Discussion on the Construction of Power 3D Design Platform for Nested Virtualized Hybrid Cloud

This article addresses the challenges associated with three-dimensional (3D) design models in the power industry, such as substantial data volume and complex calculations. Traditional data exchange methods pose difficulties in coordinating design efforts among project participants, and current computing systems cannot meet the performance demands of 3D power design. To overcome these challenges, this study thoroughly evaluates both public and private clouds and ultimately selects a hybrid cloud infrastructure for a custom-built 3D design platform that addresses the specific needs of the power industry. Employing optimization algorithms for 3D design models, we reduce model size and implement automated synchronization of platform data through code. We also propose different levels of cloud services and identify the necessary functionalities to be fulfilled by each layer of the 3D design cloud platform. Nested virtualization technology is used to create cloud desktops with different hardware requirements. Ultimately, we successfully establish a comprehensive framework for a 3D design platform specifically tailored to power design enterprises.