GX & Decarbonization Research

Teodora Gjorgjievska, Simona Stamatoska, Nikola Manev +1

This paper analyzes the role of renewable energy sources (RES) and battery energy storage systems (BESS) in enhancing critical infrastructure resilience, using the case of a partial blackout in North Macedonia in May 2025. It shows that dec…

Matjaž Mavrič

This thesis examines how the European Green Deal influences energy transition in six Western Balkan countries. It finds that EU influence is strong in formal legislative alignment (carbon pricing, renewable energy, NECPs) but weaker in impl…

Dzikrina Almas Kusumadewi, Yuki Mahardhito Adhitya Wardhana, Dwi Nowo Martono +1

This paper analyzes Indonesia's early retirement of coal-fired power plants (CFPPs) and transition to renewable energy. Using bibliometric analysis and systematic literature review, it identifies challenges such as coal dependency, sustaina…

Jonathan Senior, Krista Halttunen, Iain Staffell

This paper examines how US-China tensions over renewable energy technologies could delay the global energy transition. It highlights geopolitical risks to clean energy deployment.

Belay Sitotaw Goshu, Muhammad Ridwan

This study assesses Ethiopia's climate mitigation under the CRGE framework (2010-2023). Renewables (mainly hydropower) and afforestation achieved 34,006 tCO₂ reductions, but GDP growth drove emissions up 196%. Decoupling analysis shows full…

Chenyu Wang

This study proposes an intelligent energy management method for electricity-hydrogen-thermal integrated systems using reward-driven adaptive reinforcement learning. It contributes to optimizing system efficiency and decarbonization.

zhu hong, Guo Chunli, Shenyan Peak

A stabilization strategy for sulfur species in coal-derived hard carbon anodes using micropore confinement and chemical bonding is proposed. It achieves high reversible capacity of 450 mAh/g after 800 cycles, improving sodium-ion battery pe…

Mukesh Pandey, Divya Shukla, Him Davies

This review comprehensively examines the challenges and pathways for clean energy transitions in the aviation industry to achieve net zero emissions. It evaluates technological options such as sustainable aviation fuels (SAF), hydrogen, and…

Simin Tavajoh, Alice Moncaster, Jardar Lohne +1

This integrative review examines barriers to net-zero carbon buildings beyond economic and legislative factors, uncovering how stakeholder concerns—such as profit focus, risk aversion, and power dynamics—shape and reinforce these barriers. …

Iacopo Savelli

This study models profit cannibalization among renewables (RES) and battery storage (BESS) in 33 European countries for 2030 and 2040. RES capacity increases by 10% reduce RES profits by 19-23%, while BESS profits drop only 8%. RES growth b…

Satish C. Boregowda, Suresh Chand, Stephen Roosa

This paper examines electricity generation capacity planning integrating nuclear, renewables, and batteries, defining pathways that balance energy security and decarbonization. It demonstrates the feasibility of achieving stable supply and …

Marianna Pozzi, Giuseppe Muliere, Fabrizio Fattori +1

This paper presents a multi-period optimization model for selecting technologies to meet building energy demand under decarbonization pathways, analyzing cost-effective technology mixes for achieving emission reduction targets.

Baozhuang Niu, Enkai Zhang, Fengfeng Xie +1

This paper examines whether self-operated fleets can hedge against cost volatility and consumer payment uncertainty in the context of maritime decarbonization. It likely provides an economic analysis of risk management strategies for shippi…

Yunhan Zhang, Zhixin Liu, Le Wen +1

This paper theoretically and empirically analyzes how public debt affects transport decarbonization. It clarifies challenges for low-carbon transport investment under fiscal constraints and offers policy implications.

Yash Pal, Narendra N. Dalei

This paper examines the best feasible options for energy decarbonization in India, comparing renewable energy, nuclear, and CCUS technologies considering resource constraints and economics to propose the most viable pathway.

Kazy Mohammad Iqbal Hossain

This review evaluates six electrification pathways for steam generation in Bangladesh's textile sector, which accounts for 81% of its GHG emissions. High-temperature heat pumps (HTHPs) offer the lowest levelised cost of heat (USD 12–30/GJ) …

Stephen A. Roosa

This article explores the tough decisions on the path to decarbonization, highlighting complex trade-offs among technology, economics, and policy, and emphasizing the importance of stakeholder alignment.

Kritika Bhandari, Abinash Kumar Gupta, Hitesh D. Vora

This paper discusses the importance of decarbonization for a sustainable energy future. It likely provides a broad overview without detailed empirical evidence.

Moreno J.

This paper analyzes the impacts of various decarbonization pathways on the Sustainable Development Goals (SDGs) in the European Union, revealing synergies and trade-offs between climate policy and broader sustainability objectives.

Ahmad R.

This paper explores potential decarbonization pathways for Pakistan to meet Paris Agreement goals, quantifying future emissions reduction potential and highlighting the role of policy and finance mechanisms.