The Open Source & Transformable Mobile Prefabricated Micro House Group with Self- Sufficient System Solution (I)
開源與可變型移動式裝配型微型房屋自足體系解決方案 (I)
By Anqi Yang
Key Words
open-source architecture, modular building, open design, prefabricated architecture, sustainable architecture, micro-housing, co-housing, mobile housing, self-sufficient habitats, experimental architecture, transformable architecture, industrial design, residential and hotel, personalized design/manufacture, the experience economy
關鍵字
開源架構,模塊化建築,開放式設計,預製建築,可持續建築,微型住房,共同住房,移動住房,自給自足生存體系,實驗建築,可變式建築,工業設計,住宅和酒店,定制化設計/製造,體驗經濟模式
Background/Argument
In the past several years, architectural design methods have been influenced by the latest technological achievements in a variety of fields-Big Data, VR, IOT, AI, online business, mobile internet, and personalize project development. There is no doubt that the architectural design industry will continue adapting to the internet business models and techniques widely and deeply. While, if we turn our focuses from the architecture design field to the other fields like the real estate industry, it proves that the statement is almost incorrect in reality. The facts are that the architecture design industry didn't occupy the market as public images normally, in contrast, the majority of the architecture and buildings projects over the world are developed and built by speculators and individuals, which means there is a huge number of building projects are manufactured and reproduced all the time. In this point, the architecture industry is far behind the IT industry. Fortunately, many companies and institutes started out a diversity of solutions, and the same manner is to give their clients more authority on personalizing on the design and construction process.
In the past two decades, the Internet-led high-tech personal computers and mobile smart devices have dominated the world's personal consumer market; in the meanwhile, the Internet products and a variety of architectural applications have occupied market-dominating position, that is, the equipment defined by the software applications rather than the hardware itself, which means the core section is all about the user experience. As an illustration, in the interactive design field heavily focuses on the interface style, modules design, and operation processes. One typical example is the Android operation code, which is released in an open-source format, with Google indicating that it prefers the development of open standards. With the open-source format, software and application developers can use Android to develop mobile apps, which are sold through app stores.
It is noteworthy that the previous Pritzker Architecture Prize award-winning works reflect the contemporary and the evolution of modern architecture development direction objectively, especially in recent years, winning works, in fact, are temporary architecture projects, which are built by the recyclable and removed materials and structural systems. The award-winning projects partially reveal the contemporary and future living habitat hidden ideas and impulses. In the further steps, with highly integrated contemporary techniques and life philosophy, emphasizing the experience of the economy, participatory, personalize, and openness, the development of the living habitat project makes use of features of the Internet of things, large data, artificial intelligence, virtual reality, and 3D Print digital manufacturing. The management method could refer to the hotel operation models rather than the traditional real estate management model, which is not friendly to the customers.
The main task for this exploration of the project is to quest the efficient and valuable methods for the integration of the branch of technologies and new ideas. The exploration of the project is not intended to solve a specific commercial, political or social issue, on the contrary, as the project name, which proposed a series of open-ended propositions; the scope of the application is ambiguous and uncertain. The prototype of the project was transplanted from the early years of Japan's metabolic building models. In this new vision, the project combined with industrial design and engineering design, the Internet, open architecture design platform, artificial intelligence, and Internet business management model combined to its entire life cycle of maintenance management.
當前的建筑設計已開始置於這個全球去中心化的社會發展浪潮中,移動互聯網、人工智能、物聯網、虛擬現實、大數據等個人化虛擬化和制定化早已經滲透到人們生活方方面面,建築業也絕不例外,互聯網和新科技已經深刻的影響到這個行業的方方面面。互聯網商業模式經過多年的發展,如今已經形成了一個極為龐大的網絡交互體系。在過去的將近二十年裡,由互聯網高科技主導的個人電腦及移動智能設備一直主宰著世界個人消費市場,與此同時,互聯網產品軟體和各種架構應用應運而生,成為真正主導個人智能設備市場走向的力量,即設備由軟體應用定義、詮釋、更新換代,硬件卻不那麼重要,重要的是核心部分,就是體驗的那部分。
比如在交互設計極為重視界面的風格、模塊和流程非常細致的方方面面,同樣的基於安卓平台開發的應用軟體,針對不同的客戶群體,卻有那麼多不同的體驗設計,雖然大體風格並無多大差異,但商家的競爭一定是在細節處理上下極大的功夫。這種體驗消費模式,同樣的在建築上的重要性凸顯,這種體驗甚至是從消費者開始構想到其終生。本質上,這裏需要做的不僅局限於延續與發展當代建築理論,更是要結合計算機網絡工程電商的思想與實踐方法。
值得註意的是,歷屆的普裏茲克獲獎作品都非常忠實的反映出當代世界對於現代建築的演變發展方向,尤其是最近幾屆的獲獎作品都是臨時建築,是運用可回收材料可拆除式的結構來建構。結合當代的技術與生活理念,強調體驗經濟,制定化服務,參與性,多元性,開放性,還有以科技為依托的互聯網商業模式、物聯網、大數據、人工智能、虛擬現實、3D打印數字制造、新材料等等。管理上,可以盡可能的結合酒店式物業管理模式,摒棄傳統的繁瑣而對於消費者並不友好的傳統房產管理模式。目前技術層面來看,從設計到工程的客觀條件等這些因素都不缺乏,更不缺乏行業對高科技的成功運用的經驗,況且它們都在當下已經有了長足的發展,而相對而言缺乏的是如何將新的理念與諸多的技術有效有經濟社會價值的整合起來。
再提到聯合國人居署的實踐例子,幾乎所有的居住類建築 - 尤其是那些可負擔可持續的綠色居住建築保護都非常依賴於當地的技術,經濟狀況,產業商業規模,工藝和地域文化;而這些建築也非常深刻的反應出特殊的文化符號與文脈建築的裝飾,材料的搭配,風格與形態,結構 等都有體現。這對完全希望通過整體裝配式建築生產者以及那些過分強調商業運作的房地產商有一個極具價值的指導意義。差異化,藝術性,深入每個住宅單元體的細節,通過生命週期間不斷地微調,恰可解決了一些關於傳統建築的問題比如過於單調、缺乏變化的建築產品。預製建築本身就是技術與生產水平的進步表現,其意義在於,預製化建築是經過簡化了的類似項目,那麼就要避免構件複雜繁多,耦合匹配度低,不能兼容,替換複雜代價高難度大,修理難,拆卸回收率低的問題。
所有的這一切,為建築體驗模式埋下了堅實的基礎。而該項目並不是要解決一個具體的商業、政治或社會問題,相反,正如項目名稱一樣,是提出了一系列開源性的命題,適用的範圍與邊界具有模糊性和不確定性。這種結合體移植於早年日本的新陳代謝建築模式,放在當今的視野,結合了工業設計和工程設計,也必然和互聯網、開放建築設計平台、人工智能等技術及互聯網商業管理模式結合到其策劃設計到建造維護管理的生命週期全過程。