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 28361–28380 of 32159 papers
M. Bibih, K. Choukri, Mohamed El Khaili +1
This study uses real-world data from a 140 MW wind farm to evaluate the optimal coupling of battery and green hydrogen storage under variable demand. The hybrid system reduces curtailment to ~3%, increases renewable utilization to ~96.2%, a…
Yanuar Rachmat, Mochammad Resha
This review comprehensively examines the integration of Organic Rankine Cycle (ORC) technology in geothermal power plants for green hydrogen production. It analyzes key factors such as working fluid selection, ORC configurations, and geothe…
F. Panaitescu, R. Chivu, M. Panaitescu +1
This study experimentally evaluates the dynamic response time of a PEM fuel cell powered by green hydrogen for integration into wind power systems. Using automated measurement, the response time was found to be approximately 0.3 ms, about 2…
Sergii Boichenko, Pavlo Koshyl, Iryna Shkilniuk +2
This review systematically covers green hydrogen production (mainly water electrolysis), storage methods (temperature, pressure, density, efficiency, cost), fuel cell types (PEMFC, SOFC, AFC, PAFC, MCFC), and stationary applications. It arg…
J. Leyva-Ramos, M. Ortiz-Lopez, L. Diaz-Saldierna
This paper presents a combined model of a PEM electrolyzer and a quadratic step-down converter powered by renewable sources for hydrogen production. Experimental and simulation results support the design of robust controllers for green hydr…
Thomas Storey, Rohit Rao, Michael Walsh +1
This study analyzes curtailment trends of wind and solar in Great Britain and explores the potential for green hydrogen production. Using macroscopic proxy data, it finds that combining wind and solar can enhance energy capture by up to 2.2…
Juana Fernández-Rodríguez, Marta Muñoz, Montserrat Pérez
This study examines two-phase anaerobic co-digestion of slaughterhouse waste fractions for green hydrogen and biomethane production. The optimal 25% liquid:75% semi-liquid mixture enhanced hydrolysis (1280% increase in soluble COD) and achi…
Youxin Chen, Kuan Zhang, Nian Liu +1
This paper proposes a mean field control method for rapid electrolysis power allocation in large-scale electrolyzer arrays, enhancing green hydrogen production efficiency and renewable energy utilization. It combines a hyper-box dynamic par…
Abdelhafidh Benreguieg, L. Montuori, M. Alcázar-Ortega +1
This study assesses the suitability of MENA fossil-fuel exporting countries for large-scale green hydrogen and ammonia production using multi-criteria decision analysis. Eleven indicators covering supply, demand/logistics, and risk/regulati…
Lihua Li, Xiaowen Zhuang, Baihua Dong +1
This study analyzes the impact of renewable energy investment on regional economic growth in 31 Chinese provinces (2010-2022) using a socio-technical systems framework that treats behavioral variables like environmental cognition and risk p…
Sheeba Zafar, Tasneem Akhter, Aqeel Ahmed +1
This study examines the relationships among green technological innovation, renewable energy consumption, economic growth, and carbon emissions in China, Russia, Brazil, and India from 2001 to 2024. Using a fixed-effects model with Driscoll…
Walter Naranjo-Lourido
This study develops and simulates a green hydrogen propulsion system for Colombian Navy vessels using PEM fuel cells and supercapacitors instead of batteries. Compared to gasoline, hydrogen reduces fuel mass by 57% and volume by 18%, though…
Siyuan Liu, Xuantong Li, Mengyao Han +3
This report systematically analyzes technical pathways, resource potential, spatial distribution, and economic/environmental benefits of offshore wind-driven green hydrogen production. It reviews water electrolysis technologies (AWE, PEMWE,…
Roberta De Cristofaro, C. Ponsiglione, S. Primario
This paper proposes an agent-based model to capture the complexity of green hydrogen value chains and applies it to a case study in Palma de Mallorca. The model supports policymakers in evaluating investment scenarios under decarbonization …
Mohammad Alrbai, Hamzeh M. Duwairi, M. Hussein +2
This study compares the performance of a solar thermal ORC-driven alkaline electrolyzer for green hydrogen production. Dynamic simulation of eight configurations over one year identifies the optimal setup: parabolic trough collectors with R…
Peter Situma Masibayi, Y. Ghabon
Using ARDL modeling on Kenyan data from 1980-2023, this study finds that a 1% increase in renewable energy generation boosts manufacturing output by 0.099% the following year, while non-renewable generation has contractionary long-run effec…
K. Gomonov, Svetlana V. Ratner, Arsen A. Petrosyan +1
This study uses agent-based modeling to simulate the scale-up of Russia's green hydrogen industry from 2024 to 2050. It identifies three phases and two critical thresholds, with the electrolyzer learning rate as the most influential paramet…
Moe Thiri Zun, Benjamin Craig Mclellan
This study develops a decision support system (DSS) for objectively identifying optimal green hydrogen production sites using solar and wind resources. It integrates economic, environmental, technical, social, and risk factors via multi-cri…
A. Harrison, George J. Fulham, Haoliang Hong +1
This paper proposes a system that thermally couples solid hydrogen storage and carbon capture to smooth out fluctuations in renewable energy generation. The thermal coupling enables efficient energy management, simultaneously providing stab…
Mobin Naderi, David A. Stone, E. E. Ballantyne
This paper presents a modular modelling approach for long-term analysis and design of renewable-powered hydrogen generation and storage facilities, integrating solar, wind, battery, backup power, and hydrogen system modules. It proposes a c…
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