We all love huge windows that have a spectacular view. However, some allow lighting that brings in high temperatures and a lot of heat. Solar shading in architecture is essential as it gets rid of direct sunlight for energy-efficiency and keeps temperatures down.
The aspect of the shading device is significant to maintain energy-efficient building design plans. Especially for buildings that require daylighting or passive solar heating, they keep on reaping the benefits of huge windows. Solar shading reduces heat gain and glare for a building to remain comfortable and relaxed.
Solar shading is vital for commercial buildings to help lower energy cost and are provided by specialists like Smartlouvre. The glare-free light provided lowers the amounts of light needed when it’s daytime. Sensors are equipped in those buildings to dim or turn off when there are natural lights.
Types of Solar Shading
Solar shading in architecture has different applications that come in various forms. You’ll come across the solar shading fixed on your windows, the facade of the commercial buildings; others stay put throughout as others will adjust to the angle of the sun.
Note that the building’s design, the budget and extent of any renovation done, and the space that requires solar shading will determine the sort of shades that will be most effective.
Fixed solar shading
The fixed solar shading has architectural features purposed to block or reflect sunlight. For the static solar shading, you should note the sun’s path and direction through the day and season to help you optimize how effective shading will be.
This type of shading functionality is practical on the building’s facade and offers a visual character and appeal if the design is appropriately incorporated.
One form of fixed solar shading is known as Architectural canopies. It has multiple applications, from walkways and doorways to windows. They are an integral part of every building’s design. For architectural features, the sunshades are meant to last.
Dynamic solar shading
On the other flip of the coin, we have a dynamic solar shading that changes day in day out and in the year to react to the sun’s strength and angle. These types of applications are usually interior features that provide robust thermal performance.
When automated, the dynamic shades are especially more effective in shared spaces whereby people hardly tend to that environment on behalf of others.
Shade fabrics are one form of dynamic solar shading. It is an excellent solution to various ways of solar shading. Since these automated solar shades are an internal feature, the designer should specify the materials and hues used. It ensures the architects have the correct visual and functional properties for the building. Note that the style, weave, and color of the windows are essential factors you should consider.
In a nutshell, solar shading is beneficial for commercial buildings. It combats heat gain; you no longer require air conditioning, among others mentioned above.