An Introduction To Architectural Sun Control
There are many instances when architectural sun control is an invaluable resource. Individuals who have the skills and knowledge to design buildings that harness the power are often extremely environmentally conscious. They use all their talents to incorporate both organic and manufactured materials to create comfortable living and working spaces.
The use of architecture to control the sun has been a practice performed for thousands of years. In areas where there is severe heat and arid climates, the buildings had to be able to repel heat and maintain a comfortable temperature for the residents. Many people have found that utilizing some of these same techniques has resulted in energy savings and enhancement of the environment.
When a home has been architecturally designed for the sun, the windows will not face direct sunlight. Windows absorb a great deal of heat. This heat increases the temperature in a room. When the heat is dispelled in the windows, the insulation around the windows becomes hotter. Reducing or changing the style of the windows that are used on sunny sides of a building can help to reduce energy costs.
Incorporating the use of solar panels in new buildings reduces the cost for gas and electricity. This use of the power of the sun provides an effective method for cooling a space and using the sun to reduce its affect on the interior of a home. An individual may design a home more efficiently when using solar energy to decrease both the type of windows that are used in the space and the energy consumption within the space.
Many homes that do not need direct light in each area have limited direct lighting. This further reduces energy consumption. By using the sunlight during the day, those rooms and spaces receive the amount of light that is required when they are in use.
A building that is not designed correctly can quickly decay under the suns' pressing heat. These buildings tend to crack and become less energy efficient after a few years. Architects to research and study the effects of the sun on structures are able to create designs that will withstand both the sun and arid temperatures that accompany it.
In most hot climates, architects will include an exhaust fan in the attic of a space that automatically is activated when the temperature rises. This fan blows the hot air from the building before it reaches the inhabitants of the structure. Using this technique helps to maintain a constant temperature throughout the building and keep the walls of the building from becoming overheated.
Tinted dual pane windows are also incorporated often when building in heat. Many of these windows are designed with heat resistant tints that repel the sunlight. In addition, the dual pane glass absorbs any heat that occurs during the day. Heat resistant exterior blinds are also used to add further insulation to the window and maintain temperatures.
Architectural sun control often requires special skill sets and knowledge that is not commonly known. The individuals who design homes for these types of conditions often have developed techniques to incorporate organic materials into the home's sun control design that will reduce the heat levels that can occur in a hot climate.
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