Development Framework of Indigenous BIM-Based Platform for Power Grid Engineering Based Grounded Theory

Aiming to address the challenges of project management and informatization management brought about by the immense scale and complexity of power grid engineering projects, this paper focus on exploring the demand for indigenous development of Building Information Modeling (BIM) technology in this domain. Through interviews with relevant personnel involved in power grid engineering projects, we gained in-depth insights into their perspectives on the development of indigenous BIM-enabled platforms. Furthermore, we utilized the Grounded Theory approach to code and organize the research findings. Based on this groundwork, we synthesized a development framework suitable for the indigenous BIM-enabled platform tailored to power grid engineering. The paper first compiled and summarized the coded content, resulting in the construction of a framework for the indigenous BIM platform in the power grid domain. Additionally, the identified framework informed the definition of development components aimed at meeting various requirements, followed by prototype testing. This research provides valuable insights and references for the future development and exploration of indigenous BIM-enabled platforms in the power grid engineering sector.