循环系统沙盒:循环系统设计和回弹效果减少的过程工具

Henry Willem Müller , Konstantin Remke
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引用次数: 0

摘要

本文开发并验证了一种称为循环系统沙盒的新设计工件。虽然关于新产品开发和商业模式创新的文献很多,但在整合这两个领域方面存在明显的差距。更系统化的设计被认为是必不可少的,因为产品、服务、商业模式和合作的不匹配设计会导致有害的反弹效应。我们采用混合方法设计科学方法,包括31位专家访谈,11次研讨会和108名参与者的实验评估。研究结果表明,循环系统沙盒显著提高了循环产品和商业模式设计的质量,为企业家提供了一个实用而全面的框架。该研究通过阐明循环系统设计中的相互联系,为反弹效应提供预防策略,并与循环经济系统解决方案的呼吁保持一致,为理论做出了贡献。本文不仅提出了循环系统设计的概念,而且通过实证证明了循环系统设计的实用性,鼓励了未来在各个领域的研究和应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Circular Systems Sandbox: A process tool for circular systems design and rebound effect reduction
This paper develops and validates a novel design artifact called Circular Systems Sandbox. While there is an abundance of literature on new product development and business model innovation, a notable gap exists in integrating these two domains. More systemic design is deemed indispensable because the mismatched design of products, services, business models and collaborations lead to harmful rebound effects. We employ a mixed methods design science approach involving 31 expert interviews, 11 workshops, and an experimental evaluation with 108 participants. The findings demonstrate that the Circular Systems Sandbox significantly enhances the quality of circular product and business model design, providing a practical and comprehensive framework for entrepreneurs. The study contributes to theory by elucidating the interconnections within Circular Systems Design, offering preventive strategies for rebound effects, and aligning with calls for systemic solutions for the Circular Economy. This paper not only advances Circular Systems Design as a concept but also empirically proves its utility, encouraging future research and application in diverse sectors.
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