The central pool and perforated stone walls form a quiet corner with a natural cooling system, which exists thanks to the wind.
Stone walls have another advantage: They accumulate heat accumulated during the hot day, so even on cool nights in this cozy corner of the world it won’t be cold.
Professionals at Shubin + Donaldson Architects extended the roof to provide shade from the sun on the veranda.
From the outside, this amazing house in Las Vegas catches the eye with its strange triangular panels on the second floor.
You can’t miss the transformation of this cottage in Hawaii, thanks to the majestic tree on the patio. A vase in which a tree grows is also a bench.
Green Greenberg is a luxurious two-story Los Angeles mansion with a marvelous patio, but its main feature –is the roof photovoltaic panels mounted on a steel grid.
Tollot&C in Miami with moving parts. For example, this outdoor porch can be shaded by a retractable awning.
A striking decor – a light canopy on a wooden frame shading not only the house but also the terrace.
Now, if you decide to build a cottage in the South, you know what you need to put in the design to enjoy the sun all year round!
What are the key features of modern architecture that allow for effective passive climate control?
What are some of the key features of modern architecture that allow for efficient passive climate control in buildings?
Some key features of modern architecture that allow for efficient passive climate control in buildings include the use of proper orientation and site planning to maximize natural daylight and ventilation. This involves incorporating large windows and designing buildings in a way that takes advantage of prevailing winds for natural airflow. Additionally, effective insulation and the use of energy-efficient materials help to maintain comfortable internal temperatures. Passive solar design techniques such as shading devices, overhangs, and light-colored roofs are also employed to reduce heat gain in hot climates and maximize solar gain in colder climates. Lastly, the integration of green roofs and living walls not only provide insulation but also contribute to natural cooling and improved air quality. These features collectively reduce the reliance on mechanical heating and cooling systems, leading to energy efficiency and lower environmental impact.
Modern architecture incorporates key features that promote efficient passive climate control in buildings. Proper orientation and site planning maximize natural daylight and ventilation, while large windows and strategic design take advantage of prevailing winds for airflow. Insulation and energy-efficient materials help maintain internal temperatures, while passive solar design techniques reduce heat gain in hot climates and maximize solar gain in cold climates. Green roofs and living walls provide insulation, natural cooling, and improved air quality. By reducing reliance on mechanical heating/cooling systems, these features enhance energy efficiency and lower environmental impact.