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 321–340 of 1715 papers
Gräfe, Moritz, Pettas, Vasilis, Ioannou, Anastasia +3
WINPACT is a Python-based life-cycle modeling tool for impact assessment of wind energy technologies. It simulates the operational life of wind assets and their interaction with metocean, technical, and economic environments. This release e…
Ben Salem, Yassine
This study determines optimal siting for 500 MW of utility-scale PV in the southern Tunisian 150 kV grid (STEG) using a PSO-AC-OPF framework. It employs quasi-dynamic 24-hour simulations, Monte Carlo stochastic evaluation with CVaR risk, an…
wu, yiyan
This dataset is built on NREL's solar power data for integration studies, providing photovoltaic power data for renewable energy research. It does not include specific analysis or applications.
Ahmed A.
This review assesses renewable energy generation technologies for achieving net-zero energy buildings (NZEB). It surveys deployment cases and evaluation methods, discussing technical and economic barriers. Provides insights for decarbonizin…
Xinhe Bai
This review systematically examines recent progress in all-wood-based interfacial solar steam generation (ISSG) devices, highlighting wood's hierarchical porous structure, hydrophilicity, and low thermal conductivity. It compares phototherm…
Jiaxu Wang, Ning Lu, Ying Sun +2
This study develops a microclimate-adjusted carbon density model to assess the impact of photovoltaic installations on grassland carbon density in Inner Mongolia. The model improves estimation accuracy, enhancing understanding of land-use c…
Rashid Zaman, Terri Trireksani, Hadrian Geri Djajadikerta
Using a panel of listed firms from 30 countries, this study finds that corporate renewable energy consumption is negatively associated with external assurance costs (audit fees). The effect is mediated by lower emissions, fewer environmenta…
Omar Al-Kasasbeh
This study analyzes the relationship between the blue economy and marine renewable energy using a hybrid ecological-developmental framework. It maps environmental, economic, and social dimensions and classifies structural, financial, and go…
Ovious Kabinda, Francis Sichilima
This study assesses barriers to solar energy adoption in rural Zambia, finding that PAYG systems improve basic access but productive use is limited. Key barriers include high upfront costs, limited financing, and weak technical support. Sol…
Tukumbetov, Shavkat, Tukumbetov, Ogabek
This paper assesses the contribution of renewable energy development to economic growth in Uzbekistan using 2021-2025 statistics. Renewable capacity grew 4.88 times, with solar and wind accounting for over 95% of new capacity, while GDP gre…
Shen, Jianxiang
This paper analyzes how land constraints shape renewable energy pathways and siting under China's carbon neutrality goal. It finds that land availability significantly limits the potential for renewable energy deployment, offering insights …
Scholta H.F.
This paper proposes and examines temporal matching as an accounting principle for green electricity claims. It analyzes how the temporal alignment of renewable energy attribute certificates affects actual emission reduction effectiveness an…
Williams A. Ayara, Kehinde D. Oyeyemi
This study analyzes the impact of atmospheric methane on solar power efficiency and economics from SDG 7 and 13 perspectives. Methane-induced warming and haze reduce sunlight, lowering PV output. Reducing methane could boost solar efficienc…
Anabel Díaz-Labrador, José M. González-Cava, Héctor Quintián +1
This narrative review surveys photovoltaic generation forecasting methods for energy communities, highlighting a shift from physical models to data-driven machine learning and deep learning approaches. It identifies a gap: short-term foreca…
Óscar Martín, E. Jiménez‐Macias, J. C. Sáenz‐Diez Muro +2
This study applies circular economy principles to an existing hydropower plant by integrating a closed-loop pumped hydro energy storage system, using life cycle assessment to quantify environmental impacts. Results show that slope stabiliza…
Savithi, Charuay, Phothong, Lersak, Sukprasert, Anupong +1
This package provides a reproducibility kit for a deployment-consistent multi-horizon solar irradiance forecasting framework. It includes code, notebooks, processed data, prediction artifacts, and checksum audits, enabling reproduction of b…
Guliyeva J., Ibrahimova R., Taghiyeva G. +1
This paper analyzes renewable energy (RES) as a key driver of sustainable economic development, diversification, and macroeconomic stability. Falling costs of solar PV and wind make new green plants cheaper than operating existing coal plan…
Prof. BARHDADI, Abdelfettah
This module is an educational course introducing current energy challenges and the transition to sustainable energy models. It provides an overview of the global energy situation with a focus on Morocco, covering types of renewable energy, …
M. Bibih, K. Choukri, M. E. Khaili +1
This paper proposes a transmission-level dual guarantee of origin framework to prevent double counting in renewable electricity and green hydrogen exports. Using a Morocco–Spain case study, it designs the attribution and tracking of environ…
Faysal Mohamed Yusuf
This policy brief examines the role of private investment in accelerating Somalia's renewable energy transition, highlighting challenges such as regulatory uncertainty, limited finance access, infrastructure constraints, and investment risk…
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