China State Construction International Holdings Limited(“China State Construction International” or the “Group”, stock code: 03311) has actually regularly pursued a separated competitive technique powered by innovation. By placing advanced innovations such as AI as core differentiators that set it apart from market peers, the Group continues to increase financial investment in 2 frontier innovation locations: Modular Integrated Construction (“MiC”) and Building Integrated Photovoltaics (“BIPV”). Through technological development, the Group is driving its own advancement and the larger market’s change towards green, industrialised, smart and internationalised development, while constructing brand-new momentum for long-lasting advancement.
MiC Smart Construction: AI-Driven End-to-End Process Upgrades and Steady Expansion into Overseas Markets
In the field of MiC, leveraging the smart construction-MiC “assembly and combination” innovation individually established by its subsidiary China State Construction Hailong, the Group has actually embraced the C-SMART Smart Construction Platform to deeply incorporate AI into its production procedures. Amongst its developments, the HyPA smart raising robotic, collectively established by China State Construction Hailong, The University of Hong Kong and The Hong Kong Polytechnic University, represents an industry-leading innovation. Information from several tasks reveal that MiC innovation can reduce building durations by 50% to 75%, minimize building and construction waste by 70% to 80%, and lower the factory problem rate of modules by around 80%, showing that the Group’s AI-driven building and construction effectiveness considerably exceeds standard designs.
The C-SMART platform is likewise continuing to broaden a series of specialised AI applications, forming a multi-scenario innovation matrix. Its AI fire assessment and approval system enhances evaluation effectiveness by 30%; the Zhitu Ronglian drawing contrast system increases illustration analysis effectiveness by 64%; Skeye has actually been used in more than 10 jobs in Hong Kong for assessments of high-risk operations; and AI façade evaluation has actually compressed the evaluation cycle for a 20-storey structure from 12-15 days to simply 4 hours, with a precision rate going beyond 95%.
The Group’s MiC wise building and construction innovation has actually likewise effectively broadened into abroad markets, advancing progressively with a light-asset, low-risk internationalisation design based upon “intellectual accomplishments” and “standardised items”. The Group has actually gotten in-principle pre-approval from Dubai Municipality for MiC, ending up being the very first Chinese business to get such credentials in the Dubai market. This shows the worldwide acknowledgment of its MiC innovations and requirements, and lays a structure for future massive abroad growth.
BIPV Building Integration Photovoltaics: AI Breaks Through the Limits of Traditional Construction
With AI-enabled BIM modelling, smart annotation and CNC processing, the Group’s subsidiary Far East Façade effectively carried out the Shenzhen OPPO Building, the world’s most tough hyperboloid exterior job. The exterior makes up 20,280 distinct glass panels, with the biggest hyperboloid system covering a location of 56 square metres and weighing 16.5 tonnes. The Group managed the accuracy of irregular elements to within 3 millimetres, a level of precision seldom seen in the market. On the building side, AI tracking and accident detection early-warning systems, together with the “Digital Far East” platform, allowed full-process imagined management, completely showing the Group’s distinct ability to utilize AI innovation to conquer the constraints of standard drape wall building.
In addition, Far East Green Energy individually established the Light series of structure photovoltaic panels, which have actually been used at Shenzhen Qianhai Snow World, the world’s biggest indoor ski resort. The panels cover a location of 35,000 square metres, create more than 6.3 million kWh of electrical energy each year, and minimize carbon emissions by 5,200 tonnes annually, comparable to planting 270,000 trees. The items are created to endure Category 17 tropical storms. Looking ahead, Far East Light constructing photovoltaic panels will be incorporated with the self-developed Volta.AI Smart Energy Cloud Platform to develop an incorporated wise energy system covering photovoltaics, energy storage and charging, forming a double moat of “innovation + AI” for the Group in the BIPV sector.
AI has actually ended up being a core competitive strength that separates China State Construction International from its peers and covers the whole building and construction life process. Looking ahead, the Group will continue to increase financial investment in innovation and deepen the breadth and depth of AI applications. By leveraging its distinguished development benefits, the Group intends to develop a more secure, more effective and more sustainable wise building community, producing long-lasting worth for investors and the market.
Subject: Press release summary