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 6146 papers
Fabian Neumann, Michael Lindner, Fabian Hofmann +24
PyPSA-DE is an open, sector-coupled optimisation model of the German energy system, integrating power, heat, transport and industry for quantitative decarbonisation pathway analysis. It underpins the upcoming Ariadne Szenarienreport 2026 up…
Prindal Rawal
As AI and cloud drive data centre electricity demand, this study analyzes operational power use, grid carbon intensity, cooling, and indirect emissions, and evaluates decarbonization pathways including renewable procurement, on-site solar/w…
Marco Dueñas, Antoine Mandel
An agent-based monetary input-output network model simulates medium-term effects of climate policy on production networks and sectoral labour allocation over 2026-2035. Comparing NDC and deeper-reduction scenarios, it finds asymmetric restr…
Cheng L.
A study examining how distributed energy resources (DER) reshape the economics of decarbonization in Michigan. It likely assesses how solar, storage, and demand response affect system costs and the power mix. Though region-specific, its eco…
Li Q.
This paper reviews the direction of technological innovation in the coal industry under the vision of carbon neutrality. It examines clean coal utilization and technologies such as CCUS, considering coal's transitional role. As no abstract …
Thakker V.
A long-term planning study mapping pathways to a net-zero chemicals industry, integrating technological change and climate dynamics. It offers a modeling approach for industrial decarbonization under uncertainty. Useful for transition strat…
Li-Cun Zhong, Furuide Zhang
Using an ISO 14040/14044-aligned LCA framework, this study quantifies environmental benefits of green technology innovation across PV energy, EVs, and green building materials. Crystalline silicon PV cuts GWP by 38.6%, Li-ion battery recycl…
Keyou Wang, Caixia Li
A review framing rural household energy transition in China at the intersection of the dual-carbon goals and Healthy China strategy, following the chain energy transition—household air pollution—health. It synthesizes GBD, Chinese cohort, R…
Nuclear Energy Agency
OECD/NEA and EPRI present plant-level LCOE data for 23 technologies across 21 countries, covering SMRs, hydrogen turbines, and fossil fuels with/without CCUS. Only nuclear LTO, hydro, and onshore wind/solar (excluding system costs) fall bel…
Jordan Thomas Carlson, Ryan P. Mulligan, Warren Edward Mabee
A 3D Delft3D hydrodynamic model of tides near Rigolet, Nunatsiavut (Labrador, Canada) was validated against ADCP observations and fed into HOMER Pro to compare tidal, wind, and solar options against the community's diesel grid. Tidal power …
Rocco MORELLI, Luigi Battisti
This study offers a preliminary managerial, economic, and technical assessment of the TAP (Thermonuclear Acceleration Process), an inertial electrostatic confinement (IEC) fusion concept based on Italian Patent No. 102017000039848. Breaking…
Songmin Yu
A book review of Dethlefs & Chatterjee (Eds., 2026), Renewable Energy Transition with Artificial Intelligence (Wiley). It surveys AI-driven solutions for renewable energy transition challenges, offering a cross-disciplinary framing rather t…
Priyanka Tanwar
This paper reassesses India's energy security as global decarbonization shifts strategic dependence from oil to critical minerals. It argues that supply-chain risks for lithium, cobalt, and rare earths create new vulnerabilities, urging a r…
Taina Lahtinen, Sam Grönholm
Using a Multi-Level Climate Governance framework, this article examines climate-neutrality transitions in Turku (Finland) and Gothenburg (Sweden). It argues that technically-driven energy policy innovation can generate urban vulnerabilities…
Abdulkadri Toyin Alabi, Mubarak Muhammed Abdulrazaq, Lukman Adebayo Oke
Using MMQR and robustness checks (FGLS, 2SLS), this study examines how technological adoption, economic globalization, and electrification shape GHG emissions in MINT economies (2008–2021). Electrification consistently raises emissions due …
César Ramírez Márquez, Heriberto Alcocer-García, José María Ponce‐Ortega
This paper examines small modular reactors (SMRs) as enablers of carbon circularity in next-generation biorefineries, going beyond their role as mere energy suppliers. It explores how SMR-provided heat and power can decarbonize biomass-base…
Vineeth Daniel Vinoy, Dhanasree Jayaram
This article analyzes how India conceptualizes and operationalizes just transitions through thematic analysis of policy documents and literature. It argues India's approach diverges from prevailing frameworks, embedding decarbonization with…
Lucas Barning
Using Assemblage Theory, this paper compares three National Smart Grid Mission projects in Panipat, Guwahati, and Mysuru to examine how smart grids were embedded in urban contexts. Projects were installed in distribution infrastructure but …
Philippe Le Billon
This chapter argues the international climate regime has long granted near-impunity to the fossil fuel industry, and that leaving fossil fuels underground (LFFU) is essential alongside renewables. It examines transition-away-from-fossil-fue…
Наталія Волченко
This paper examines how the resource capacity and functional allocation of social security systems relate to poverty, material deprivation, and energy poverty across the EU-27. Using 2023 expenditure and benefit-structure indicators against…
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