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 1539 papers
Mesak, Bishoy
This practitioner guide provides a structured implementation framework for designing and deploying decentralized energy systems in irrigation-dependent agriculture. It emphasizes context-specific design based on crop characteristics, irriga…
Gennaiou, Dimitra
This dataset provides synthetic photovoltaic fault diagnosis data generated using a MATLAB/Simulink-based digital twin simulation framework. It includes 35,000 simulated I-V curve images, 35,000 corresponding GASF images, and environmental …
Engr. Sunday E. Ani (PhD)
This study examines how socioeconomic status (income, education, occupation) influences acceptance and optimization of renewable energy in Umunneochi, Nigeria. It finds income significantly affects acceptance, while occupation affects optim…
Grieco, Raffaele, Bovo, Marco, Cervelli, Elena +4
This dataset and calculation framework covers Italian livestock farms from 2011-2023 at municipality level, providing methods to estimate manure production, nitrogen loads, methane emissions, and electricity generation potential. Includes a…
Mrs. Chitra Vinodhkumar
This paper proposes an AI framework integrating IoT sensors, ML, and deep learning for adaptive load balancing and fault prediction in smart grids with high renewable penetration. Experimental results show improved load distribution efficie…
Looknanan S, Cumberbatch E, Beepat K +1
This study simulates and optimizes three PV technologies (poly-Si, CIGS, spherical Si) for residential use in Trinidad and Tobago using HOMER Pro, considering both off-grid and grid-connected scenarios. The optimal off-grid system (0.727 kW…
Gagan Kumar Sahoo and Subhashree Choudhury
This study proposes an intelligent control strategy for a shunt active power filter (SAPF) using the Mountain Gazelle Optimiser (MGO) to tune PI controller gains dynamically in hybrid renewable energy source (HRES) microgrids. The MGO-optim…
Bayat M, Azad MT, Lari K +2
This paper proposes a digital twin framework that integrates high-resolution marine microclimate modeling (salt deposition, humidity, sea-breeze) with techno-economic optimization for coastal hybrid renewable energy systems. Applied to Kish…
Adel Elgammal
This study proposes a hybrid floating offshore wind-solar platform and validates its design using an AI optimization framework combining machine learning, deep reinforcement learning, and genetic algorithms. Results show 32% higher energy o…
Muhmad S.N.
This paper systematically reviews and bibliometrically analyzes the literature on green finance and renewable energy development, revealing the structure and trends of the field.
Nawrocki K.
This paper provides an economic and technical analysis of photovoltaic systems in the context of the Emissions Trading System 2 (ETS 2), using Poland as a case study. It assesses the impact of carbon pricing on PV deployment and offers insi…
Lili Ren, Shicheng Yan, Chao Liu +2
Using an Earth system model, this study projects that aerosol reductions under carbon neutrality increase solar energy availability by enhancing surface radiation, while GHG mitigation may decrease wind power density by altering land-sea th…
Crane K.
This paper estimates the economic costs of achieving greenhouse gas emission reductions through a national renewable electricity mandate in the United States. It finds that costs depend on the stringency of the mandate and renewable resourc…
Li H.
This paper assesses the global impact of bioenergy utilization on greenhouse gas emission reduction. It quantifies the potential contribution of bioenergy to climate change mitigation, providing insights for policy making.
Chunying Li, Yì Wáng, Xiao Sun +3
This study evaluates the comprehensive benefits of retrofitting old residential communities with a combination of photovoltaic systems and green roofs for low-carbon renewal. It quantifies economic, environmental, and social impacts, provid…
Diem T.
This study measures CO2, CH4, and N2O emissions from several perialpine and alpine hydropower reservoirs via diffusion and turbine passage. It provides critical data for assessing the net greenhouse gas footprint of hydropower, informing ca…
Do T.X.
This paper evaluates the techno-economic feasibility and greenhouse gas emission reduction potential of biogas utilization from cassava starch plants. It analyzes renewable energy generation from industrial waste and its economic viability,…
Ireneo G. Mateo
This study analyzes the economic feasibility of solar microgrids for five off-grid schools in the Philippines using NPV, carbon credit valuation, and sensitivity analysis. Results show negative NPV across all sites, indicating that under cu…
T. Govorukha, Тамара Стородубцева, Sergey Goptarev
This paper analyzes the conversion of low-grade wood and logging residues into pellets and briquettes as renewable energy feedstocks. It examines the technical pathways and economic viability within Russia's regional constraints, highlighti…
Zeynep Özgüner Mert Özgüner
This paper critically examines the role of renewable energy communities within the framework of the UN Sustainable Development Goals (SDGs). It highlights how such communities enhance local energy resilience and cost-effective management, r…
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