產業價值鏈綠色創新力之條件組態

Configurational Condition of Green Innovation Capability in the Industry Value Chain

產業發展需要跨界協作，建構整合性價值鏈網絡，以實現永續經濟與環境願景。綠色產業創新力係一多元複雜的系統，然而現有研究對其形成機制與關鍵條件探討仍相對有限。本研究以生態系統理論為架構，聚焦台灣有機加工製造業，採用模糊集定性比較分析法，透過跨案例比較，深入解析綠色創新力的關鍵條件組態與驅動機制。研究發現存在三種高綠色創新力路徑：供應鏈驅動、同異業驅動及產業驅動。值得注意的是，高綠色創新力非單一因素線性作用，而是多元條件變量之協同互動效應。本研究揭示有機加工製造業綠色創新力的多重驅動路徑，為產業實務與政策制定提供參考價值的理論洞見。

Industrial development requires cross-boundary collaboration to construct an integrated value chain network for achieving sustainable economic and environmental visions. Green industrial innovation capacity represents a multifaceted and complex system, yet existing research remains relatively limited in exploring its formation mechanisms and critical conditions. Employing ecosystem theory as the theoretical framework, this study focuses on the organic processing and manufacturing industry in Taiwan, utilizing fuzzy-set qualitative comparative analysis through cross-case comparisons to in-depth analyze the key configurational conditions and driving mechanisms of green innovation capacity. The research findings reveal three pathways of high green innovation capacity: supply chain-driven, cross-industry collaboration-driven, and industry ecosystem-driven. Notably, high green innovation capacity is not a result of linear single-factor effects, but rather the synergistic interactive effects of multiple conditional variables. This study unveils the multiple driving pathways of green innovation capacity in organic processing and manufacturing, providing theoretically valuable insights for industrial practices and policy-making.