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 2821–2840 of 5968 papers
Soraya Yaghobi
This paper argues that safeguards designed to accelerate coal plant retirement may inadvertently worsen the accuracy of baseline estimates for emissions or energy supply. It highlights unintended consequences in policy design and calls for …
Belqasem Aljafari, T. Yuvaraj, Thanikanti Sudhakar Babu +1
This paper proposes a carbon-aware optimization method for virtual power plant (VPP) operation integrating distributed energy resources (DER) and energy–carbon trading using the cheetah optimization algorithm. It aims to improve VPP operati…
Mathilde Fernandes, Eric Foulquier, Gaëlle Guéguen-Hallouët
This paper analyzes the conceptual ambiguity between port ecologization and decarbonization in the context of the energy transition. Using a semantic framework and an exploratory analysis of French decentralized port websites, it reveals ec…
Chinmayee Panda Chinmayee Panda, Pratik Prasad Mahapatra Pratik Prasad Mahapatra, Madhab Chandra Jena Madhab Chandra Jena
This paper reviews India's policy framework for energy independence, analyzing major initiatives like National Solar Mission, Green Hydrogen Mission, and FAME. It identifies gaps in regulatory fragmentation, domestic manufacturing, green fi…
Lei Pan, Danni Wang, Fadhila Hamza +1
This study analyzes the impact of combustible renewables and waste, clean energy poverty, and energy justice on carbon emissions in developing nations, offering insights for SDGs. It highlights trade-offs between energy access and environme…
Afifah Eleksiani, Febi Dwirahmadi, Melissa Jackson +2
This paper examines three remote off-grid communities in Indonesia and Australia through comparative qualitative analysis, finding that community agency and governance frameworks critically shape energy autonomy and climate resilience. It r…
İgor R. Nasirov, Farhad Mammadov, Ramil Akhmineyev
Azerbaijan pursues an integrated strategy combining hydrocarbon and renewable energy development. Leveraging its diverse climate zones, the country deploys solar, wind, and biofuel technologies regionally. The paper examines synergies betwe…
Akshaya Jha, Gordon Leslie
This paper analyzes how start-up costs affect market power using a dynamic competitive benchmark. It shows that large-scale solar expansion can increase fossil-fuel plant profitability by softening competition at sunset, and that static mar…
Aygul Salmanova, Francesco Nicoli
A preregistered cross-national vignette experiment across six European countries (N=9,026) examines the gap between attitudes and civic engagement regarding energy infrastructure. While attitudes differ sharply by technology (solar/wind pre…
Heewoong Chae, Taehyun Kim, H S Kim +1
This paper proposes a method for sustainable methanol production by utilizing carbon black from methane pyrolysis, integrated with chemical looping combustion and SOEC systems to reduce CO2 emissions. The approach aims to effectively use ca…
Elisabeth Medina Dewi Saraswati, Julius Ferdinand, Mochamad Agung Sasongko +1
This study develops the Energy Transition Governance Framework (ETGF), an indicator-based diagnostic tool to assess governance quality and identify corruption vulnerabilities in Indonesia's electricity transition. It consists of three pilla…
Teodora Gjorgjievska, Simona Stamatoska, Nikola Manev +1
This paper analyzes the role of renewable energy sources (RES) and battery energy storage systems (BESS) in enhancing critical infrastructure resilience, using the case of a partial blackout in North Macedonia in May 2025. It shows that dec…
Matjaž Mavrič
This thesis examines how the European Green Deal influences energy transition in six Western Balkan countries. It finds that EU influence is strong in formal legislative alignment (carbon pricing, renewable energy, NECPs) but weaker in impl…
Cemal Egemen, Derviş Kırıkkaleli
This study examines the impact of AI investment on CO2 emissions in eight leading AI-investing countries from 2012 to 2022. Using the Augmented Mean Group method, it finds that AI investment and trade reduce CO2 emissions, while GDP increas…
Dzikrina Almas Kusumadewi, Yuki Mahardhito Adhitya Wardhana, Dwi Nowo Martono +1
This paper analyzes Indonesia's early retirement of coal-fired power plants (CFPPs) and transition to renewable energy. Using bibliometric analysis and systematic literature review, it identifies challenges such as coal dependency, sustaina…
Xu LinTing, Zhengyang Zhang, Nguyễn Thị Quỳnh Trang +1
This study develops a static-dynamic material flow model to quantify antimony demand and recovery potential for lead-acid batteries in stationary energy storage. It highlights the importance of coordinated substitution and recycling strateg…
Jonathan Senior, Krista Halttunen, Iain Staffell
This paper examines how US-China tensions over renewable energy technologies could delay the global energy transition. It highlights geopolitical risks to clean energy deployment.
Meng J, Hu L, Harris J +2
This study reconstructs national installed-cost trajectories for solar PV and onshore wind across over 160 countries, finding that latecomer cost convergence depends on technology architecture. For modular PV, emerging-economy laggards show…
Belay Sitotaw Goshu, Muhammad Ridwan
This study assesses Ethiopia's climate mitigation under the CRGE framework (2010-2023). Renewables (mainly hydropower) and afforestation achieved 34,006 tCO₂ reductions, but GDP growth drove emissions up 196%. Decoupling analysis shows full…
Chenyu Wang
This study proposes an intelligent energy management method for electricity-hydrogen-thermal integrated systems using reward-driven adaptive reinforcement learning. It contributes to optimizing system efficiency and decarbonization.
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