The global energy sector is undergoing a transformative shift driven by the urgent need to transition to clean and digital energy solutions. Start-ups are at the forefront of this transformation, providing innovative technologies to tackle critical challenges in energy production, distribution, and consumption. This study explores the influence of market entry registration procedures and regulatory frameworks on the growth and success of start-ups in the clean and digital energy sectors, highlighting their role in driving global energy transitions. This research aims to understand how procedural complexity, regulatory quality, and associated costs impact entrepreneurial activity in clean and digital energy industries. Employing a comprehensive methodology based on panel data analysis, the study examines multi-country datasets from authoritative sources, such as the International Energy Agency and the World Bank, spanning two decades. Fixed and random effects models are utilized to reveal nuanced relationships between regulatory conditions and start-up proliferation. By identifying key barriers and enablers, the research provides actionable insights into fostering an environment conducive to innovation and entrepreneurship. The findings underscore several critical aspects of market entry dynamics. Streamlined registration procedures emerge as a pivotal factor in promoting start-up growth, reducing the administrative burden and enabling quicker market access. Conversely, high capital requirements and extended registration timelines act as significant deterrents, limiting the ability of new ventures to scale effectively. Regulatory quality is shown to play a crucial role in fostering an innovation-friendly environment, with higher-quality frameworks positively correlated with entrepreneurial success. Additionally, the study reveals the synergistic effects of entrepreneurial ecosystems, where broader business activity enhances opportunities for start-up development. These results highlight the dual nature of regulatory frameworks, which can either facilitate or hinder start-up activity. While effective regulations provide necessary oversight and ensure market stability, overly burdensome procedures can stifle innovation and deter market entry. Policymakers are urged to strike a balance by simplifying procedural requirements, reducing capital thresholds, and maintaining robust regulatory oversight to foster a thriving ecosystem for clean and digital energy start-ups. The study’s contribution is particularly timely, given the accelerating pace of global energy transitions and the increasing focus on achieving sustainability goals. The actionable insights offered here can guide policymakers and stakeholders in creating regulatory environments that catalyze innovation and entrepreneurship. By enabling start-ups to navigate market entry challenges effectively, governments can harness their potential to drive technological advancements and contribute meaningfully to a sustainable energy future. Future research directions include cross-country comparative analyses to identify best practices and longitudinal studies to examine the long-term impacts of regulatory optimization on entrepreneurial ecosystems. The findings of this study provide a foundation for ongoing efforts to align regulatory practices with the goals of a decarbonized and digitally integrated energy landscape, ensuring a resilient and inclusive energy transition.
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