BIM-based distributed energy system three-dimensional design assessment method

Abstract

Provided is a BIM-based distributed energy system three-dimensional design assessment method. The method includes the steps of S101 performing modeling and integration design on a distributed energy device model through the Revit three-dimensional design software, wherein the distributed energy device model includes a prime mover model and a main device model; S102 performing software examination and audit through the Navisworks model browsing software; and S103 for the constructed project or the project under the construction, simulating the actual construction condition according to the built model, finding out the actual problem of the construction from the model building, and improving the model base. The method further includes analyzing the engineering amount, the engineering process, and the engineering order of the system model, and performing the collision early warning and correction of the structure or pipeline.

Description

technical field [0001] The invention belongs to the technical field of new energy, and in particular relates to a BIM-based three-dimensional design evaluation method for a distributed energy system. Background technique [0002] Distributed energy technology is currently in a state of rapid development. Due to its principle of using clean energy for efficient utilization, countries around the world are vigorously supporting the development and practical application of technology in this field, and providing certain preferential policies. In such a Against this background, the design and implementation scale of distributed energy systems has become increasingly large and complex. [0003] The traditional distributed energy system design is still based on AutoCAD's two-dimensional drawing design mode. This kind of design gradually cannot meet the visibility requirements of complex systems. It has caused many difficulties for the construction after the finalized drawings. Unpr...

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Problems solved by technology

[0002] Distributed energy technology is currently in a state of rapid development. Due to its principle of using clean energy for efficient utilization, countries around the world are vigorously supporting the development and practical application of technology in this field, and providing certain preferential policies. In such a Against this background, the design and implementation scale of distributed energy systems have become increasingly large and complex

[0003] The traditional distributed energy system design is still based on AutoCAD's two-dimensional drawing design mode. This kind of design gradually cannot meet the visibility requirements of complex systems. It has caused many difficulties for the construction after the finalized drawings. Unpredictable pipeline collisions in the early stage , Project sequence disorder and insufficient estimation of project quantity will affect the investment cost of the whole project to a certain extent