Four-line one-library design management system based on Demo3D simulation

Abstract

The invention discloses a four-line one-library design management system based on Demo3D simulation. The four-line one-library design management system comprises a design input module, a basic parameter module, an assembly line estimation module, an intelligent library estimation module, a simulation input module, a simulation design module, a simulation output module and an achievement export module. According to the invention, scattered, dynamic and changeable related data can be systematically associated together, and the whole process management of the design scheme is realized, so that the feasibility, scientificity and economy of the design scheme are effectively improved.

Description

technical field [0001] The invention relates to the technical field of simulation design, in particular to a four-line-one-library design management system based on Demo3D simulation. Background technique [0002] With the in-depth development of the "integrated" management work of power grid companies, provincial companies have strengthened the intensive management of electric energy measurement and verification, and comprehensively promoted the construction of provincial-level measurement and verification centers. The relevant documents of the State Grid Corporation and the China Southern Power Grid Corporation clearly propose the intensification of metrological verification and include them in the main points of work. And it has repeatedly emphasized the promotion of the physical operation of network and provincial metrology centers, strengthening the intensive management of verification, and comprehensively promoting the construction of provincial metrology verification ...

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Problems solved by technology

[0004] 1. At present, the tempo calculation of four lines and one warehouse adopts a manual calculation scheme. Combining work experience and simple Excel formulas to judge the overall system tempo of four lines and one warehouse, and based on this, configure the verification and testing equipment quantity and parameter requirements. This calculation There is a large misleading and configuration method, which may lead to excess or insufficient equipment configuration, thereby affecting the work efficiency and economic benefits of the overall system;

[0005] 2. At present, the method of using 3D modeling and simulation software for 3D modeling and simulation calculation of four lines and one warehouse, the design work and simulation work are carried out separately. These 3D simulation software cannot accurately match the floor plan of four lines and one warehouse, that is, they cannot directly Importing the floor plan, the design work efficiency is low, and more importantly, the actual site environment and other relevant influencing factors of various design schemes will be lost;

[0006] 3. At present, there is no relevant design system that associates design input and design output, and there is a lack of systematic design tools; at present, there are many technical agreements in the equipment bidding process, construction drawing disclosure during construction, and as-built drawing submission after completion, etc. Static drawings are used in all fields; due to the complexity of the four-line one-storage project, which involves more non-standardized equipment, technical parameters have dynamic changes and many influencing factors, there is no design system support, which leads to design omissions and errors, and relying solely on Disclosure of static drawings, there is a blind area of ​​understanding, which is not conducive to the implementation of technical solutions

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