BIM technology-based power transformation and distribution station deepening design process and process

Abstract

The invention discloses a BIM technology-based power transformation and distribution station deepening design process and process. The process comprises the following steps: s1, delivering a seal version construction drawing to an electromechanical engineering general contracting unit for signing and filing; s2, determining local power supply bureau requirements and consultation confirmation; s3, determining the model of electromechanical equipment and civil engineering conditions; s4, establishing a power transformation and distribution station model and carrying out deepened design; s5, verifying the power transformation and distribution station deepened design model and performing engineering quantity statistics; s6, performing power transformation and distribution station engineering construction acceptance. According to the invention, the whole process of the power transformation and distribution station machine room is controlled from the management perspective of an engineering construction unit and a construction general contract unit, and the whole process of the power transformation and distribution station machine room is managed; According to the method, new technologies and new methods are utilized, and new management and control measures are mainly taken for deepening a design process, an information feedback process, main nodes, key areas, a deepening scheme, cost control, quality supervision and the like; so that wrong construction modes such as noise, miscellaneous, mess, pollution, waste and reworking in conventional power transformation and distribution station construction are solved.

Description

technical field [0001] The invention relates to the technical field of deepening design, processing and installation of building mechanical and electrical equipment rooms, and specifically relates to a BIM-based technology-based deepening design process and technology for substations. Background technique [0002] Some disadvantages in the engineering process of electromechanical substations and distribution stations of conventional construction projects: the version management of construction drawings of electrical machine room engineering is chaotic, the one-time deepening design (two-dimensional deepening) of the machine room is not in place, and the secondary processing of "sound, light, and electricity" on the construction site The pollution is serious, the equipment cannot be installed on site, the reserved pre-embedded brackets are not in place, the installation of electromechanical equipment is unsatisfactory and beautiful, the secondary rework of the machine room is ...

AI Technical Summary

Problems solved by technology

[0002] Some disadvantages in the engineering process of electromechanical substations and distribution stations of conventional construction projects: the version management of construction drawings of electrical machine room engineering is chaotic, the one-time deepening design (two-dimensional deepening) of the machine room is not in place, and the secondary processing of "sound, light, and electricity" on the construction site The pollution is serious, the equipment cannot be installed on site, the reserved pre-embedded brackets are not in place, the installation of electromechanical equipment is unsatisfactory and beautiful, the secondary rework of the machine room is large, the power supply bureau does not recognize the installation results, and cannot be accepted, the management of incoming and outgoing documents is chaotic, and the responsibilities of functional departments are divided unclear

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