Architecture project // Passive Cooling Through Wind Towers Enhanced by Textured Concrete and Natural Timber

Passive Cooling Through Wind Towers Enhanced by Textured Concrete and Natural Timber

Author:

Piotr Karabin

Utilizing passive cooling through strategically designed wind towers and a textured concrete façade, this residence integrates natural timber elements to create a comfortable and environmentally conscious living space.

5 key facts about this project

Utilizes traditional wind towers to enhance natural ventilation and reduce reliance on mechanical cooling.

Incorporates textured concrete as a primary façade element for increased thermal mass and aesthetic variation.

Features an innovative layout that integrates private spaces with open communal areas to foster social interaction.

Employs natural timber elements, including plywood boards, for interior partitions that allow flexibility in space usage.

Includes photovoltaic solar panels integrated into the design for energy efficiency and sustainability.

General keywords

dubai residential sustainability ventilation wind towers courtyard concrete timber outdoor modernity

Project specific keywords

windcatcher solar panels courtyard garden passive cooling extruded concrete textured finishes interior partitions ventilation shafts cultural heritage environmental integration

## Project Overview

Located in Dubai, United Arab Emirates, the Wind Tower House is designed to reflect the region's rich cultural heritage while accommodating modern residential needs. The architectural approach emphasizes traditional Emirati motifs, particularly the wind tower, a historical feature known for its passive cooling ability. This design aims to create a dialogue between historical architectural practices and contemporary living.

## Spatial Organization

The layout of the Wind Tower House is structured around a central axis, which serves to enhance both functionality and aesthetics. Upon entry, guests are received in a lobby that effectively delineates between private and communal spaces, ensuring a thoughtful circulation throughout the residence. The private quarters, comprised of bedrooms and amenities, are strategically positioned on the first floor to maximize privacy while maintaining convenient access to shared areas. Additionally, the incorporation of outdoor yards and gardens fosters a connection with nature, which is particularly significant in the local climate.

## Materiality and Sustainability

The material selection embodies a balance of traditional aesthetics and modern sustainability practices. Concrete is employed for its structural durability and minimal upkeep, while timber adds warmth to the interior spaces. Plywood boards are integrated for design flexibility and complement the walls, further reinforcing the project's commitment to cohesive architectural forms. Photovoltaic solar panels are installed on external surfaces to enhance energy efficiency. Traditional render finishes link the design to the regional vernacular, creating a cohesive sense of place. Notably, the wind towers not only serve as visually distinctive elements but also facilitate natural ventilation, reducing reliance on mechanical cooling systems. The integration of shading devices and blinds manages solar heat, contributing to the overall energy efficiency of the home.

These features collectively highlight the Wind Tower House's commitment to sustainability and cultural relevance, establishing a forward-thinking residence that honors its contextual roots.