Scaling Green Innovation for Sustainable Industrial Energy Transitions

Abstract

The global imperative to mitigate climate change has accelerated the transition from carbon-intensive energy systems to renewable sources, placing Green Total Factor Productivity (GTFP) at the center of sustainable development agendas. Despite various policy initiatives, the empirical relationship between energy transitions and productivity gains remains fragmented and highly contingent upon localized structural factors. This research aims to identify the patterns of consistency and divergence in the impact of energy transitions on GTFP across various national contexts. Employing a qualitative research design based on a comparative thematic synthesis, this study analyzes a wide range of secondary data from peer-reviewed literature and high-impact reports. The methodology utilizes a case study approach to deconstruct the "how" and "why" behind disparate productivity outcomes, focusing on analytical dimensions such as innovation capacity and regulatory stringency. Trustworthiness is ensured through investigator triangulation and the systematic comparison of structural patterns across multiple developmental stages. The principal results indicate that the energy-productivity nexus is non-linear and relies heavily on the mediating role of green innovation and the moderating influence of institutional readiness. The study concludes that achieving zero-carbon development is not a guaranteed outcome of energy policy but a result of synchronized structural pathways. This research contributes to the field by providing a unified conceptual framework that explains the conditional prerequisites for successful decarbonization.