Presently, traditional industrial parks face challenges due to slow construction and outdated operational methods, resulting in high vacancy rates and severe pollution. These parks are unable to meet the demands of rapid economic and technological advancements. In contrast, prefabricated construction offers numerous advantages, including standardized design, rapid deployment, flexibility, sustainability, and environmental friendliness. Consequently, this construction approach has progressively found its application in industrial park development, effectively addressing the pervasive issues encountered in such environments.
Additionally, many industrial parks currently lack uniqueness, leading to a lack of vitality and dynamism. To tackle the problems associated with prefabricated construction in industrial parks, this research focuses on the specific case of Zhengzhou Accelerator Industrial Park. Based on the concept of the "interest-based relationship", which fosters the convergence of enthusiasts united by common interests, transforming their passions into professions, and facilitating the monetization of their interests, the research investigates and discusses the construction model of prefabricated industrial parks, emphasizing the integration of work and residential spaces based on the notion of work–life balance. The aim is to rejuvenate industrial parks and enhance their vibrancy.
Prefabrication technology aptly meets the ever-changing spatial requirements resulting from industrial transformation. It also accommodates the need for adjustments in industrial parks according to different work–life structures. Moreover, this model underscores the continuous expansion and evolution of industrial parks through the rapid and flexible characteristics inherent in prefabricated construction. By continuously expanding and changing based on the degree of correlation between interests, a new type of prefabricated industrial park model can be formed that can grow and replicate, thereby serving as a valuable reference for future industrial park renovations and optimizations.
