GX & Decarbonization Research

Wang Siyuan**^1,2, **Wu Wenchuan**^1,2

As high shares of renewable energy increase grid volatility and uncertainty, this paper proposes a quantitative framework for assessing the regulation capability of aggregated flexible resources. It develops a reference model and indicator …

Jakub Kubiczek, Aleksandra Kaliszuk, Amelia Bochenek

This paper analyzes Poland's energy transition and its energy security risks. As the EU's most coal-dependent country, a rapid shift to renewables without grid expansion, storage, and demand-side management could cause supply shortages and …

Alain Verbeke, Thomas Hutzschenreuter

This paper proposes a framework distinguishing between commitments imposed on firms for the long-term energy transition and those enacted internally. It argues that external pressure alone is insufficient; firms must integrate these commitm…

Ryan Wiser, Mark Bolinger, Ben Hoen +8

The U.S. DOE's 2021 land-based wind market report reviews 2020 trends: record 16.8 GW added, wind supplying >8% of U.S. electricity, and average installed costs down 40% since 2010 to $1,460/kW. Turbine size and capacity factors continue to…

Paul J. Burke

This comment on Arimura & Sugino (2024) re-examines Asia-Pacific energy markets after Russia's invasion of Ukraine, showing Russia's share of regional fossil fuel supply remains small (oil 10%, coal 3%, natural gas 2%). It argues climate am…

Adrián Rivera-Marín, David Alfonso-Solar, Carlos Vargas‐Salgado +1

Presents a methodology for estimating decarbonization potential at neighborhood scale, applied to La Carrasca in Valencia, Spain. Quantifies mitigation effects at building and district level, offering insights for urban planning and energy …

Botond Géza Kálmán, Md Billal Hossain, Роберт Бачо +2

This study applies Random Forest to analyze the relationship between fossil energy consumption and economic growth in coal-based economies using World Bank data. It finds that energy-intensive development has indirect implications for agric…

Liang, Na, Ji, Yongsheng, Xu, Jing +4

This paper introduces a compact Janus membrane separator that enables a carbon-based aqueous supercapacitor to simultaneously use acidic and alkaline electrolytes, achieving a high cell voltage of 2.2 V and specific energy of 20.06 Wh/kg, w…

LI Jiaxiu

This study applies LMDI decomposition to quantify drivers of CO2 emissions in five Central Asian countries and compares decoupling status between economic growth and emissions. It provides policy insights for low-carbon transition in one of…

Xu Tianhao

This paper proposes an irreversibility evaluation method for cross-seasonal heat storage systems and analyzes the cold-hot mixing phenomenon in thermal storage reservoirs. It addresses the mismatch between supply and demand of zero-carbon t…

Wang Zhiqiang

This study examines Xinjiang's water-energy-carbon coupled system using environmental input-output and ecological network analysis on 2007/2012/2017 input-output tables. It quantifies linkage effects and ecological pressure transmission amo…

Cheng Lanhua¹, Yang Xianming^1,2, Wu Xinyan³

Using 77 prefecture-level cities in the Yellow River Basin, this study evaluates urban compactness through a multi-dimensional index and analyzes its impact on carbon emission performance using entropy weighting, kernel density estimation, …

Huang, Mr. Xi, Lixiang Zhang, Huang, Mr. Yuxin +3

This study numerically simulates the pressure boundary failure accident of a printed circuit heat exchanger (PCHE) connecting a lead-cooled fast reactor and a supercritical CO2 Brayton cycle, focusing on the large pressure difference betwee…

Andrii Kapustianskyi, Oksana Yurasova, Igor Galyanchuk +2

This paper examines combining small modular reactors (SMRs) and renewable energy sources to decarbonise the energy system. It appears to explore how deploying SMRs alongside renewables can achieve both stable supply and emissions reduction.…

Wang L.

This review systematically examines the applications and environmental trade-offs of hydraulic fracturing in sustainable subsurface energy systems. It highlights potential uses in enhanced geothermal systems and carbon capture, utilization,…

Han W.

This paper examines the path to green transformation of the logistics sector through the lens of eco-efficiency. It likely evaluates measures to reconcile environmental impact reduction with economic efficiency, such as energy saving and tr…

Yiwei Ren, Xunhuan Li, Siyou Xia

This study compares how the renewable energy transition affects energy security and equity in developing versus developed countries, revealing divergent outcomes and implications for policy design.

Xiao Li, Ganesh Doluweera, Sarah M. Jordaan

This paper examines whether energy storage systems effectively reduce carbon emissions, likely analyzing the interplay between storage deployment and grid decarbonization. The findings could inform policies for scaling up storage to support…

Jinsheng Gao, Gan Wei, Yuzhi Xie +1

Proposes an economic dispatch model for thermal power-integrated systems that balances carbon emission utility among units using envy-free fairness. A mixed-integer programming approach with piecewise linear fitting reduces mean absolute er…

TANG Xujian, ZHANG Yao, LIAO Longzhu, SUN Shichao

This paper proposes a bi-level source-load coordinated low-carbon planning model integrating carbon emission flow, green certificate trading, and carbon trading. Nodal carbon potential signals guide temporal and spatial demand response. Cas…