Transitioning from conventional energy to clean renewable energy in G7 countries: A signed network approach.

The transition from conventional energy to clean renewable energy is becoming a global trend, and related issues are attracting widespread attention. Given the possible time-varying energy transition process, this paper proposes a dynamic signed network topology approach for empirical analysis, which is then applied to evaluate the transition from conventional energy to clean renewable energy in G7 countries. The research findings indicate a discrepancy between the positive and negative spillover effects of conventional and clean renewable energy consumption in G7 nations. The transition from conventional energy on clean renewable energy involves alternating positive and negative spillover effects. On average, oil exhibits a positive spillover effect on clean renewable energy consumption. However, the spillover effect of natural gas on clean renewable energy consumption presents an asymmetric relationship across the G7 countries. • This paper presents a symbolic network topology approach. • The approach is applied to the case of energy transitions in G7 countries. • The study employs a historical decomposition methodology. • The study examines the dynamic transition from traditional energy sources to clean and renewable energy. • Based on extracted policy implications led transitioning from dirty energy to clean energy dependency. [ABSTRACT FROM AUTHOR]