NEWS
深圳龙华华章新筑获詹天佑奖 智能建造打造全国标杆“好房子”Shenzhen Longhua's Huazhang Xinzhu Wins Zhan Tianyou Award: Intelligent Construction Creates a National Benchmark for Quality Housing
2026年10月15日October 15, 2026
近日，深圳龙华华章新筑保障性住房项目在第二十一届中国土木工程詹天佑奖评选中脱颖而出，成为全国首个获此殊荣的模块化建筑项目。这一突破不仅刷新了保障性住房建设的行业纪录，也标志着龙华在智能建造与建筑业数智化转型中迈出关键一步，为城市高质量建设提供了可复制的“龙华样本”。
近年来，龙华区围绕“数智龙华、中轴枢纽”发展战略，持续探索智能建造赋能城市建设的路径。目前，鹏宸云筑等20个项目已纳入市级智能建造试点体系，大浪文化艺术中心等18个项目累计斩获国内外各类BIM奖项30余项。从数字设计到智慧工地，再到模块化集成建造，龙华正以科技创新为抓手，推动建筑领域向工业化、绿色化、智能化全面升级。
作为此次获奖的核心项目，华章新筑位于龙华区观湖街道，由深圳市安居集团投资建设。项目总建筑面积17.36万平方米，规划5栋28至29层住宅塔楼，可提供2740套保障性租赁住房。在建造模式上，项目采用中建海龙自主研发的MiC模块化集成建筑技术，是国内首个混凝土模块化高层建筑，从土方施工进场到全屋精装交付仅用时365天，创造了全国高层保障性住房建设速度纪录。
技术层面，华章新筑搭建起全流程工业化建造体系，将70%以上的施工工序前置至工厂标准化预制生产，地上建筑主体由6028个预制混凝土模块拼装成型，是建设时期国内应用面积最大的模块化建筑项目。项目首创“混凝土模块+现浇剪力墙”新型结构体系，以全专业BIM正向设计为数字核心底座，融合智能制造、智慧工地管控、三维激光实测实量等十余项核心技术，实现建筑施工100%全维度实测实量，模块拼装精度达到毫米级标准。
绿色低碳也是华章新筑的显著标签。相较于传统施工方式，模块化装配建造使建筑垃圾排放量降低75%，项目先后获评低碳建筑、超低能耗建筑官方标识，并成功入选国家重点推广低碳技术目录，成为国内绿色低碳模块化建筑的标杆范例。这种“工厂智造、现场装配”的模式，深度契合国家高品质住房建设导向，也为保障性住房建设提供了绿色高效的解决方案。
智能建造的民生效益正在龙华持续显现。除华章新筑外，鑫岭楼项目将为近3000名硕博科研人才提供专属安居保障。从匠心筑造民生安居房到迭代升级智能建造技术，龙华以建筑领域的创新突破，为人才安居和城市能级跃升积蓄强劲动能。
可以预见，随着智能建造试点工作的深入推进，龙华在建筑工业化、数字化、绿色化方面的探索，将持续为全国同行业提供经验借鉴，也为建设高品质、可持续的城市人居环境注入新动力。龙华坚持数智技术赋能品质建造，正全力打造宜居宜业的现代化中轴城区。
Recently, the Huazhang Xinzhu affordable housing project in Longhua, Shenzhen, stood out in the 21st China Civil Engineering Zhan Tianyou Award selection, becoming the first modular building project in the country to receive this honor. This breakthrough not only set a new industry record for affordable housing construction but also marked a key step in Longhua's intelligent construction and digital transformation of the construction industry, providing a replicable "Longhua sample" for high-quality urban development.
In recent years, Longhua District has been exploring ways to empower urban construction through intelligent construction, following the development strategy of "Digital Intelligent Longhua, Central Axis Hub". Currently, 20 projects including Pengchen Yuzhu have been included in the municipal intelligent construction pilot system, and 18 projects such as the Dalang Culture and Art Center have won over 30 BIM awards at home and abroad. From digital design to smart construction sites, and then to modular integrated construction, Longhua is using technological innovation as a lever to promote the comprehensive upgrade of the construction sector towards industrialization, green development, and intelligence.
As the core award-winning project, Huazhang Xinzhu is located in Guanhu Street, Longhua District, and was invested and constructed by Shenzhen Anju Group. The project has a total construction area of 173,600 square meters, with five residential towers of 28 to 29 floors, providing 2,740 affordable rental housing units. In terms of construction mode, the project adopted the MiC modular integrated construction technology independently developed by China State Construction Hailong, making it the first concrete modular high-rise building in China. From earthwork commencement to fully furnished delivery, it took only 365 days, setting a national speed record for high-rise affordable housing construction.
At the technical level, Huazhang Xinzhu established a full-process industrialized construction system, with over 70% of construction processes moved to standardized prefabrication in factories. The above-ground building structure was assembled from 6,028 precast concrete modules, making it the modular building project with the largest application area in China at the time of construction. The project pioneered a new structural system of "concrete modules + cast-in-place shear walls", using full-professional BIM forward design as the digital core foundation, integrating more than ten core technologies such as intelligent manufacturing, smart site management, and 3D laser actual measurement, achieving 100% full-dimensional actual measurement of building construction, with module assembly precision reaching millimeter-level standards.
Green and low-carbon features are also prominent labels of Huazhang Xinzhu. Compared with traditional construction methods, modular assembly construction reduced construction waste emissions by 75%. The project has successively obtained official labels for low-carbon buildings and ultra-low energy consumption buildings, and was successfully included in the national key promotion catalogue of low-carbon technologies, becoming a benchmark example of green and low-carbon modular buildings in China. This "factory intelligent manufacturing, on-site assembly" model deeply aligns with the national orientation for high-quality housing construction and provides a green and efficient solution for affordable housing construction.
The livelihood benefits of intelligent construction are continuously emerging in Longhua. In addition to Huazhang Xinzhu, the Xinling Building project will provide exclusive housing security for nearly 3,000 master's and doctoral research talents. From meticulously building livelihood housing to iteratively upgrading intelligent construction technology, Longhua is accumulating strong momentum for talent housing and urban capacity enhancement through innovative breakthroughs in the construction sector.
It is foreseeable that with the deepening of intelligent construction pilot work, Longhua's exploration in building industrialization, digitalization, and green development will continue to provide experience for the national industry and inject new impetus into building high-quality, sustainable urban living environments. Longhua adheres to digital intelligent technology empowering quality construction and is striving to build a modern central axis urban area that is livable and business-friendly.