GX & Decarbonization Research

Haozhe Xiong, Daojun Tan, Yiqun Kang +4

This paper proposes a low-carbon economic dispatch model for an islanded renewable microgrid. The objective includes fuel, O&M, BESS degradation, curtailment, load shedding, DR compensation, and carbon emission costs. A repair-based constra…

Masroor Ahmad, Anam Ul Haq Ganie, Ghadda M. Yousif

This paper examines whether nuclear energy promotes sustainable economic growth during the low-carbon transition using non-linear and asymmetric analysis. It provides empirical evidence on the role of nuclear power in balancing economic gro…

X D Liu, Ningyu Mao, Yuhao He +3

This paper proposes a low-carbon economic dispatch method for electricity-hydrogen integrated energy systems considering carbon capture, building an optimization model to balance economic and environmental objectives.

Hanqing Hu

This paper uses the LEAP model to forecast Beijing's energy demand and carbon emissions from 2020 to 2060 under baseline, low-carbon, and enhanced low-carbon scenarios. Results show the enhanced low-carbon scenario best achieves the 'dual c…

Xingrun Tao

This paper proposes a framework to integrate the 'dual carbon' goals (carbon emission peak and carbon neutrality) into the comprehensive urban design of Zibo City. It presents four strategies: a symbiotic low-carbon spatial pattern of 'moun…

Dung‐Ying Lin

This study analyzes the trade-offs between CO2 and black carbon emissions in Arctic shipping route design. It considers the impacts on global warming and ice melt to propose optimal routes.

Alaa Said Gamal Khalil Alsisi, Melike Aktaş Bozkurt

This study employs a TVP-VAR framework to analyze time-varying spillovers among clean energy, fossil energy, finance, and technology sectors in Turkey and Egypt. Results show that system-wide connectedness intensifies during energy security…

Arash Kavousighahfarokhi, M.A. Hannan, Pin Jern Ker +3

This paper surveys artificial intelligence technologies applied to electric vehicle charging and hydrogen refueling systems, exploring how AI can optimize demand forecasting and control to enhance infrastructure efficiency and support the t…

Syed Mubashar Hussain Gardazi, Muhammad Saqib, Bushra Sharf +2

This review provides a structured analysis of integrated sustainable energy conversion and storage systems, covering biomass feedstocks, catalytic pathways, electrochemical storage, and hybrid renewable architectures. It quantitatively comp…

Anonymous, Author

This study uses a hybrid multi-regional supply-use model to compute carbon footprint, price, and import dependence of Australian steel across decarbonization scenarios (2024-2050). It quantifies the trade-offs between energy, cost, and secu…

Kai Huang, H. Kao

This study uses CFD simulation to analyze red mud as a partial cement raw material in a precalciner, finding that a blending ratio up to 5% maintains decomposition rate within industrial acceptable range (85-95%), enabling waste utilization…

Falak Bashir, Shivam Singh

This paper proposes a 'Green Resilience' framework that uses AI to synchronize grid security with environmental sustainability in decentralized renewable energy systems. AI enables autonomous threat detection, self-healing, and real-time op…

葉珍衣 葉珍衣, 劉郁孚 劉郁孚, 劉越萍 劉越萍

This article analyzes Taiwan's healthcare net-zero transition from the competent authority's perspective. Through comparative case studies of the UK, Australia, Japan, and Singapore, it argues that no single model exists but common success …

A. Jindal, G. Shrimali, B. Gallice +4

This paper analyzes how energy transition risks create uneven financial impacts across India's power sector, highlighting how the heterogeneous distribution of risks affects investment decisions and policy-making.

Nora Kyte, Mari Hellum Bjørnstad, Mostafa Barani +1

This study analyzes decarbonization pathways for Bolivia's power system, showing that reducing fuel subsidies can finance investments in solar and biomass. Subsidy reform is essential for achieving emission reduction targets by 2040 while e…

(著者不明)

This paper presents pathways to achieve net-zero greenhouse gas emissions using a simplified model, discussing specific scenarios and policy implications.

Roth, Michael Buchdahl, Parag, Yael

This record contains the ROTH Power System Model, an open, Excel-based hourly simulation tool for islanded power systems, along with scenario results for four 2050 decarbonization pathways for Israel (Business-as-Usual, Diverse, Renewable, …

D. Tolegen

This article examines Central Asia's strategic role in Turkey's energy policy, focusing on Kazakhstan, Turkmenistan, and Uzbekistan. It highlights the region as a crucial energy supplier and transit hub, discussing cooperation in renewables…

Sheng Wang, Lei Pan, Fanhui Shen +4

This study investigates the performance and mechanisms of Mn-Fe modified carbon-based catalysts for simultaneous removal of NO and Hg0 from simulated flue gas at low temperatures. Experimental results show high removal efficiencies and reve…

Yuanxing Dong, Li Xing, Xiaofeng Li +3

This is a corrigendum to a previously published paper on a membrane-less molten hydroxide direct carbon fuel cell with continuous fuel supply at low temperatures. It reports corrections to the modeling and experimental results. No new findi…