On August 12, 2023, the "Anzhen Hospital Building Assembly Laboratory Seminar" sponsored by Beijing Hospital Architectural Association was successfully held in Tongzhou District of Anzhen Hospital. The leaders at the meeting conducted in-depth discussions on the application and implementation of prefabricated electromechanical modules in the construction process of the hospital, and observed the implementation process of the prefabricated electromechanical modules in the laboratory of the scientific research building of Anzhen Hospital.
Beijing Municipal Hospital Building Association, Peking Union Hospital of Chinese Academy of Medical Sciences, Beijing Center for Disease Control and Prevention, Beijing Xiaotangshan Hospital, Xuanwu Hospital of Capital Medical University, Beijing You 'an Hospital Affiliated to Capital Medical University, Tsinghua Changgeng Hospital, Beijing Chaoyang Hospital Affiliated to Capital Medical University, Peking University Third Hospital, Beijing Anding Hospital Affiliated to Capital Medical University, Haidian District Health More than 30 guests from the Health Commission, Beijing Urban Construction Group, Beijing Dayna Experimental Technology Co., Ltd. attended the seminar.
The seminar was attended by representatives of media such as Media Center, Architecture Times, HVAC Magazine, Intelligent Building Electrical Technology Magazine and Building Structure Magazine.
On April 1, 2023, Ni Hong, secretary of the Party Group and Minister of the Ministry of Housing and Urban-Rural Development, put forward the idea of "building a house like building a car" at the 100 People's Meeting, which aroused widespread concern in the construction and real estate industry. Minister Ni proposed that the construction industry should learn the industrialized production mode of making cars to vigorously develop prefabricated buildings. Make the house standardized design, factory production, assembly construction, integrated decoration.
This seminar focuses on how to achieve the use of prefabricated buildings in hospital buildings in the field of medical buildings, which areas are suitable for discussion, and what problems exist at the same time, and experts present the design, implementation and acceptance standards for prefabricated buildings; Whether the cost is based on the project or the product; How to balance the recognition degree of Party A for all auxiliary products of prefabricated buildings was discussed.
Chen Hong pointed out that the Beijing Municipal Commission of Housing and Urban and Rural Development recently issued the "Implementation Opinions on Further Development of prefabricated buildings", which clarified that prefabricated buildings accounted for more than 40% of the new construction area in 2022, and prefabricated buildings accounted for 55% in 2025. By the end of the 14th Five-Year Plan, a modern construction industrial system with standardized design, factory production, integrated decoration, information management and digital application as the main characteristics will be built.
As an industry association to lead the development direction of the industry, Dana Experimental Technology Co., Ltd. took the lead in the construction of hospital laboratories in the use of prefabricated building form, is the promotion of green application and green development, is the construction technology innovation! Prefabricated buildings have a long way to go, and we will work together to sort out the difficulties and pain points of prefabricated buildings, submit them to the government for research and development, and finally make due contributions to the construction of green hospitals!
Yang Yanjun, president of Beijing Hospital Building Association, said in his speech that the modular implementation of safe and healthy, environmental protection and energy saving prefabricated electromechanical systems is a milestone in the field of high-quality laboratory implementation. For which functional Spaces of hospital buildings are suitable for prefabricated mode, specific prefabricated module Settings, how hospital buildings can match the development needs of future hospitals, and how to adapt to the application of artificial intelligence in the future are worthy of attention and discussion, and hospital building association should also play a leading role in the development of the industry.
Yan Gangwen, deputy chief engineer of Beijing Urban Construction Group, said in his speech that the pain point of the development of building assembly technology is the standardization of the industry, and all links are combined to standardize from the source, forming a system from assembly standardized design and factory production in order to better achieve assembly. It's great to see the prefabricated LABS coming to fruition first, which is great. The assembly type is feasible, and it needs to be further discussed in specific applications to build a good ecology and price ratio. Beijing Urban Construction Group is also studying modular division with Beijing University of Technology and striving to form standardized products for the industry.
Dai Suyi, general manager of the project division of DYNA shared the positioning, function and design of the scientific research laboratory with the theme of "Introduction of the scientific research laboratory program in Tongzhou District of Anzhen Hospital".
Dai Suyi introduced that the scientific research building of Tongzhou District of Anzhen Hospital has eight floors, with a total construction area of about 25,000 square meters, and the mechanical and electrical system installation of the laboratory of the scientific research building is unified in the form of assembly. Electromechanical assembly implementation is a new construction system. Electromechanical modular implementation will pay more attention to: safety, health, environmental protection, energy saving, efficiency and quality.
Xi Xiaopeng, Deputy General Manager of DYNA shared the exploration of building houses using the "method of building cars" with the theme of "Innovative Application of Assembled Laboratories in Medical Buildings", and achieved laboratory construction through full process BIM design, modular design, industrial production, and mechanical installation.
Xi Xiaopeng expressed the application of prefabricated technology in medical buildings and laboratories. Adopting a standardized component system and standardized products to achieve industrial production of laboratory modules, using the method of building cars to improve the production efficiency and accuracy of laboratory components. The modular system and standardized design independently developed by Beijing Dana Experimental Technology Co., Ltd. can achieve flexible construction of the laboratory and free switching of application scenarios according to different customer needs, meeting the full lifecycle application and sustainable development of the laboratory; And deeply integrate experimental robots and artificial intelligence technology with laboratory scenarios to achieve fast, stable, and efficient experiments and operations, ensuring the safety, convenience, and comfort of scientific researchers' experimental operations, and providing customers with suitable products and complete solutions.
Electromechanical assembly module is a new implementation technology based on BIM technology, and its implementation process is: BIM design of electromechanical system -- prefabrication of automatic production line in factory -- transportation -- on-site installation and implementation. The electromechanical assembly technology independently developed by Dana Technology has the following six technical advantages:
Modern laboratory construction has been committed to a sustainable development model. After the construction of the traditional mode is completed, the function of the laboratory changes due to the construction and development requirements, or the wiring is re-routed when the change is made, the floor is opened, the hanging bar and the hanger are installed, and the transformation is cumbersome and difficult. Moreover, because the original project has been completed, the pipeline layout in the top space is tight, and it is difficult to rearrange the pipe and route the line.
The mechanical and electrical assembly system is adopted to separate the main structure from the pipeline. The water, electricity and ventilation of the laboratory are integrated into the modular frame of the hanger by using the fixed components and force transfer components of the comprehensive hanger in various forms. Based on the rational layout of BIM computer simulation, all the pipelines are arranged tightly in the comprehensive hanger, and the modular configuration is carried out according to the laboratory. The formation of comprehensive hanger products, all kinds of water and electrical ventilation routes have been available, easy to reform, can quickly adapt to the needs of various experiments, to meet the variability of experimental directions.
Mechanical and electrical assembly adopts factory prefabrication, and the integration of all mechanical and electrical systems is completed on the automatic production line, which makes the finished products with higher quality, stronger aesthetics and higher efficiency. And modern industrial workers can install it quickly with simple tools.
The high-altitude operation with the traditional electromechanical installation mode above 2m accounts for about 70% of the entire construction task, and the potential hazardous operation range is wide. All the prefabrication work implemented by electromechanical assembly is completed on the production line, and only the base fixing and the butt contact are left in the aerial work above 2m, and the aerial work only accounts for 2% of the construction task, and the construction safety factor is high. And all the high work is carried out on the overall lifting vehicle platform, the seat belt suspension is convenient, and there is almost no danger.
The mechanical and electrical assembly floor is fixed in the form of embedded parts, which reduces the dust pollution generated by site excavation. Electromechanical assembly adopts factory prefabrication transport to the site splicing, the site is only a simple screw locking, locking and pipeline meet work, greatly reducing the production of on-site noise sources and pollution sources, improve the impact of construction on other activities, especially for reconstruction projects, greatly shorten the site construction period, reduce the impact of construction operations on the original environment and activities, to ensure more safety.
Electromechanical assembly construction neat, beautiful, generous, no welding and drilling, using the combination of components can be easily dismantled and adjusted, can be reused can also provide convenient maintenance of the pipeline in the future. Because the traditional mode adopts the form of hanging bar installation, the cross is serious after installation, and the overall effect is heavy and chaotic. According to the needs of use, no ceiling form or a variety of simple and beautiful ceiling styles can be made.
Using the traditional installation mode, the installation order must comply with the principle of first up and then down, first big and then small, the construction order is strict, and the traditional top installation is inefficient.
Mechanical and electrical assembly adopts the form of factory prefabrication, on-site assembly and upgrading. After the mechanical and electrical modules are prefabricated by the factory, they are transported to the site for splicing, assembly, and then the overall promotion, and the construction efficiency is significantly improved. The use of electromechanical assembly mode can save more than 90% of the site construction time.
Due to the rapid growth of labor costs in China, labor-intensive construction work costs rise sharply, mechanical and electrical assembly technology can effectively solve this contradiction, the factory fully automated operation, the overall site rapid improvement, saving labor costs. In addition, the saving of electromechanical assembly installation time makes the entry time of other construction links in the building greatly advanced, and the change will be correspondingly reduced, which will save a lot of labor costs and management costs.
On August 12, 2023, the "Anzhen Hospital Building Assembly Laboratory Seminar" sponsored by Beijing Hospital Architectural Association was successfully held in Tongzhou District of Anzhen Hospital. The leaders at the meeting conducted in-depth discussions on the application and implementation of prefabricated electromechanical modules in the construction process of the hospital, and observed the implementation process of the prefabricated electromechanical modules in the laboratory of the scientific research building of Anzhen Hospital.
Beijing Municipal Hospital Building Association, Peking Union Hospital of Chinese Academy of Medical Sciences, Beijing Center for Disease Control and Prevention, Beijing Xiaotangshan Hospital, Xuanwu Hospital of Capital Medical University, Beijing You 'an Hospital Affiliated to Capital Medical University, Tsinghua Changgeng Hospital, Beijing Chaoyang Hospital Affiliated to Capital Medical University, Peking University Third Hospital, Beijing Anding Hospital Affiliated to Capital Medical University, Haidian District Health More than 30 guests from the Health Commission, Beijing Urban Construction Group, Beijing Dayna Experimental Technology Co., Ltd. attended the seminar.
The seminar was attended by representatives of media such as Media Center, Architecture Times, HVAC Magazine, Intelligent Building Electrical Technology Magazine and Building Structure Magazine.
On April 1, 2023, Ni Hong, secretary of the Party Group and Minister of the Ministry of Housing and Urban-Rural Development, put forward the idea of "building a house like building a car" at the 100 People's Meeting, which aroused widespread concern in the construction and real estate industry. Minister Ni proposed that the construction industry should learn the industrialized production mode of making cars to vigorously develop prefabricated buildings. Make the house standardized design, factory production, assembly construction, integrated decoration.
This seminar focuses on how to achieve the use of prefabricated buildings in hospital buildings in the field of medical buildings, which areas are suitable for discussion, and what problems exist at the same time, and experts present the design, implementation and acceptance standards for prefabricated buildings; Whether the cost is based on the project or the product; How to balance the recognition degree of Party A for all auxiliary products of prefabricated buildings was discussed.
Chen Hong pointed out that the Beijing Municipal Commission of Housing and Urban and Rural Development recently issued the "Implementation Opinions on Further Development of prefabricated buildings", which clarified that prefabricated buildings accounted for more than 40% of the new construction area in 2022, and prefabricated buildings accounted for 55% in 2025. By the end of the 14th Five-Year Plan, a modern construction industrial system with standardized design, factory production, integrated decoration, information management and digital application as the main characteristics will be built.
As an industry association to lead the development direction of the industry, Dana Experimental Technology Co., Ltd. took the lead in the construction of hospital laboratories in the use of prefabricated building form, is the promotion of green application and green development, is the construction technology innovation! Prefabricated buildings have a long way to go, and we will work together to sort out the difficulties and pain points of prefabricated buildings, submit them to the government for research and development, and finally make due contributions to the construction of green hospitals!
Yang Yanjun, president of Beijing Hospital Building Association, said in his speech that the modular implementation of safe and healthy, environmental protection and energy saving prefabricated electromechanical systems is a milestone in the field of high-quality laboratory implementation. For which functional Spaces of hospital buildings are suitable for prefabricated mode, specific prefabricated module Settings, how hospital buildings can match the development needs of future hospitals, and how to adapt to the application of artificial intelligence in the future are worthy of attention and discussion, and hospital building association should also play a leading role in the development of the industry.
Yan Gangwen, deputy chief engineer of Beijing Urban Construction Group, said in his speech that the pain point of the development of building assembly technology is the standardization of the industry, and all links are combined to standardize from the source, forming a system from assembly standardized design and factory production in order to better achieve assembly. It's great to see the prefabricated LABS coming to fruition first, which is great. The assembly type is feasible, and it needs to be further discussed in specific applications to build a good ecology and price ratio. Beijing Urban Construction Group is also studying modular division with Beijing University of Technology and striving to form standardized products for the industry.
Dai Suyi, general manager of the project division of DYNA shared the positioning, function and design of the scientific research laboratory with the theme of "Introduction of the scientific research laboratory program in Tongzhou District of Anzhen Hospital".
Dai Suyi introduced that the scientific research building of Tongzhou District of Anzhen Hospital has eight floors, with a total construction area of about 25,000 square meters, and the mechanical and electrical system installation of the laboratory of the scientific research building is unified in the form of assembly. Electromechanical assembly implementation is a new construction system. Electromechanical modular implementation will pay more attention to: safety, health, environmental protection, energy saving, efficiency and quality.
Xi Xiaopeng, Deputy General Manager of DYNA shared the exploration of building houses using the "method of building cars" with the theme of "Innovative Application of Assembled Laboratories in Medical Buildings", and achieved laboratory construction through full process BIM design, modular design, industrial production, and mechanical installation.
Xi Xiaopeng expressed the application of prefabricated technology in medical buildings and laboratories. Adopting a standardized component system and standardized products to achieve industrial production of laboratory modules, using the method of building cars to improve the production efficiency and accuracy of laboratory components. The modular system and standardized design independently developed by Beijing Dana Experimental Technology Co., Ltd. can achieve flexible construction of the laboratory and free switching of application scenarios according to different customer needs, meeting the full lifecycle application and sustainable development of the laboratory; And deeply integrate experimental robots and artificial intelligence technology with laboratory scenarios to achieve fast, stable, and efficient experiments and operations, ensuring the safety, convenience, and comfort of scientific researchers' experimental operations, and providing customers with suitable products and complete solutions.
Electromechanical assembly module is a new implementation technology based on BIM technology, and its implementation process is: BIM design of electromechanical system -- prefabrication of automatic production line in factory -- transportation -- on-site installation and implementation. The electromechanical assembly technology independently developed by Dana Technology has the following six technical advantages:
Modern laboratory construction has been committed to a sustainable development model. After the construction of the traditional mode is completed, the function of the laboratory changes due to the construction and development requirements, or the wiring is re-routed when the change is made, the floor is opened, the hanging bar and the hanger are installed, and the transformation is cumbersome and difficult. Moreover, because the original project has been completed, the pipeline layout in the top space is tight, and it is difficult to rearrange the pipe and route the line.
The mechanical and electrical assembly system is adopted to separate the main structure from the pipeline. The water, electricity and ventilation of the laboratory are integrated into the modular frame of the hanger by using the fixed components and force transfer components of the comprehensive hanger in various forms. Based on the rational layout of BIM computer simulation, all the pipelines are arranged tightly in the comprehensive hanger, and the modular configuration is carried out according to the laboratory. The formation of comprehensive hanger products, all kinds of water and electrical ventilation routes have been available, easy to reform, can quickly adapt to the needs of various experiments, to meet the variability of experimental directions.
Mechanical and electrical assembly adopts factory prefabrication, and the integration of all mechanical and electrical systems is completed on the automatic production line, which makes the finished products with higher quality, stronger aesthetics and higher efficiency. And modern industrial workers can install it quickly with simple tools.
The high-altitude operation with the traditional electromechanical installation mode above 2m accounts for about 70% of the entire construction task, and the potential hazardous operation range is wide. All the prefabrication work implemented by electromechanical assembly is completed on the production line, and only the base fixing and the butt contact are left in the aerial work above 2m, and the aerial work only accounts for 2% of the construction task, and the construction safety factor is high. And all the high work is carried out on the overall lifting vehicle platform, the seat belt suspension is convenient, and there is almost no danger.
The mechanical and electrical assembly floor is fixed in the form of embedded parts, which reduces the dust pollution generated by site excavation. Electromechanical assembly adopts factory prefabrication transport to the site splicing, the site is only a simple screw locking, locking and pipeline meet work, greatly reducing the production of on-site noise sources and pollution sources, improve the impact of construction on other activities, especially for reconstruction projects, greatly shorten the site construction period, reduce the impact of construction operations on the original environment and activities, to ensure more safety.
Electromechanical assembly construction neat, beautiful, generous, no welding and drilling, using the combination of components can be easily dismantled and adjusted, can be reused can also provide convenient maintenance of the pipeline in the future. Because the traditional mode adopts the form of hanging bar installation, the cross is serious after installation, and the overall effect is heavy and chaotic. According to the needs of use, no ceiling form or a variety of simple and beautiful ceiling styles can be made.
Using the traditional installation mode, the installation order must comply with the principle of first up and then down, first big and then small, the construction order is strict, and the traditional top installation is inefficient.
Mechanical and electrical assembly adopts the form of factory prefabrication, on-site assembly and upgrading. After the mechanical and electrical modules are prefabricated by the factory, they are transported to the site for splicing, assembly, and then the overall promotion, and the construction efficiency is significantly improved. The use of electromechanical assembly mode can save more than 90% of the site construction time.
Due to the rapid growth of labor costs in China, labor-intensive construction work costs rise sharply, mechanical and electrical assembly technology can effectively solve this contradiction, the factory fully automated operation, the overall site rapid improvement, saving labor costs. In addition, the saving of electromechanical assembly installation time makes the entry time of other construction links in the building greatly advanced, and the change will be correspondingly reduced, which will save a lot of labor costs and management costs.
