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 201–220 of 4822 papers
M Ahsin Sidqi, Syaiful Ali
Surveying 161 Indonesian electricity-sector professionals with SEM (LISREL 8.80), this study finds transformational leadership drives technology adoption and policy regulation, with technology adoption showing the strongest direct effect on…
Deepak M. Divan
This perspective piece examines whether the push for energy transition and the goal of expanding energy access can converge. Written from a National Grid (US) vantage point, it weighs the alignment and tensions between decarbonization and a…
Jeremiah Thoronka
This ethnographic study of clean-cooking transitions in Kigali, Rwanda, argues that urban energy transition is a negotiated reorganisation of cooking practices shaped by gendered labour, household authority, infrastructure, and trust, not a…
Fadzai Mhariwa
Using fixed-effects panel regression on UNDP Gender Inequality Index and World Bank data (2002-2021) for Southern African countries, the study finds renewable energy consumption is positively associated with gender inequality, suggesting un…
Cumhur Dülger, Fabian Behrendt
Analyzes Istanbul's 2020–2024 waste-to-energy transition using portfolio decomposition and concentration indices (HHI, effective source count, Theil) on İSTAÇ facility data. Generation rose from 457 to 1332 GWh; HHI fell from 1.00 to 0.47 a…
Waqar Ali Khan
This study develops a digital twin framework to optimize neighbourhood-scale hybrid renewable energy systems combining solar, wind, batteries and hydrogen storage. Tested in a Melbourne suburb, it shows household electricity costs, carbon e…
Mohamed Naouri, Aicha El Alaoui
A bibliometric analysis of 455 Scopus-indexed English articles (2001-2026) linking energy transition to structural transformation, diversification, and global value chains. Output was limited until 2018 but surged after 2021, concentrated i…
Vittoria Battaglia, Remo Santagata, Laura Vanoli
This study integrates techno-economic analysis and LCA to compare three Power-to-X pathways in a Southern Italian renewable energy community. Power-to-Power raises self-sufficiency from 46% to 71%, while Power-to-Gas offers the shortest pay…
Tanja Myllyviita, Kati Koponen, Sara Saukkonen +1
A PRISMA 2020 review of 2015–2024 LCA studies on wind, solar, geothermal, hydropower, e-fuels and nuclear energy in Europe. Nearly 90% assessed climate impacts, but acidification, resource use and eutrophication were less consistent, with m…
Voahary Iangotiana Andriamaromanana
This thesis examines how household decisions—as consumers, producers, and investors—shape collective outcomes in the energy transition. Using theoretical modeling, large-scale administrative data, and econometrics, it identifies three mecha…
Efstathios E. Michaelides
This chapter critically surveys key methods to control and reduce anthropogenic CO2 emissions, emphasizing energy efficiency, nuclear power, and renewables (wind and solar). It presents detailed data on decarbonization requirements at three…
Trosino, Nicolas Olivier, Macdonald, Ruaridh R., Parsons, John E.
This work extends GenX, an open-source capacity expansion model, by coupling a nuclear reactor (fusion or fission) with thermal energy storage. It quantifies the value of this hybrid in converting steady heat output into flexible low-carbon…
Luis Kuhrmann, Peiyuan Chen, Lisa Göransson +1
Capacity expansion energy system models (CE-ESMs) optimize decarbonization but typically linearize the grid and omit stability constraints. This study evaluates N-1 voltage security of a 2050 decarbonized Nordic system from a CE-ESM, testin…
Vaskina I.
This study examines Ukraine's wartime power system, covering infrastructure damage, resilience, and pathways toward a renewable-based recovery. It links energy security under extreme disruption to post-war decarbonization planning, offering…
Cai L.Y.
This study simulates and plans the evolution pathway of China's energy supply and demand under the dual carbon targets (peak by 2030, carbon neutrality by 2060). Without an abstract, details are limited, but it appears to model decarbonizat…
Liotta C.
This study analyzes how portfolios of urban transport policies affect environmental outcomes and social welfare across 120 cities worldwide. It suggests that combining multiple policies can achieve both environmental gains and welfare impro…
Roth S.
This work addresses approaches to decarbonizing production and use cases for sustainable production planning and fuel supply. With no abstract available, details are unclear, but it appears to connect manufacturing decarbonization with fuel…
Petersen A.M.
This study assesses the techno-economics of integrating bioethanol production from spent sulfite liquor (SSL) to cut GHG emissions at sulfite pulping mills. It weighs emission reductions from fossil-fuel substitution against capital costs a…
van Ruijven B.
This paper examines the implications of greenhouse gas emission mitigation scenarios for the main Asian regions. It analyzes regional emission pathways and the distributional effects of mitigation, offering insights relevant to climate poli…
Mínguez S.Z.
This work examines gravity (spatial interaction) models as a tool for estimating greenhouse gas emissions from road traffic within urban planning. By linking traffic volumes to land use and population distribution, it offers a spatially exp…
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