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 81–100 of 6146 papers
Απόστολος Βαβούρης, Lina Stanković, Vladimir Stanković
This study applies two-stage DTW meta-clustering to extract residential electricity load archetypes under low-carbon technology adoption (e.g. solar, storage, EVs). The archetypes can inform demand forecasting, grid operations, and demand-r…
Peng Zhang, Shoujun Huang, Fan Liu +1
This paper addresses privacy-preserving coordination of multiple energy hubs to support low-carbon smart cities. It targets urban-scale multi-energy optimization while protecting sensitive operational data, offering implications for distrib…
M.D.B. Watanabe, V. Ballal, T.F. Lopes +1
A screening review of SAF production routes—syngas, biocrude, and alcohol-to-SAF—comparing life-cycle GHG intensities against fossil jet fuel over the past decade. Aligned with EU-RED and ICAO-CORSIA, it synthesizes carbon footprints and ke…
Qiang Du, Yaru Ma, Youdan Huang +2
This study models how low-carbon technologies diffuse among prefabricated component manufacturers as evolutionary dynamics on a weighted network. It suggests that the strength of inter-firm ties shapes technology adoption. No abstract is av…
Tongzhou Yang, Zhejing Bao, Miao Yu
This paper proposes a low-carbon power system scheduling approach that coordinates generation and demand sides using nodal marginal carbon intensity as a signal. By embedding time- and location-varying carbon intensity into dispatch, it aim…
A. Mishra, C.A. O'Sullivan, S. Mueller +3
Australia's government is funding a domestic Low Carbon Liquid Fuels (LCLF) industry to boost fuel security and decarbonize hard-to-abate sectors like long-haul transport, aviation, shipping, and remote mining/agriculture. Currently Austral…
Guiqiao Zhang, Ziliang Ma
Using Chinese listed manufacturers (2010-2024), this study shows digital transformation reduces firms' low-carbon transition risk. Substantive green innovation mediates this effect, while strategic (symbolic) innovation does not. Effects ar…
JiYeon Kim, Soonchul Lee
A study on the policy implementation process of aquathermal energy clusters for carbon neutrality and energy transition. It examines how local renewable-heat deployment is translated into policy and implemented. Without an abstract, details…
Olatunji A. Shobande
This study analyzes the dynamic relationship between energy transition, entrepreneurship, and carbon neutrality in Nigeria (1985–2024) using time-series econometrics (FMOLS, DOLS, CCR, RLS). It finds a duality: energy transition and entrepr…
Semih Özel
Replication package for a study analyzing water–energy–carbon trade-offs in food-industry water reuse (olive oil mill and dairy plant) using MINLP and TOPSIS. Includes optimization models, inputs, figure/Monte-Carlo scripts. Carbon accounti…
Haider Hassan Itoo, Md. Asif Iqubal, Jekka Chandrasekaran Sharmiladevi +3
Using a NARDL model on Indian data (1990–2018), this study finds asymmetric effects of innovation, renewable energy, and technological know-how on GHG emissions. Positive renewable energy shocks cut emissions, while innovation and technolog…
Eka Sudarmaji, Muhammad Rubiul Yatim, Herlan +1
This study compares electricity generation data from 1985–2024 to explain why Indonesia's renewable transition lags ASEAN peers and OECD nations despite abundant hydro, solar, and geothermal resources. By 2024, renewables reached over 40% i…
Maksym Mykhei, Marcela Taušová, Peter Tauš +5
Analyzes 25 European electricity systems (2015–2025) using hourly ENTSO-E data. Higher solar/wind generation correlates with lower fossil generation, but magnitudes vary by country. Rising renewable shares are linked to more very-low and ne…
Kingsley Chinonso Mark, Ndubuisi Anthony Ugwu
This paper analyzes Nigeria's climate policy and renewable energy transition through a political economy lens. It identifies structural constraints: oil-and-gas industry influence, fossil-fuel dependence for foreign exchange, gas flaring an…
Tina Thomas
A decade-long (2015–2024) multi-case study of ExxonMobil, Shell, and TotalEnergies analysing annual reports, sustainability disclosures, and investor materials through legitimacy theory. It identifies three phases of IOC response and develo…
THAW MAUNG, GONE YI
This critical review benchmarks rare earth element (REE) recycling routes for NdFeB magnet waste—hydrometallurgical, short-loop, pyrometallurgical, and bioleaching—on recovery efficiency, purity, cost, and environmental footprint. It situat…
Syed Muhammad Salman
Analyzing the EU-27 over 2015–2025, this study tests whether economies with greater digital absorptive capacity saw different renewable-capacity trajectories during the post-2022 AI acceleration. Using two-way fixed-effects, event-study, an…
Zheng H.
This study formulates coordinated operation of power-electronics-dominated (PEDF) microgrid clusters as a Stackelberg game to support distribution network security and flexibility. It proposes an optimization approach balancing grid stabili…
Korucan A.
A study examining capacity payments in the Turkish electricity market, asking whether such mechanisms are a genuine necessity for supply adequacy or a policy choice. Without an abstract, details are limited, but it likely addresses power ma…
Østergaard P.A.
This work integrates PV, waste-heat recovery, Positive Energy Districts (PEDs) and CO2 accounting into a framework for sustainable energy planning and management at district/city scale. It links renewable generation and unused-heat utilizat…
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