Infinity 이동식 주거 유닛 by A.l.p.s is a highly esteemed winner of the very prestigious 2024 A' Design Award 동상 in 건축, 건물 및 구조물 디자인 Competition Category.
동건축· 2024
Infinity 이동식 주거 유닛
by A.l.p.s
Client: A.l.p.s
A' Design Award 동상 Winner in 건축 Category
Verified Award Winner
Verify Award Status for #157337The Design
About Infinity 이동식 주거 유닛
인피니티(Infinity)는 자연 환경 속에서의 생활을 위해 설계된 이동식 주거 유닛입니다. 각 유닛의 크기는 6.7 × 6.7 × 4.3미터입니다. 신축이 가능한 금속 골조는 운송 시 콤팩트하게 접히며 다양한 지형에 맞춰 조절할 수 있어, 유닛이 한 장소에 고정되지 않습니다. 항공기 등급의 알루미늄 패널을 적용해 영하 5도에서 영상 40도에 이르는 온도 범위에서 사용할 수 있습니다. 경량 2차 구조체는 중장비 없이도 조립이 가능하도록 합니다. 바닥부터 천장까지 이어지는 창과 데크 요소는 실내 공간을 주변 경관과 연결합니다.
The Recognition
About the A' Design Award 동상
Infinity 이동식 주거 유닛, 이 작품은 A' Design Award 동상 수상작으로, 창의성, 독창성, 영민함으로 돋보이는 뛰어난 디자인에 수여되는 높은 권위의 인정입니다. 동상 수상작은 충분히 숙련되고 인상적으로 창의적인 작품으로, 디자이너의 폭넓은 경험, 상상력, 기지를 입증합니다. Infinity 이동식 주거 유닛, 이 작품은 높이 평가받고 감탄과 사랑을 받는 사물로서 두드러지게 전문적이고 혁신적일 것으로 기대됩니다. 이 동상 수상 디자인은 예술, 과학, 디자인, 기술의 모범 사례를 담고 있으며 세부에 대한 주의로 훌륭합니다. Infinity 이동식 주거 유닛, 이 작품은 필요를 훌륭하게 충족하고 욕망에 닿으며 감정을 매료하고 호기심을 불러일으킵니다.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- The retractable skeleton developed by our own team brings convenience during transportation and construction process. The skeleton is also flexible, which its shape can be adjusted according to different terrain, and sits lightly and elegantly on the site. Therefore, it is not limited to being fixed in a certain location. With customized exterior components and facade materials, the adaptability of the unit is achieved and the comfort of the living environment is ensured.
- Dimensions & Packaging
- 6.7m x 6.7m x 4.3m Per Unit
- Tags
- Architecture, Nature, Minimalism，Steel Structure,Prefabricated House
- Production Technology
- The design aims to create a rapid construction method that can quickly construct buildings with the help of a deformable and portable metal skeleton main structure. Moreover, the use of the aircraft grade aluminium panel allow the unit to withstand a wide temperature range from -5 to 40 degree. Thus, not only the layout planning can be done according to the local condition, but also rapid construction of buildings can be accomplished, provides good cost-effectiveness and high quality of living.
- Design Challenge
- To widen our facade choices, we tried materials such as soft fabric and aluminum panels. When making the aluminum panel version, because the overall weight increased, an outer secondary skeleton is added to ensure a smooth and secure installation. The suspended ceiling is a single-point fixed support structure with a weight of 80kg, and it needs to be hoisted at one time. Therefore, an octagonal component was developed by our design team to ensure structural strength and accurate positioning.
- Inspiration
- In modern society, the rapid development of cities and increasing population has made more people to leave the city and go towards the nature.Base on this phenomenon, we hope to design a lightweight, mobile and ecological buildings that can adapt to different climates and environment conditions and provide a new solution for future residences. Its skeleton can sit lightly on the site and will not leave any impact after the end of its life cycle, ensuring the balance of the local ecology system.
- Project Duration
- The project started in March 2024 and finished in December 2023. The project location is Guangzhou, Guangdong Province, China
- Operation Flow
- Some secondary lightweight structures are added to the main skeleton to help construction without the need for heavy machinery. Paired with decking components and huge floor-to-ceiling windows, it subtly blur the boundary between inside and outside, helps residents to experience nature in all directions. Different materials such as mirror can also be used as facade, which could make the building "invisible" and truly integrate into the surrounding environment.
- Team Members
- Jie Tang, Wenbiao Du, Donglai Zhou, Qiuwen Wei, Qiuliang Lan, Weiying Wang, Tian Zhen
- Image Credits
- Jie Tang, 2023
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