GX & Decarbonization Research

Shen Neng, Wei Wu, Guoping Zhang +3

This study uses quasi-natural experimental evidence from China's dual policy pilots to analyze how the synergy between digital empowerment and green transition enhances urban energy resilience. It finds that coordinated digital and green po…

Fengbai He

This study examines the impact of digital governance capacity on energy structure transformation using panel data from 285 Chinese prefecture-level cities (2010-2022). It finds that digital governance significantly reduces coal consumption …

Junhui Wu, Jiachao Peng, Y Hu +1

This study uses data from China's A-share listed companies to empirically analyze whether enterprise digitalization promotes green and low-carbon transition. The results show that digitalization significantly improves energy efficiency and …

Xu Ding, W. Gu

This paper focuses on energy communities for low-carbon and resilient urban energy systems, proposing a distributed framework for sustainable urban energy transitions. It contributes to the understanding of decentralized energy management a…

Shuoyang Zhang, Ruyao Yan, Gaojuan Zhou +1

This paper uses global panel data to identify thresholds in energy transition and analyzes the trade-off between carbon emissions and economic growth. It reveals critical points where energy transition impacts both growth and the environmen…

Hui Zhang, Yi Zhou, Ying Liu +12

A novel architecture of porous silicon encapsulated in a carbon capsule addresses the stability-transport trade-off in Si anodes. The engineered void accommodates volume expansion while multiple contact channels enable fast Li+ transport, a…

Naif Alsagr

This study examines the impact of energy uncertainty on nuclear energy production and hydrogen technology using quantile regression. Results show that energy uncertainty negatively affects nuclear energy at most levels but encourages hydrog…

Ngoc Huong Vu, Giang, Lo Giudice, Camilla, Kumar Pinayur Kannan, Shravan +1

This repository contains OSeMOSYS models for a study on techno-economic optimization and energy equity metrics integration for Viet Nam's energy transition plan, developed with MUIO v5.3.

Kaseb, Zeynab, Rane, Rahul, Lekic, Aleksandra +4

This paper proposes a quantum hardware-in-the-loop framework that integrates a real-time digital simulator with quantum hardware to solve optimal power flow for power systems with high renewable penetration. It validates using the IEEE 9-bu…

Liu, Xinyuan

This study simulates China's industrial deep decarbonization pathways from 2020 to 2060 using the IMED|TEC model under four scenarios (BAU, Default, Accelerated, Delayed). It analyzes impacts on carbon emissions, energy consumption, technol…

Mohamed Atef, Sanath Alahakoon, Umme Mumtahina +3

This paper develops a techno-economic framework for designing optimal microgrids for remote communities, combining simulation, dispatch modeling, and lifecycle costing. Applied to a 1000-household case in Australia, it evaluates hybrid syst…

Zihua Yin, Xi Lu, Chris P. Nielsen +14

This paper proposes a framework for reconfiguring industrial spatial layout guided by renewable energy potential to mitigate inequity risks in China's net-zero energy transition. It explores optimizing industrial distribution to align with …

Shubham Kumar Verma, Nandkishor M. Sawai, Shantharam Patil

This systematic review integrates qualitative synthesis and bibliometric analysis of 2,658 publications (2021-2025) on net-zero energy buildings (NZEB). Findings show research is centered on energy efficiency and renewable integration but l…

Prabal Das, Nabendu Sen

This paper proposes a multi-objective production-inventory optimization framework for industrial boiler decarbonization, incorporating green investment and fuel switching. It combines technoeconomic and policy analysis to balance cost and e…

Antonino Lopez Rios, Gilberto Lopez Rios, Pablo Moreno Villalobos +1

This paper proposes a generation expansion plan for decarbonizing the Baja California Sur electrical system in Mexico. It focuses on integrating renewable energy and optimizing the generation mix to reduce greenhouse gas emissions, consider…

Sergejus Lebedevas, Jevgenija Rutė, Dominykas Marozas

This study proposes an integrated methodology combining SWOT analysis and MCDM methods (TOPSIS, COPRAS, SAW) to evaluate and rank decarbonization technologies for existing vessels. Applied to an oil tanker, it identifies CCS, kite, air lubr…

Christian Claudel, Tianyi Wang, Yiming Xu +5

This study evaluates a novel infrastructure pathway for aviation decarbonization: utility-scale solar farms with phased arrays beam microwave power wirelessly to hybrid-electric aircraft during cruise. Integrating 143,152 U.S. flight trajec…

Kadi Kasepõld, Deniece M. Aiken, Ulla P. Tapaninen

This systematic review following PRISMA analyzes 61 peer-reviewed publications on ferry decarbonization over 13 years. It identifies three key research areas: technological innovation, regulatory frameworks, and operational strategies with …

Qianhui Wu, Rongda Zhang, L Y Zhou +10

This paper proposes an integrated multi-technology mitigation decision framework to optimize China's coal power transition pathways. It explores how combining different technology options can balance costs and emission reductions, offering …

Xuntao Qiu, Yuanwen Lai, Jianzheng Lin +6

This study develops a multiobjective optimization model to determine the optimal urban passenger transport modal structure that minimizes carbon emissions while balancing costs for stakeholders. Using a life-cycle assessment, it shows fuel-…