As BIM technology gradually advances in China’s power engineering sector, its applicability during the survey and design phases of power engineering projects is becoming increasingly important. Key areas to consider include electrical engineering geological surveys, foundation design, building structure design, air conditioning, heating and ventilation, water supply, electrical systems, intelligent design, curtain wall decoration, landscape fire protection, green building evaluation, and construction drawing reviews.
Compared to traditional 2D design methods like CAD, 3D design offers a more efficient and powerful way to represent projects. It helps reduce clashes between electrical and civil engineering spaces, minimizes errors in dimensions and material quantities, and improves accuracy in material and equipment statistics. Optimizing the internal layout, ensuring safe spacing, and enhancing space utilization all contribute to increased design and construction efficiency.
For instance, 3D design enables quick and precise material quantification, improves bidding accuracy, and facilitates seamless transfer of design data to technical and economic systems for rapid project budgeting. Additionally, it supports the handover of design information to construction and operation teams, aiding in daily inspections and equipment maintenance.
The core of BIM lies in its three-dimensional models. Studying BIM technology within the context of multidisciplinary collaborative design is crucial for power engineering projects. By completing a 3D design model through collaborative efforts across specialties, the process effectively simulates “construction” on a computer, allowing timely detection and resolution of coordination issues between disciplines. This approach helps prevent delays and rework caused by misalignments during professional coordination.
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