Nestled within a close-knit community in Petaling Jaya, Malaysia, is an impressive three-bedroom residential establishment hinged on the concepts of permeability, lightness and sustainability. The one-of-a-kind architectural testbed offers 3,300 square feet of living area based around common areas analogous to a village design.
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Lead architect Tang Hsiao Seak of Tangu Architecture brought this idea to life in a city known for its architectural innovation. The building has been redesigned based on biophilic concepts. While stemming from a minimalist approach, the project’s structural engineering focuses on lightness. The design aims for a reduced carbon footprint and weight.
To achieve the ambitious target, the developers applied purposeful materials to a thoughtful design. Permeability and ecological sustainability combine for a well-ventilated living space with a rustic, natural look. Meanwhile, a focus on lightness led to the use of light materials to reduce the building’s structural weight. At the same time, these materials are durable and functional.
For this project, the designers had to think outside of traditional building materials. They also prioritized materials with the lowest embedded energy. To this end, clay drain channels were used for planters and a lightweight green roof. Almost every part of the building is permeable. The designers sought to achieve permeability in three key areas: air, light and water movement.
Water flow is central to the greenery indoors and outside. Water harvesting starts on the roof, where the collected water is transferred into holding tanks. It then travels to permeable planters, where it waters indoor plants before traveling to an underground holding tank. Natural solar heating systems help warm water for the home. The system also supports a fish pond, natural treatment system and continuous water circulatory system where used water loops back to the rooftop holding tanks to start the process all over again.
Images via Tangu Architecture
Permeability and lightness combine in this biophilic design is written by Bonface Landi for inhabitat.com