TECHNICAL FORUM
[Smart Factory] BIM+Prefabricated Installation - Efficient, Safe, and Intelligent
November 2, 2019
Author: admin
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For a long time, traditional mechanical and electrical installation has been intertwined with civil construction. Only when civil engineering provides corresponding work progress can the deepening design and installation of mechanical and electrical be carried out.
For the installation project of large refrigeration rooms, in most cases, civil engineering can only provide the site in stages, which poses challenges for mechanical and electrical designers - segmented deepening, segmented cutting, segmented processing, segmented transportation, and segmented installation, with extremely low efficiency.
In addition, construction safety has always been a focus of concern for all parties, but traditional construction techniques cannot avoid processes with significant safety hazards.
The construction of smart factories needs to keep up with the times. Currently, the requirements for construction safety in new and renovated projects are becoming increasingly strict. In the past two years, investment in prefabricated construction has increased,
Gradually extending to complex equipment rooms, from the initial trial stage to the current deep application stage, prefabricated equipment rooms are presented one by one, and the construction speed is constantly being refreshed,
Guangdong Del Smart Factory Technology Co., Ltd., as a professional builder and manager of smart factories, implements and promotes BIM+prefabricated factory engineering solutions, providing customers with efficient, safe, and intelligent engineering construction models.
Concept and characteristics of BIM+prefabricated plant engineering
——Concepts
Based on BIM+prefabricated factory engineering solution, which adopts BIM technology and fully considers factors such as construction and installation, energy conservation and environmental protection, operation and maintenance,
Design a high-precision machine room model that is humanized, intelligent, green and energy-saving, and then issue industrial grade assembly drawings. Modular prefabrication is carried out in the prefabrication plant. After the construction conditions are met, the modules are transported to the site for assembly.
By using BIM software to assist in design, detailed material lists and specifications can be generated in advance, thus achieving factory production of materials.
On site assembly only without processing (without cutting or welding), it has the characteristics of reducing costs (material+labor), no need for open flame welding, short construction period, and reducing material waste.
——Characteristics
Design standardization: Adopting BIM design, pre setting product inventory, automatically generating accurate material lists based on design schemes, achieving precise control of engineering costs, and reducing material waste.
Industrialization of production: Confirm in advance the detailed dimensions of the required pipe fittings (gas pipes, liquid pipes, condensate pipes), insulation materials, and pipeline connectors for the project, so as to achieve centralized production and unified distribution of materials in the factory, and alleviate the problems of low efficiency, material waste, and safety hazards caused by on-site processing.
Construction assembly: Based on BIM standardized design and material factory production, pipe fittings and connectors do not require secondary processing on site. The prefabricated connection method replaces traditional open flame welding, and construction personnel only need to assemble the pipe fittings and connectors according to the design scheme to complete the on-site installation work of the entire multi unit air conditioning system, improving work efficiency and safety at the same time.
Service Integration: Adopting the EPC general contracting business model, we provide a complete set of related services such as BIM design, material production, and installation guidance. Users only need to request from the general contractor, eliminating the need for
For the installation project of large refrigeration rooms, in most cases, civil engineering can only provide the site in stages, which poses challenges for mechanical and electrical designers - segmented deepening, segmented cutting, segmented processing, segmented transportation, and segmented installation, with extremely low efficiency.
In addition, construction safety has always been a focus of concern for all parties, but traditional construction techniques cannot avoid processes with significant safety hazards.
The construction of smart factories needs to keep up with the times. Currently, the requirements for construction safety in new and renovated projects are becoming increasingly strict. In the past two years, investment in prefabricated construction has increased,
Gradually extending to complex equipment rooms, from the initial trial stage to the current deep application stage, prefabricated equipment rooms are presented one by one, and the construction speed is constantly being refreshed,
Guangdong Del Smart Factory Technology Co., Ltd., as a professional builder and manager of smart factories, implements and promotes BIM+prefabricated factory engineering solutions, providing customers with efficient, safe, and intelligent engineering construction models.
Concept and characteristics of BIM+prefabricated plant engineering
——Concepts
Based on BIM+prefabricated factory engineering solution, which adopts BIM technology and fully considers factors such as construction and installation, energy conservation and environmental protection, operation and maintenance,
Design a high-precision machine room model that is humanized, intelligent, green and energy-saving, and then issue industrial grade assembly drawings. Modular prefabrication is carried out in the prefabrication plant. After the construction conditions are met, the modules are transported to the site for assembly.
By using BIM software to assist in design, detailed material lists and specifications can be generated in advance, thus achieving factory production of materials.
On site assembly only without processing (without cutting or welding), it has the characteristics of reducing costs (material+labor), no need for open flame welding, short construction period, and reducing material waste.
——Characteristics
Design standardization: Adopting BIM design, pre setting product inventory, automatically generating accurate material lists based on design schemes, achieving precise control of engineering costs, and reducing material waste.
Industrialization of production: Confirm in advance the detailed dimensions of the required pipe fittings (gas pipes, liquid pipes, condensate pipes), insulation materials, and pipeline connectors for the project, so as to achieve centralized production and unified distribution of materials in the factory, and alleviate the problems of low efficiency, material waste, and safety hazards caused by on-site processing.
Construction assembly: Based on BIM standardized design and material factory production, pipe fittings and connectors do not require secondary processing on site. The prefabricated connection method replaces traditional open flame welding, and construction personnel only need to assemble the pipe fittings and connectors according to the design scheme to complete the on-site installation work of the entire multi unit air conditioning system, improving work efficiency and safety at the same time.
Service Integration: Adopting the EPC general contracting business model, we provide a complete set of related services such as BIM design, material production, and installation guidance. Users only need to request from the general contractor, eliminating the need for
