again when they wake up in the morning, can have that action “learned” by the subsystem and it will work to adjust the air temperature at those times. Even something as simple as turning on the television when you get home can the program architect become a smart building. Other more extensive examples include a building that can sense seismic activity, such as a small earthquake. And perform a computerized structural assessment to predicatively compensate for any vulnerability.

Building management systems can sense the movement in a facility and can monitor temperature spikes. (As in a fire or something about to catch fire), chemical leaks, mechanical breakdowns, etc. All of this they can do wirelessly, even though the wifi system is easy to install and requires very little in terms of installation and maintenance.

Technological advancements have made our lives very easy and allowed us to get things done quickly and more efficiently. Our living and working facilities have benefited from these technological breakthroughs, and as a result, so has our environment.

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