市場調查報告書
商品編碼
1362923
美國模組化施工方法市場規模、佔有率、趨勢分析報告:按按產品、材料、用途和細分市場預測,2023-2030U.S. Modular Construction Market Size, Share & Trends Analysis Report By Product (Relocatable, Permanent), By Material (Wood, Steel, Concrete), By Application (Residential, Commercial, Industrial), And Segment Forecasts, 2023 - 2030 |
Grand View Research, Inc.最新報告顯示,2023年至2030年,美國模組化建築市場規模預計將以7.8%的年複合成長率成長,2030年達到191.7億美元。
這是由於美國建設產業擴大採用偏置施工。
隨著新技術和材料的引入,美國建設產業正在迅速變化。產業進步的例子包括模組化和場外施工、自癒混凝土、熱橋、太陽能光伏發電釉藥、動態腳步、動態載入、預測軟體、3D 建模、雲端協作和資產映射。
隨著嬰兒潮世代退休和千禧世代轉向其他職業,不斷發展的建設產業可能面臨技術純熟勞工短缺的問題。此外,外國出生的建築工人數量的減少預計也會對技術純熟勞工的供應產生負面影響。為了解決勞動力短缺問題,該行業正在轉向模組化建造、預製化、組裝式建築等異地生產方式。這些結構比傳統鋼骨建築具有顯著的優勢。
模組化建築的製造過程從考慮技術規格的結構設計開始。建築師和工程師使用 StaadPro、AutoCAD、MBS 和 Tekla 等軟體來設計預製結構。一些製造商使用內部建築師和工程師來設計模組化建造方法,而其他製造商則從第三方供應商建築師和工程師那裡接收設計。在生產開始之前,設計將發送給客戶以獲得核准。模組化組件在受控的場外環境中構建,同時進行平整和挖掘。模組完成後,將運送到最終地點。
模組化建築在工人安全、品質和永續性方面改變了建築業的遊戲規則。我們融合了各種創新的先進建築材料、3D 列印技術和新的組裝技術。場外建造的第一部分結構體積建造,包括吊艙建造和模組化建造方法。該技術允許預製重型 3D 結構,例如住宅和房間。
第二部分是鑲板建築,工廠生產用於地板、木瓦和牆壁的平板。現代商業建築使用這種技術來安裝隔間和支撐構件。因此,各種新興企業正在提供模組化建造解決方案來取代傳統的建造方法。
The U.S. modular construction market size is expected to reach USD 19.17 billion by 2030, growing at a CAGR of 7.8% from 2023 to 2030, according to a new report by Grand View Research, Inc.. This is owing to the growing adoption of off-set building practices in the U.S. construction industry.
The U.S. construction industry is witnessing rapid changes with the introduction of new technologies and materials. Some of the advancements in the industry include modular or off-site construction, self-healing concrete, thermal bridging, photovoltaic glaze, kinetic footfall, kinetic roads, predictive software, 3D modeling, cloud collaboration, and asset mapping.
The growing construction industry is likely to face a shortage of skilled labor owing to the retiring baby boomers and millennials opting for other professions. In addition, a decreasing influx of foreign-born building workers is projected to negatively influence the availability of skilled workers. To address the issue of labor shortage, the industry is moving toward off-site production methods such as modular buildings, prefabrication, and pre-engineered buildings. These structures offer substantial advantages over traditional steel buildings.
The manufacturing process of modular buildings starts with the designing of the structures by considering the technical specifications. The architects and engineers design prefabricated structures using software such as StaadPro, AutoCAD, MBS, and Tekla. For designing modular structures, some manufacturers have in-house architects and engineers whereas some get designs from third-party vendors' architects and engineers. The designs are sent to the customers for approval, after which the production is initiated. Module components are built in a controlled offsite environment while conducting grading and site excavation at the same time. After the completion of modules, they are transported to the final site.
Modular construction transforms the building industry, in terms of worker safety, quality, and sustainability. It incorporates a range of innovative advanced building materials, 3D printing technology, and new assembling techniques. The first part of offsite building comprises volumetric construction, which includes pod and modular construction. This technique permits the prefabrication of heavy 3D structures such as homes and rooms.
The second part involves panelized construction, under which the factory manufactures flat panels for use in floors, roof panes, and walls. Modern commercial buildings use this technique to install partitions and support elements. Therefore, various start-ups offer modular construction solutions to replace conventional building methods.