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 21–40 of 5860 papers
Khin OO, Paravee Maneejuk, Woraphon Yamaka
Using System GMM dynamic panel regressions across 28 Asian economies (2001-2021), this study examines how governance moderates the link between renewable energy consumption and income inequality. A PCA-based institutional quality index reve…
Harisankar Menon
This study techno-economically and environmentally assesses bio-binders for NZ and Australian roads under dynamic carbon pricing (NZ ETS, Safeguard Mechanism), simulating 122,400+ scenarios with machine learning. Bio-binders cut initial man…
Harisankar Menon
This study assesses bio-binders for NZ and Australian roads under dynamic carbon pricing (NZ ETS, Safeguard Mechanism), simulating 122,400+ scenarios with ML. Biogenic carbon cuts initial manufacturing emissions, but long-term economics hin…
Alla Krysak
This study assesses the energy security of environmental services in wartime Ukraine, where infrastructure destruction threatens ecosystem services and waste management. It shows decentralized renewables—bioenergy, agrivoltaics, hydrogen, w…
Christian Schachtner, Nadine Baumann, Adam Jabłoński +3
A qualitative study analyzing how digital sustainable business models are created and managed within regional energy ecosystems. It identifies coordination complexity, data integration, and regulatory fragmentation as key barriers, while co…
Brian Moyo, Vishwamitra Oree
This paper compares renewable energy (RE) transitions in Sub-Saharan Africa and Latin America, examining how political, institutional, and socio-technical conditions shape outcomes. Chile and Uruguay's success stems from sustained political…
Arjuna Nebel, Sarah Backeshoff, Oliver Dubbel +2
This paper revisits The Limits to Growth by extending the World3 model to integrate energy transition (ET) and circular economy (CE) strategies. Disaggregating non-renewable resources into energy and material flows, it finds that ET and CE …
Hyeok Kim, Dong‐Hwan Kim, Il Jeon +1
Editorial introduction to a Special Issue marking the 15th anniversary of Advanced Energy Materials. It compiles 28 research articles and 10 reviews spanning photovoltaics, electrochemical energy storage and conversion, flexible/distributed…
Dorsa Razeghi-Jahromi, Hossein Khajehpour, Francesco Gardumi
A review of how climate change reshapes regional power generation mixes, surveying global adaptation efforts, challenges and research gaps. Co-authored by researchers in Iran and Sweden, it maps international approaches and future research …
Lynette A. M. H. Germes, Carina J. Wiekens, Henny van der Windt
This study integrates energy citizenship and community research to examine factors linked to involvement in energy communities (ECs), using survey data from two studies in the northern Netherlands. Actual involvement is associated with part…
Kesna Prince, Kiruthika B, Nirmala M
This review examines how AI-enabled smart grids address grid stability, demand forecasting, and intermittent renewable integration in India. It links AI deployment to national missions (Grid Mission, IndiaAI Mission, NITI Aayog) and SDG-7/1…
Ian Morse, Julie Michelle Klinger, Gwendolyn K. Murphy
Reviewing 99 peer-reviewed articles (2013-2025), this paper argues that energy transition material (ETM) discourse relies on an imagined supply chain from mining to climate mitigation that no mechanism guarantees. It charts the dematerializ…
Σταυρουλα Παναγιωτιδου, Panagiotidou Stavroula
This thesis develops a geospatial framework to assess the spatial dispersion and concentration of power-generation infrastructure at national level. Combining Ripley's K, Voronoi tessellation, Gini coefficients and Moran's I, it applies the…
Joshi Hrishikesh Vijay, Sanjay Kumar Mangla
This study decomposes energy trends in the top 20 CO2-emitting economies (2015–2023) to test whether non-fossil growth displaces fossil fuels or merely adds supply. Fewer than half of the countries achieved absolute fossil reduction; many e…
Anim-Sampong S, Mensah-Bonsu K, Abuanor P
This study quantifies how rapid U.S. AI infrastructure growth strains grid planning. Using NYISO data and an 8,760-hour generation profile, it introduces a Capacity Reliability Gap (CRG) metric. Uncoordinated development could yield a 23-41…
Ucheana C, Rojas-Michaga MF, Hughes KJ +2
This study models an integrated AtJ biorefinery using UK wheat straw, assessing techno-economics, environmental and social life cycle impacts. It finds up to 80% GHG reduction, 68% SAF selectivity, and an MJSP of £0.75–4.53/kg highly depend…
Trosino, Nicolas Olivier, Macdonald, Ruaridh R., Parsons, John E.
This repository accompanies a 2026 paper on coupling nuclear reactors with thermal energy storage to convert steady-state fusion heat into flexible low-carbon electricity. It extends the open-source capacity expansion model GenX with a ther…
Rodriguez Morales, Jorge Ernesto, Höök, Mikael
A replication package for a socio-technical analysis of Sweden's electricity transition, combining long-term pathway modelling with hourly operational stress testing. Three pathways share demand milestones but differ in technology and imple…
Antonis Kourouklis, Fotios Chatzitheodoridis, Efstratios Loizou +2
This study integrates institutional and real options theory to analyze maritime decarbonisation, evaluating LNG, biofuels, hydrogen, ammonia, and methanol across emissions, maturity, infrastructure, and economics. Under IMO and EU ETS/FuelE…
Ashraf Dawar, Yang Bai, Muhammad Waqar Khan +1
Maritime decarbonisation is typically judged on carbon metrics alone, but this paper shows that shifting from heavy fuel oil to alternative fuels systematically transfers environmental and operational risks across hazard categories, life-cy…
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