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 641–660 of 1507 papers
Yusuf Ibrahim
This paper empirically examines the relationship between renewable energy consumption and decarbonization in South Africa. Although no abstract is provided, the title suggests an analysis of how renewable energy deployment contributes to em…
Hundt S.
This paper analyzes the interdependency between power purchase agreements (PPAs) and financing of renewable energy projects. It examines how PPAs impact project profitability and risk profiles, and how these factors influence financing term…
Pirmanova Z.
This study analyzes the long-run relationships among sustainable development, per capita greenhouse gas emissions, PM2.5 exposure, and renewable energy consumption in Kazakhstan using the NARDL method. It reveals nonlinear cointegration dyn…
Weizhi Wang, Rongfu Sun, Zhenjiang Shi +4
This paper addresses the 'separation of certificate and power' problem in cross-province green power trading under China's East Data, West Computing project. It proposes using Physical Transmission Rights (PTRs) as compliance certificates f…
N. Mhetras, D. Gokhale
This review summarizes recent developments in biofuel production from lignocellulosic biomass (LCB), highlighting its potential as a sustainable renewable resource. High costs of pretreatment and enzymatic hydrolysis remain key barriers. In…
Zhihao Zhang, Jiayan Xie, Huie Zhang +3
This paper constructs a wind-solar-hydrogen hybrid microgrid for Xinjiang, China, using DQN deep reinforcement learning for intelligent scheduling. The simulation results show that the proposed AI-based optimal scheduling can reduce annual …
Indira Priyadarshini Padhy Indira Priyadarshini Padhy, Priti Manjari Barik Priti Manjari Barik, Chinmaya Kumar Swain Chinmaya Kumar Swain +1
This review examines the role of renewable energy in India's pursuit of energy independence by 2047. It analyzes key policies like National Solar Mission, PLI scheme, Green Hydrogen Mission, and PM-KUSUM, identifying challenges and recommen…
Harrison Fell, D. Kaffine
This paper demonstrates that the environmental value of renewable energy is spatiotemporally heterogeneous, depending on the characteristics of displaced fossil-fuel plants, market forces, and policies. It provides implications for efficien…
Agata Mielcarek, P. Kuczyński
This paper conducts a techno-economic analysis of electrochemical energy storage parameters for a large industrial customer with renewables, using Volkswagen Poznań as a case study. It models energy balances, storage operation focusing on a…
Mario Mihetec, Maja Pokrovac, Z. Šoša +2
This paper proposes a model for green industrial zones and ports powered entirely by renewable energy. Using a techno-economic assessment of a Croatian case with 12MW solar PV, 10MW wind, and 9.3MW biogas cogeneration, it achieves 80-90% en…
A. Adekunle
Using ARDL on 1990-2023 data, this study finds a negative relationship between renewable energy and economic growth in Nigeria. It suggests that shifting exports toward greener products could reduce emissions, but highlights regulatory and …
Jiawen Li, Lei Shu, Guiliang Tian +2
This study analyzes rural small hydropower transition in China using socio-ecological archetypes, employing mechanism mapping and scenario simulation. It typifies transition patterns across regions and provides insights for policymaking.
Pengxu Chen, Wei Zhang, Jiahong Guo +3
This paper proposes a system integrating bifacial photovoltaic and micro-agriculture for urban distributed energy applications, examining optical-thermal coupling, rear-side gains, and parallel carbon offsets.
Mari Haugen, Viviane Aubin, Arild Helseth +1
This paper proposes robust hydropower scheduling methods to ensure energy security in low-carbon power systems. By incorporating uncertainty, the model enhances renewable energy integration and maintains grid stability. The findings contrib…
Kun Xiao, Junqing Peng, Xinyi Su +2
This study uses a three-party evolutionary game model to analyze why cross-provincial green electricity trading fails to reduce carbon emissions effectively. It identifies conflict of interest among local governments, grids, and renewable p…
Charlene Vance, Aina Maimó-Far, Divyanshu Sood +4
This dataset provides hourly renewable generation (onshore wind, offshore wind, solar PV) and electricity demand (residential, industrial, commercial, data centers, EV) for Ireland in 2050, based on future scenarios including climate modeli…
Haider Mahmood
This study analyzes the impact of remittance inflows on renewable energy transition (RET) in 11 MENA economies from 2002-2023 using spatial econometrics. It finds that remittances and economic growth increase RET with positive spillovers, a…
Myrto Gratsea, Ilias Fountoulakis, Nikolaos Papadimitriou +4
This paper uses high-quality climate data (ERA5-Land reanalysis, CMIP6 GCMs, statistical downscaling) to simulate solar energy production in Morocco and Greece. The GSEE model estimates current to future (2031-2100) power generation, valida…
Ashley Nidera Costibolo, Iezha Ocasla, Joanna Mae Cabueñas +2
This study examines institutional barriers to osmotic/salinity gradient power (blue energy) in the Philippines and Indonesia. It argues that coal and natural gas-centric policy frameworks marginalize decentralized blue energy projects in co…
Yulduz Egamberdiyeva
This paper evaluates the environmental impact of solar energy, its climate resilience, and offers practical recommendations for the Tashkent region. Lifecycle GHG emissions of solar panels are 20–50 g CO2-eq/kWh, 90–96% lower than coal and …
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