The core of BIM (Building Information Modeling) design results lies in the three-dimensional design model. The value of BIM extends beyond the design phase, playing a crucial role throughout the construction and operation stages. As power building information modeling technology continues to advance and gain adoption, its application scope is expanding significantly.
BIM technology plays a vital role in various aspects of power engineering projects, including initial planning, project design, model maintenance, site analysis, and scheme demonstration. Due to tight project schedules and challenges in gathering information, the construction organization plan during the planning phase is often developed within a limited timeframe. Traditional methods primarily rely on past project experience and 2D construction drawings, which may not accurately reflect the unique conditions of each project, thereby reducing the plan’s precision and effectiveness.
Once the power engineering building information model is completed, it can be used to generate bidding materials such as animations and aerial views directly from the model. Traditionally, these materials needed to be outsourced, increasing both project costs and the workload of design personnel. Clear communication with outsourcing teams was essential to ensure design optimization points were properly conveyed. However, with the support of 3D design technology, the creation of bidding materials can now be seamlessly integrated into the 3D design platform. After designers finish the 3D modeling, they can convert the design model into bidding data with a single click, enabling rapid production of engineering bidding animations, construction progress simulations, and lifting simulations—eliminating the need for additional tools or expenses.
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