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 2721–2740 of 5822 papers
Jianzhuang Xiao, XJ Huang, Z L Chen +4
This paper analyzes key challenges and solutions for low-carbon concrete in the Pinglu Canal megaproject. It identifies engineering characteristics that increase emissions, proposes a multi-level framework integrating structural safety with…
Moiz Mansoor
This paper analyzes the structural energy crisis facing the AI industry, with hyperscaler capex exceeding $355 billion annually and data center electricity demand approaching 1,000 TWh by 2030. It reviews solutions from infrastructure (nucl…
Joshua Bailey, Hugh O’Connor
This article discusses how flow battery technology, which stores energy in liquid, could accelerate the green transition by enabling large-scale, long-duration energy storage for renewable energy integration and grid stabilization.
hadi khalaji, Ayat Gharehghani, Jabraeil Ahbabi Saray
This paper proposes a sustainable methanol synthesis process from biomass by integrating chemical looping and a CuCl thermochemical cycle. It analyzes technical feasibility and suggests potential CO2 emission reductions compared to conventi…
Danish Hameed, Kaleem Anwar Mir, Tanzeel ur Rashid +5
Using the PAK-TIMES model, this study evaluates energy efficiency and renewable energy policy scenarios for Pakistan's power sector from 2022 to 2050. Under BAU, energy demand surges from 3459 PJ to 7912 PJ; efficiency scenarios reduce supp…
Klaus Neundlinger
This paper argues that the renewable energy transition must be understood as a socio-technical process, not just a technological challenge. Comparing historical water mills with a contemporary Austrian energy community case study, it shows …
E. B AttahDaniel, U. V. Elisha, E. A. Kamba +2
This review compares various renewable energy technologies (geothermal, hydropower, biomass, solar, wind, hybrid) in terms of technological progress and sustainability. It finds that cost reductions and innovation have accelerated deploymen…
Wei He, Daoping Wang, Hanqi Yan +2
This study quantifies the net operational energy changes from AI adoption across US economic sectors using a Monte Carlo supply-demand decomposition. Results show divergent impacts: commercial saves 0.22 Q, while industrial (+1.25 Q) and tr…
Andrea Gatto, Cosimo Magazzino
This paper discusses the construction of robust resilience metrics to foster the energy transition. It identifies gaps in existing metrics and proposes a new framework to support grid resilience and renewable integration.
Alexander Zahar
This chapter defines energy transition under the Paris Agreement and reviews countries' reporting and emission data. Progress is limited to a few European states, reflecting weak commitment due to self-determination principle.
Shkirman, Kseniia, Fraboni, Riccardo, Pezzutto, Simon +2
This repository presents energy system data collection and validation for five pilot regions and fifteen cities/municipalities in the PLANtoACT project, funded by the EU LIFE Programme. It compares locally collected data with publicly avail…
Reyes Cerda, Pablo, Cea Morales, Kerven
This open dataset consolidates public curtailment records from Chile's National Electricity System into validated relational tables, covering 300 plants (solar, wind, hydropower) from Jan 2022 to May 2026. It includes daily and hourly table…
Jihun Kook, Jung-Wook Park
This paper proposes an interaction sensitivity framework in perturbation space for converter-driven stability in power systems with high renewable penetration. It captures event-dependent mode-state interaction reconfigurations after pertur…
Huilin Xin, Kun Li, Xiaoyu Ren +4
Using data from 95 prefecture-level cities in the Yellow River Basin (2010-2022) and the LEAP-YRB model, this study analyzes the decoupling of economic growth from CO2 emissions. By 2022, 62 cities achieved weak decoupling. Under a policy-d…
Emmanuel Emeka Okoro, Samuel E. Sanni, Oluwasannmi O. Olabode +3
This paper assesses the effectiveness of decarbonization strategies in the Niger Delta oil fields. It proposes a multi-faceted approach combining various reduction measures to achieve net-zero goals, analyzing the feasibility and impact on …
Serang Kwon, Seong-kyun Im
This study evaluates the potential of using ammonia or hydrogen as fuel in naphtha steam cracking to reduce CO2 emissions, along with an economic viability analysis. It provides quantitative data on decarbonization effects and payback perio…
Agnieszka Blokus-Dziula, Przemysław Dziula
This paper provides a comprehensive review of 135 studies (2022-2026) on sustainable infrastructure for transport decarbonization. It covers low-emission vehicles, refueling infrastructure, policy, intelligent transport systems, crisis mana…
Cyrian Hallermeyer, Caroline Bono, Pascal Da Costa +2
This paper explores optimal pathways to decarbonize district heating through nuclear cogeneration, analyzing technical, economic, and policy factors to maximize emission reductions.
El Makroum R.
This paper proposes a conversational demand response system using agentic AI for bidirectional coordination between aggregators and prosumers, leveraging demand-side flexibility to enhance renewable energy integration.
Sabbatini G.
This paper proposes a market-coupled model predictive control (MPC) architecture for local flexibility provision in distribution networks. By integrating market signals with MPC, it enables efficient utilization of distributed energy resour…
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