Pathways to China's carbon neutrality and clean energy transition: Evidence from the three decades long stricter environmental regulations

Abstract

This study highlights the ongoing debate surrounding China's slow low-carbon transition despite a rapid shift towards clean energy. However, this debate is crucial for finding pathways to China's pledge to carbon neutrality. Using Auto-Regression Distributed Lag model over the time series data spanning 1990–2020, study attempts to add to the literature by exploring the nexus betwixt environmental regulations, renewable energy transition, and carbon dioxide emissions along with incumbent macroeconomic factors i.e., economic growth and trade. The findings conclude that stringent environmental regulations spur renewable energy transition and combat carbon dioxide emissions. However, energy intensive growth suggests China's priority for development targets ˗ leading to continued increase in fossil fuels despite the remarkable increase in renewable energy resources in country's total energy mix. Moreover, trade remains the crucial component of economic growth but found helping for renewable energy transition in the short-run. The two-way causality between these factors validate the regression results. Whereas the inelastic and insignificant relationship between stringent environmental regulations, renewables, and carbon dioxide emissions in the long run – highlights prospective challenges in terms of efficiency, management, and subsidy-related issues. Thus, the study suggest that trade liberalization helps the country to achieve its carbon abatement goals. However, further market based policy reforms toward stricter environmental regulations are needed for innovation driven efficiency in the energy sector.