【Discussion of the Day】 Utility Engineering - Mechanical & Electrical - 20200715
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What are the key points for the construction and implementation of intelligent building projects? Feel free to actively participate in the discussions; there are wealth rewards up for grabs! ! !
1. The detailed design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators.
Published 2 hours ago | Follow only this author 1. The in-depth design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction begins, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, architectural decoration, building plumbing, building electrical systems, ventilation and air conditioning, and elevators
1. The detailed design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators.
1. The detailed design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators.
Intelligent building projects comprise 10 sub-categories, including communication network systems, information network systems, building equipment monitoring systems, fire alarm and fire suppression linkage systems, security systems, integrated cabling systems, intelligent integration systems, power supply and grounding systems, as well as environmental and residential (community) intelligent systems.
Intelligent building projects comprise 10 sub-categories, including communication network systems, information network systems, building equipment monitoring systems, fire alarm and fire suppression linkage systems, security systems, integrated cabling systems, intelligent integration systems, power supply and grounding systems, as well as environmental and residential (community) intelligent systems.
The detailed design of intelligent systems should feature an open architecture; protocols and interfaces should be standardized and modular. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators.
I. Implementation procedure for building intelligentization projects
Research on requirements for building intelligentization equipment → Design and review of intelligentization plans → Preparation of tender documents → Selection of equipment suppliers and construction contractors → Detailed design of construction drawings → Implementation of the project and quality control → Project testing → Training of management personnel → Project acceptance and commissioning → Commissioning into operation. II. Key Points for the Implementation of Intelligent Building Construction
1. The detailed design of intelligent systems should feature an open architecture; both protocols and interfaces must be standardized and modular. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators. For example, the installation of various fire and security detectors on indoor walls and ceilings should be coordinated in terms of positioning with building decoration and mechanical and electrical installations. III. Division of implementation interfaces for building intelligence projects The determination of the implementation interfaces for building intelligence projects is applied throughout the entire process, including equipment selection, system design, project construction, and inspection and acceptance. Engineering contracts should specify the scope of equipment and material supply, interface software, and related costs provided by each system supplier, in order to avoid disputes during construction that could affect the project schedule. 1. Division of the interface for the procurement and supply of equipment and materials In the procurement and supply of equipment and materials, it is necessary to clarify the boundary between the suppliers of intelligent system equipment and those of the equipment that is to be monitored. It is mainly to clarify the scope of supply for the building equipment monitoring system and the equipment, materials, interfaces, and software related to mechanical and electrical engineering. 2. Determination of the system equipment interface To enable communication between the building equipment monitoring system and large-scale building equipment such as power distribution and transformation equipment, generator sets, chiller units, heat pump units, boilers, and elevators, it is necessary to pre-define the communication protocols to be followed. According to Century Star, when device controllers use non-standard communication protocols, the device supplier is required to provide the data format, which is then converted by the contractor of the building equipment monitoring system. 3. Coordination of the construction interface for intelligent systems This involves determining the installation of mechanical and electrical equipment involved in the building equipment monitoring system, as well as issues related to the laying of ducts, wiring, and connections between various systems, along with equipment calibration and coordination among them.
Research on requirements for building intelligentization equipment → Design and review of intelligentization plans → Preparation of tender documents → Selection of equipment suppliers and construction contractors → Detailed design of construction drawings → Implementation of the project and quality control → Project testing → Training of management personnel → Project acceptance and commissioning → Commissioning into operation. II. Key Points for the Implementation of Intelligent Building Construction
1. The detailed design of intelligent systems should feature an open architecture; both protocols and interfaces must be standardized and modular. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. 2. Before construction, it is necessary to carry out proper handover of work procedures and confirm the interfaces with various sub-projects such as building structure, building decoration, building water supply and drainage, building electrical systems, ventilation and air conditioning, and elevators. For example, the installation of various fire and security detectors on indoor walls and ceilings should be coordinated in terms of positioning with building decoration and mechanical and electrical installations. III. Division of implementation interfaces for building intelligence projects The determination of the implementation interfaces for building intelligence projects is applied throughout the entire process, including equipment selection, system design, project construction, and inspection and acceptance. Engineering contracts should specify the scope of equipment and material supply, interface software, and related costs provided by each system supplier, in order to avoid disputes during construction that could affect the project schedule. 1. Division of the interface for the procurement and supply of equipment and materials In the procurement and supply of equipment and materials, it is necessary to clarify the boundary between the suppliers of intelligent system equipment and those of the equipment that is to be monitored. It is mainly to clarify the scope of supply for the building equipment monitoring system and the equipment, materials, interfaces, and software related to mechanical and electrical engineering. 2. Determination of the system equipment interface To enable communication between the building equipment monitoring system and large-scale building equipment such as power distribution and transformation equipment, generator sets, chiller units, heat pump units, boilers, and elevators, it is necessary to pre-define the communication protocols to be followed. According to Century Star, when device controllers use non-standard communication protocols, the device supplier is required to provide the data format, which is then converted by the contractor of the building equipment monitoring system. 3. Coordination of the construction interface for intelligent systems This involves determining the installation of mechanical and electrical equipment involved in the building equipment monitoring system, as well as issues related to the laying of ducts, wiring, and connections between various systems, along with equipment calibration and coordination among them.
? ?? ? 1. The detailed design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. ? ?? ? 2. Before the construction of the project, proper handover procedures must be carried out, and interface confirmations must be established with various sub-projects such as building structure, architectural decoration, building water supply and drainage systems, building electrical systems, ventilation and air conditioning systems, and elevators.
? ?? ? 1. The detailed design of intelligent systems should feature an open structure, with protocols and interfaces being standardized and modularized. The basic information about the building, the location of building equipment, control methods, and technical requirements can be obtained from the tender documents, which allows for further detailed engineering design for intelligent products. ? ?? ? 2. Before the construction of the project, proper handover procedures must be carried out, and interface confirmations must be established with various sub-projects such as building structure, architectural decoration, building water supply and drainage systems, building electrical systems, ventilation and air conditioning systems, and elevators.