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 81–100 of 1521 papers
Tuzcu H.
A study on the effect of renewable energy in building heating systems. No abstract is available, but it likely addresses building-sector decarbonization and renewable heating.
V. D. Ostanin-Golovnya, R. Guzaerov
This study analyzes the evolution of Saudi-Turkish renewable energy cooperation from 2011 to 2026 within the broader dynamics of bilateral relations. It finds that complementarity—Saudi capital and ACWA Power expertise paired with Turkish m…
Javier Liñán-Chacón, Marina Frolova, Bohumil Frantál
Analyzing 50 Spanish onshore wind and solar PV projects via document analysis, interviews and multivariate statistics, this study maps conflicting parties, issues and project traits. It identifies 17 issues, 13 parties and a five-category c…
Rabia Şen, Gülfen Tuna
This study bibliometrically analyzes 1,953 papers (1993–2025) on how renewable energy affects firm performance, using VOSviewer and Web of Science. It maps publication trends, leading authors, institutions, countries, and keywords across ni…
Manisha K. C., Geeta Bhatta, B. Awasthi +2
This study combines GIS with multi-criteria decision analysis and AHP to identify suitable sites for solar farms in Nepal, using climate, economic, topographic and environmental criteria. Only 3% of Nepal's land is suitable, concentrated in…
Shamim Anowar, Ryan Bullock
A Manitoba case study assessing how provincial forestry, energy, and environmental policies shape forest-biomass bioenergy development. Combining a policy review with 15 expert interviews, it evaluates consistency, coherence, credibility, e…
Hassan Q.
A study mapping Europe's solar, wind, hydro, and green hydrogen production potential geographically. It visualizes the spatial distribution of renewable resources, offering a basis for energy transition policy and investment decisions. Meth…
Madani K.
This paper addresses whether renewable energy sources can realistically overcome global warming. No abstract is available, so its methods, data, and conclusions cannot be verified. It likely discusses the potential and limits of renewables …
Aloufi F.A.
This study characterizes suitable photovoltaic sites in Jeddah, Saudi Arabia, estimating deployable capacity and the resulting greenhouse gas emission reductions. It illustrates how geospatial siting analysis can support renewable deploymen…
Nili M.
This study develops an optimization approach for designing a sustainable and resilient closed-loop supply chain network for floating solar photovoltaic (FPV) systems. It integrates circularity and disruption resilience into supply network d…
Ramanathan N.S.
This work addresses the design, control and operation of a universal power converter that interfaces storage-enabled renewable energy with the grid, including operation under source outage. It targets flexible converter architecture for gri…
Dehghani-Soufi M.
This work applies game-theoretic participation models to distributed renewable energy in net-zero power systems, evaluated through a decision-analytic lens. It formalizes how different actors' incentives and strategic interactions shape par…
Mona Alariqi, Omar Ahmed Abdulraqeb, Er-Bao Cao +1
Using panel quantile-on-quantile and conditional quantile models for G20 countries (1992–2021), the study finds green technologies significantly reduce ecological footprint, with stronger effects at higher quantiles but some attenuation at …
Ruijing Wang, Jirui Gong, Siqi Zhang +8
This study assesses land suitability and development potential for centralized PV in China over a 30-year life cycle, integrating subjective MCDM with an objective Geographic Detector under climate and land-use change scenarios. In 2020, 26…
Dulecha KA, Sime TL, Ararso ZT +3
Proposes an AI framework combining LSTM, XGBoost, and reinforcement learning to optimize Ethiopia's solar, wind, and hydropower systems. Using real data from Ethiopian Electric Power and meteorological agencies, XGBoost achieved 0.91 accura…
Zhang H.
Proposes a decision-focused learning approach to optimize renewable imbalance settlement and dispatch of flexible resources such as storage and demand response. By training models directly on downstream operational cost and settlement outco…
Berriri H.
A deterministic assessment of renewable integration under network constraints in Tunisia, examining storage flexibility and transmission deliverability. It identifies grid bottlenecks for high renewable penetration and informs prioritizatio…
Murphy F.
A life cycle assessment of forest biomass supply chains in Ireland, quantifying GHG emissions and primary energy balances. It evaluates the environmental performance of biomass sourcing, transport and conversion as a renewable energy pathwa…
Soylu O.B.
This paper applies a synthetic control method to causally evaluate whether Turkey's renewable energy action plans actually improved renewable deployment and related outcomes. By comparing the treated case against a constructed counterfactua…
Holttinen H.
This paper estimates the CO2 impacts of wind energy within the transition to carbon-neutral energy systems. It appears to assess wind power's decarbonization contribution from a lifecycle or system-level perspective. No abstract is availabl…
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