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 1121–1140 of 1701 papers
Thompson Xavier Ananth, Mohit Verma, Shashi Kant +1
This paper examines how AI-enhanced green innovation systems, specifically wind-tree renewable energy, drive decarbonization in Tanzanian universities. Using a TOE framework and SEM, it finds that AI significantly improves green innovation …
Oscar Adrián Hernandez García
This book provides a foundational conceptual and technical framework for renewable energy systems within the global energy transition. It covers solar, wind, hydro, geothermal, and bioenergy, emphasizing systems integration, smart grids, st…
Oscar Adrián Hernandez García
This book provides a technical and conceptual analysis of residential solar water heaters, covering design, installation, and integration. It positions solar thermal as a reliable and economically viable energy system, redefining the roof a…
Sharif, Abdulla
This paper explores strategies for scheduling IT workloads in data centers to align with renewable energy generation, thereby maximizing renewable usage and reducing stress on the power grid.
Kumar PP, Mallu RPR
This paper proposes a method for detecting mounting structure misalignment and hotspot faults in solar PV systems using infrared images. It uses 2D-EGRPO for layout optimization, LC2RN-AGN for fault detection, and LDPQR for compensation, ac…
Brini R
This paper examines the effect of public debt on donor financing for renewable energy in 28 African countries from 2000 to 2023. Using Driscoll-Kraay standard errors, PCSE, and FGLS techniques, it identifies an inverted U-shaped relationshi…
OLCZYK M
This study develops a globally reproducible framework to assess ecological exposure from utility-scale wind and solar expansion, using satellite data and ecological integrity metrics. It finds that while only about one-quarter to one-third …
Oscar Adrián Hernandez García
This book provides a technical analysis of domestic-scale biodigesters, covering design, implementation, and integration for energy production and waste management. It evaluates anaerobic digestion processes, performance optimization under …
Lewis Blagogie, Chad Walker
This chapter examines communities of place versus communities of interest in Arctic energy transitions, using the Galena biomass project in Alaska as a case study. It highlights collaborative leadership and active community involvement, whi…
MOHAMMED AFWAN
This study designs and simulates a hybrid renewable energy system for Mumbai Central Terminus, including rooftop solar, piezoelectric from footfalls and rail vibrations, and thermoelectric from waste heat. An AI-augmented control layer (LST…
Nugroho, Rifkiyan Nur Cahyo Adi, Hakam, Dzikri Firmansyah
This study conducts a techno-economic feasibility analysis of a 100 MW floating solar photovoltaic (FSPV) system at Jatiluhur Reservoir, Indonesia, using RETScreen. The project requires an initial investment of USD 79.8 million, generates 1…
Asenbaeva, Aydaygul, Norboyeva, Dildora
This paper analyzes the economic efficiency of developing renewable energy sources, particularly solar and wind, in Uzbekistan. It highlights the urgency of preserving natural resources and ecological balance in globalization, emphasizing t…
Julia Offermann, Mona Frank, Barbara S. Zaunbrecher +4
This paper proposes an interdisciplinary framework for assessing landscape suitability for wind energy in Germany, integrating public acceptance, landscape characteristics, and techno-economic constraints. Using survey data (n=1014), it emp…
Julia Offermann, Mona Frank, Barbara S. Zaunbrecher +4
This study proposes an interdisciplinary framework for wind energy siting that integrates public acceptance, landscape characteristics, and techno-economic constraints. Based on a questionnaire survey (n=1014) in Germany, it assesses percei…
Katja Lieberz, Mona Frank, Barbara Zaunbrecher +3
This study investigates how landscape-integrative designs of ground-mounted PV and wind turbines affect community acceptance. Using interviews and a German questionnaire with 104 participants, it reveals differences in perception and accept…
Gebrezgabher BT, Belete FA, Tesfay GG +1
This study produces and evaluates sesame stalk biomass briquettes with binders like paper waste and cow dung. Optimal briquettes achieve density 0.78 g/cm³ and calorific value 13.19 MJ/kg, indicating viability as a sustainable household fue…
Dr. Sweety Supriya
This review paper explores the role of Artificial Intelligence in India's renewable energy transition. It finds that AI can address intermittency, improve forecasting, and enhance grid stability. The paper concludes that AI and machine lear…
Sule Magaji1*, Bultu Babagana Zanna2, Yahaya Ismail3
This study examines the role of community participation in developing affordable and clean energy solutions in Maiduguri, Nigeria. Analysis of data from 186 respondents shows that community involvement significantly improves accessibility, …
(著者不明)
This Special Issue collects cutting-edge research on integrating renewable energy technologies with green buildings to achieve carbon neutrality. It covers passive radiative cooling, thermal energy storage, intelligent operation, and more, …
Linhai Guo, Zhengcheng Dong, Xiaoyu Zhang +2
This paper proposes a configuration method for photovoltaic and energy storage systems in distribution networks using a two-stage stochastic optimization model. It addresses uncertainty to improve renewable energy integration and grid stabi…
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