Biological consequences of environmental control through housing

Area of Science:

• Building Science
• Environmental Design
• Urban Planning

Background:

• Housing's primary function evolved from thermal control to incorporating diverse needs, causing design conflicts.
• Contemporary housing design inadequately addresses thermal performance, necessitating energy-intensive supplementary systems.
• Air conditioner exhaust exacerbates urban heat island effects, impacting city microclimates.

Purpose of the Study:

• To analyze the historical evolution of housing functions beyond thermal control.
• To evaluate the energy inefficiency of current housing designs.
• To review the influence of consumerism on domestic spaces and personal privacy.

Main Methods:

• Literature review on housing design principles.
• Analysis of energy consumption patterns in residential buildings.
• Examination of studies on domestic space, consumerism, and privacy.

Main Results:

• Housing design has become complex, often compromising optimal thermal performance.
• Supplementary heating and cooling systems in homes are significant energy consumers.
• Increased consumerism impacts domestic space utilization and the perception of personal space.

Conclusions:

• Re-emphasizing thermal control in housing design is crucial for energy efficiency.
• Addressing the environmental impact of mechanical cooling systems is necessary.
• Balancing functional demands with the need for personal space and privacy is essential in domestic architecture.