Azerbaijan's Strategic Role in the Global Energy Transition: A Regional Model for Balancing Hydrocarbon and Renewable Energy Development

Abstract

Azerbaijan's energy transition presents a distinctive case among hydrocarbon-exporting economies: rather than treating renewable energy and oil and gas development as competing trajectories, the country pursues an integrated strategy that leverages its hydrocarbon infrastructure, capital base, and technical expertise to support renewable deployment. This paper examines how Azerbaijan's exceptional climatic diversity — spanning nine of the eleven Köppen climate zones (World Bank & Asian Development Bank, 2021) — enables a regionally differentiated approach to renewable energy, in which solar, wind, and biofuel technologies are matched to the specific conditions of regions such as Baku, Nakhchivan, Karabakh, East Zangezur, and Mil-Mughan. The analysis further examines the emerging synergy between hydrocarbon processing and low-carbon chemical production, captured in the industry concepts of Crude-to-Chem and Carbon-to-Chem (Nasirov, 2023), and benchmarks Azerbaijan's biofuel and waste-management initiatives against international experience in the United States, Germany, Brazil, and Sweden. Drawing on the country's renewable energy targets under the “Azerbaijan 2030” strategy and its outcomes at COP29, the paper argues that Azerbaijan's regionally differentiated, infrastructure-synergistic model offers a transferable framework for other resource-rich economies navigating the low-carbon transition. The paper concludes by identifying the principal limitations of the current evidence base and outlining directions for further quantitative research.