Reconstruction of Commercial Building Space Reuse Mode Driven by Composite Business Types

Abstract

As urban expansion continues to deepen globally, traditional commercial buildings are increasingly no longer able to meet the complex business demands and practical operational requirements of modern enterprises. Consequently, it has become an inevitable and critical trend to re-utilize and adapt commercial buildings based on the drive of composite and complex business models. By systematically integrating fundamental architectural elements such as spatial layout, transportation routes, equipment systems, and spatial carriers, this paper comprehensively sorts out the typical problems and structural bottlenecks faced in the contemporary renovation of commercial buildings. To address these challenges, the study proposes four strategic development directions: the methodology for reconfiguring spatial organization, the methodology for reconfiguring flow systems, the methodology for reconfiguring facility systems, and the innovative concept of applying advanced transportation tools within the built environment. Relevant empirical and theoretical analysis demonstrates that spatial regeneration based on mixed business requirements is not merely a simple functional replacement or aesthetic upgrade. Rather, it encompasses a multifaceted approach that includes various critical factors such as internal space layout optimization, overall structural support strength enhancement, and long-term operational variability. Ultimately, through comprehensive mode reconfiguration, it is possible to effectively enhance the adaptability, functional complexity, and future extensibility of commercial building spaces, thereby ensuring their sustainable economic viability and resilience in a rapidly evolving urban landscape.