This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 761–780 of 5986 papers
Yu Yuan
This study uses a survey experiment with 927 participants to test whether energy-justice-framed policy narratives boost citizens' willingness to contribute time and capital to the energy transition. Justice framing significantly increased p…
Zhaofu Yang, Yongna Yuan, Hongbo Duan +1
A Chinese research team uses a dynamic CGE model to analyze how electricity decarbonization and electrification (fuel substitution) can be synergized toward clean electrification. The study quantifies economic and emission impacts of jointl…
Haiyang Zhang, Cheng Zhang, Yi Ning +1
Using panel data from 30 Chinese provinces (2006–2022), this study builds an AI development index and empirically tests AI's effect on low-carbon energy consumption structures. AI significantly promotes low-carbon transition via behavior-dr…
Khatib Ahmad Khan, Kamel Si Mohammed, Hind Alofaysan +1
This paper examines how geopolitical risk shapes energy markets, AI-driven electricity demand, EV adoption, and smart grids, drawing implications for the energy transition. It considers how surging data-center power needs and electrificatio…
Samira Sharifi Zemeidani, Fatemeh Razi Astaraei, Roghayeh Ghasempour +1
This study conducts a life cycle assessment of lithium-thionyl chloride (LTC) batteries in smart gas meters, covering 500,000 D-size cells over 30 years. Total carbon footprint reached 1,434,654 kg CO2-eq (28.7 kg CO2-eq/kg battery), with e…
Pradeep Rao Vennamaneni, Sri Prudhvi Adusumilli, Naveen Shrivastava +3
This paper reviews pre-2020 research on carbon-aware dynamic data routing in cloud pipelines, where workloads shift in real time to the data center with the lowest instantaneous carbon intensity. It synthesizes energy consumption models, ge…
Xiyun Yang, Haoran Zhang, Dongdong Bu +1
Proposes a bi-level optimization coupling power distribution and transportation networks, jointly coordinating flexibly operated carbon capture systems with EV charging demand response. Aims to cut system operating costs while balancing dec…
Muhammad Ammar, Muhammad Shahbaz, Abrar Inayat +4
This study examines steam gasification of palm oil empty fruit bunch (EFB) with CO₂ capture to produce low-carbon SNG. It combines kinetic modelling, thermodynamic efficiency assessment, and process safety implications. The work illustrates…
Weisheng Yang, Zhiyu Xie, 盛佳眉 +4
Industrial lignin and natural wood as sacrificial template yield a freestanding carbon electrode with directional hierarchical porosity and low tortuosity. It achieves 61.5 mg/cm² areal loading, 5.1 MPa compressive strength, and 20.3 F/cm² …
Justin Kinda, Tégawendé Justin ZAIDA, Etienne Malbila +1
This review proposes a five-stage framework coupling ML surrogate modelling, LCA, multi-objective optimization, and regional deployment logistics for geopolymer construction materials. Synthesizing 151 sources, it finds 30-70% GWP reduction…
Seyed Reza Samaei, K.S. Reddy, James Riffat
This study develops an uncertainty-aware digital twin framework for electrified low-carbon ports that explicitly handles sensor degradation, noise and synchronisation delay. Simulating a synthetic container terminal over one year at 5-minut…
Sk Arafat Zaman, Fahad Alzahrani
This study proposes an integrated low-carbon power pathway from municipal solid waste combining steam gasification, in-line tar cracking, an externally fired gas turbine, and a supercritical CO2 cycle. Using response surface methodology and…
Suiju Dong, Xiaolong CHEN, Yin LIU +3
This paper reviews research and application progress of seasonal thermal energy storage (STES) in low-carbon heating systems. It examines how solar and surplus renewable heat can be stored seasonally to decarbonize heating demand, surveying…
Ani Stoykova
Using EU-27 panel data (2015–2021) and a fixed-effects model, this study finds an inverted U-shaped relationship between fixed broadband penetration and carbon intensity, with an inflection point near 24.8 subscriptions per 100 residents. E…
Nana Kofi Twum-Duah
This work proposes leveraging both direct and indirect energy flexibility in electro-intensive research infrastructures to advance carbon neutrality. By adjusting operations to match variable renewable supply, it aims to reconcile decarboni…
ATIQUZZAMAN
This is the replication package for a study analyzing the cross-country renewable electricity transition (2010–2025) through interest rates, policy uncertainty, and institutions. It provides scripts and data reproducing system GMM, panel AR…
홍덕화
A study examining Korea's energy transition through the lens of 'cheap infrastructure.' It argues that transition can proceed without deeper transformation, analyzing the role of infrastructure costs and policy. Offers lessons on the effect…
Muhammad Azam, Ahmed Imran Hunjra, Vijay Kumar +1
Using a composite inclusive-governance index (political quality, gender representation, income equality) across 71 developing economies, the study finds governance is negatively associated with energy intensity, somewhat stronger in higher-…
Dilara Sülün
This study shows that Türkiye–EU energy cooperation has advanced substantially despite frozen accession negotiations, consistent with interdependence theory. Analyzing legislation, policy documents, and implemented projects in the energy ch…
Martin Chegere, Onesmo Selejio, Remidius Ruhinduka +2
Using five waves of Tanzania's National Panel Survey (2008–2020) and a balanced panel of 441 households, this study analyzes cooking-fuel transitions as 'energy mobility.' It finds bidirectional movement—14.06% steady climbers, 3.4% steady …
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