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 41–60 of 1507 papers
Dimitrina Yordanova Koeva, Ivaylo Ivanov, Dimitar Slavov +2
This paper examines how the rapid growth of grid-inverter-connected renewable energy sources (GICRES) affects the stability of the electrical energy system. It reviews basic concepts and classifications of stability-related subsystems and a…
Idriss IAk, Yimen N
This study optimises off-grid PV/wind hybrid systems with battery vs. hydrogen storage for rural electrification in Farchana, Chad, using HOMER and a policy-based economic analysis. Battery storage yields a COE of USD 0.334/kWh versus USD 0…
Xu R, Zhao C, Wang Y
This paper proposes a two-stage planning method for agriculture-PV-storage resources in rural distribution networks with high PV penetration, using multi-objective graph partitioning to form VPPs and K-means plus capacity-operation co-optim…
Rubio CVC, Magalhães FdC, de Faria PE +3
A bio-inspired design based on Brazilian flying-seed geometry was used to optimize small vertical-axis wind turbine blades for variable urban air currents. Prototyped and tested in public transport corridors (air speeds up to ~6 m/min), the…
Luo L, Min R, Yang X +3
A multi-time-scale coordinated planning method integrates active–reactive power coupling flexibility and voltage-risk control for high-penetration distributed renewables. Using WGAN-GP scenario generation and voltage CVaR embedded in invest…
zin lin, ohn, Štěpanec, Libor, Juchelkova, Dagmar +1
This preprint applies an explainable unsupervised pipeline (UMAP, HDBSCAN, XGBoost-SHAP) to 67,287 hourly observations from 17 cities, identifying six distinct solar-weather regimes. Irradiance components, humidity, and temperature dominate…
Tkachuk R.V.
A study examining how consensus mechanisms affect performance and scalability in a privacy-enabled decentralized renewable energy marketplace. It addresses technical barriers to practical peer-to-peer electricity trading. Detailed findings …
Raguzin I.
This paper examines Croatia's renewable energy policies and measures and assesses progress toward its 2020 renewable energy targets. As an EU member state case, it likely evaluates the gap between policy frameworks and actual outcomes. With…
Park B.
This work proposes probabilistic zonal reserve requirements to manage wind power uncertainty, aiming to improve energy management and deliverability in power systems. It targets grid stability and operational optimization as renewables scal…
Stephan A.
A parametric, dynamic, and hybrid life cycle assessment of small vertical axis wind turbines installed on urban rooftops, evaluating life cycle energy use and GHG emissions. It examines how siting and system parameters affect environmental …
Hlalefang Khobai
Using South African data from 1990-2024, this study applies a VECM Granger-causality framework to test the link between financial development and renewable energy consumption. It finds long-run unidirectional causality from financial develo…
Muslimakhon Sadullaeva
This paper analyzes public-private partnerships (PPPs) as drivers of Uzbekistan's solar energy industry. Applying Kvint's strategizing theory with comparative and institutional analyses, it shows how natural resource potential, state energy…
Terkes M.
A multi-scenario assessment of hybrid renewable energy systems in Türkiye, comparing how demand, metering rules, and carbon tax policies shape deployment. It offers policy-design and investment insights for emerging-market power systems.
Rasanen T.A.
A study assessing greenhouse gas emissions from hydropower in the Mekong River Basin, likely including reservoir methane and other non-CO2 fluxes. It examines the climate footprint of hydropower as a renewable energy source. Methods and fin…
Sun J.
This study examines how European offshore wind power responds to national greenhouse gas emissions and the resulting environmental benefits. It suggests a link between decarbonization pressure and renewable deployment, with associated envir…
Yang Q.
This study appears to assess the energy cost and greenhouse gas emissions of a Chinese solar tower (concentrating solar power) plant. It likely quantifies life-cycle energy inputs and emission intensity, contributing to the evaluation of lo…
Sudarsan J.S.
A study assessing renewable energy strategies for achieving net-zero energy in buildings. It appears to examine the effectiveness of renewables in decarbonizing the building sector and their contribution to sustainability. Details of method…
Daniel Carnerero A.
This work applies linear programming to determine optimal sizing of photovoltaic panels and batteries for net-zero energy houses. It offers a design-optimization framework aimed at maximizing residential renewable self-sufficiency and minim…
Jagdeep Kaur, Rajni Bala
This paper examines how rising energy demand and climate change can be jointly addressed through solar, wind and nuclear energy, alongside new materials for storage and radionuclide management. Reviewing global policies, case studies and te…
Rani Raharjanti, Nanang Apriandi, Lily Maysari Angraini +2
A scoping review applying the PAGER framework to examine renewable energy in Indonesia through an energy-economic lens. It maps existing research, policy, and economic dimensions, identifying gaps. No abstract is available, so specific find…
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