Bernaung的意思是庇护的行为，这正是热带地带居民的DNA，早在我们接受房子的概念之前就已经印在了他们的内心。这个名字强调了在热带地区生活是多么的容易，而达到可持续发展无非是用最少的能源实现舒适。设计是为了重新安排用户在一天中的所有活动，并将其作为一个循环在盘旋在其上方的巨大屋顶内。中庭作为房屋的中心，既是视觉方向，又是风的烟囱，以确保自然通风的交叉和叠加效果。
Bernaung means the act of sheltering, the very DNA that was imprinted within tropical belt inhabitants, long before we embraced the concept of a house. The name emphasizes how easy it was to live in the tropics, and that reaching sustainability is nothing but achieving comfort with the least energy required. The design was to rearrange all the user’s activity during the day and cycle it into as a loop within a giant roof hovering above it. Atrium as the center of the houses acted both as a visual direction and wind chimney to ensure a cross and stacked effect for natural ventilation.
该设计以对角线方式横跨场地，目的是在视觉上连接四面拉长的花园，并能在建筑的两端看到天空。该设计是为了从内部框住周围的绿色植物，并在唐格朗繁忙的城市环境中制造出更宽敞的花园住宅的错觉。屋顶的内部天花板用单色木材覆盖，在白天作为一个开放的画布，用于自然的影子游戏，并在夜间作为一个外墙，在内部空间中框架照明元素。
Stretched diagonally across the site, the design was intended to visually connect the garden elongated on all sides and to be able to see skies in both endings of the building. The design is to frame surrounding greeneries from within and make the illusion of more spacious garden houses within the busy urban context of Tanggerang. The internal ceiling of the roof was clad with monochrome timber that acted as an open canvas for natural shadow play during the day, and to frame the lighting element within internal spaces as a façade for the nighttime.
建筑物被旋转以实现南北朝向，以优化自然光，同时最大限度地减少进入建筑的热量，屋顶的中心点–被减去天窗和通风以释放热空气–也被扭曲，将直接热量从西北方向垂直渗透到中庭中。在一个带夹层的单层住宅的大跨度结构上的实验被选择来证明在400平方米的场地内创造一个小气候的重要性，该场地被密集的重复性的开发商房屋包围。
The building was rotated to achieve total north-south orientation to optimize natural light while minimizing heat exposure entering the building, roof’s center point-which was subtracted for skylight and ventilation to release hot air- was also twisted, moving direct heat from north-west penetrating vertically to the atrium. An experiment on a wide-span structure for a single-story house with a mezzanine was chosen to demonstrate the importance of creating a micro-climate within as little as 400 sqm site packed in dense repetitive surrounding developer houses.
填充了多层斜墙，并夹在微型花园内，设计是为了优化圆形的被动设计–玩弄不同的空气开口和气压水平，以及一天中不同时段的光线游戏–这是居住在热带地区的优势，以最少的能源实现舒适，作为RAD+ar在东南亚推广更多低能耗住宅原型的一个希望。
Filled with layers of diagonal walls and sandwiched within micro gardens, the design was to optimize the rounded passive design – playing with different air openings and levels of air pressure, and light play in the different hours of the day- which are the strength of living in tropics to achieve comfort with the least energy as a hope for RAD+ar to promote more low energy residential prototype in Southeast Asia.
Architects: RAD+ar (Research Artistic Design + architecture)
Area : 400 m²
Year : 2022
Photographs :William Sutanto
Manufacturers : Asahi Glass Company, Daikin, Mulia, Toto
Lead Architects : Antonius Richard
Contractor : PT. Kaliabang Jaya Pratama
Structure Engineering : PT. Kaliabang Jaya Pratama
Design Team : Antonius Richard, Daniel Susanto, Partogi Pandiangan, Leviandri, Felda Zakri
Contractor & Structure Engineers : Handri Winata, Harry Winata
City : Tangerang
Country : Indonesia