This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 1981–2000 of 2087 papers
Jiahui Jin, Yongchun Guo
This study analyzes drivers of digital transformation (DX) in 83 Chinese port and shipping firms (2008–2023) using machine learning (Ridge, LightGBM, XGBoost). Nonlinear models outperform linear ones, highlighting the importance of a suppor…
Sebak Kumar Jana, Khushboo Singh
This paper analyzes India's energy transition, highlighting the tension between coal dependence and renewable energy growth. It notes progress in solar and wind due to cost reductions and policy support, but emphasizes underutilized renewab…
Łukasz Jarosław Kozar, Adam Sulich, Lumír Kulhánek
This paper identifies green research perspectives in the energy sector of the Visegrád Group countries through a literature review and bibliometric analysis. It classifies five thematic categories: green economy/finance, policies, energy, t…
null Olugbenga F Akomolehin
This paper analyzes investment strategies that balance financial returns and sustainability goals in energy transition projects. Using a mixed-method approach with three case studies (green hydrogen in Germany, solar auctions in India, mini…
Mehmet Balcilar, Oktay Özkan, Ojonugwa Usman +2
This study analyzes the impact of modern technologies in finance, communication, transportation, and manufacturing on global energy transition using daily data from 2017 to 2024. Using RWQC, PRWQC, and Quantile DCC-GARCH methods, it finds a…
israeli, johnny
This paper reviews challenges and strategies for building sustainable urban energy systems in developing economies. It identifies barriers such as insufficient infrastructure, limited funding, fossil fuel dependence, policy gaps, and rapid …
Kunal Patil
This paper proposes a framework for demand-side sufficiency—prioritizing absolute reductions in resource and energy consumption through structural and behavioral shifts—as a necessary complement to efficiency gains for meeting the 1.5°C tar…
Myeong-Gyun Kim, Se-Young Kim, Hyo-Jong Song
This study develops a high-resolution road-level CO₂ emissions inventory for South Korea using machine learning (RF, LGBM, XGBoost, DNN) to estimate traffic volumes where observed data are lacking. Models achieved high accuracy (R² up to 0.…
Ming Hu, Yujie Tao, Yi Chen +2
This paper reviews China's energy transition progress, identifies five key features of a new energy system (low-carbon structure, diversified supply-demand patterns, intelligent operations, robust green industry, market mechanisms), and use…
Hu Li
This editorial introduces the launch of the Journal of Geo-Energy and Environment (JGEE), aiming to bridge geo-energy and environmental science. It covers CCUS, methane mitigation, subsurface energy storage, and the water-energy-land nexus,…
Tin Maung Htwe
This chapter argues that China's climate infrastructure in Southeast Asia simultaneously promotes renewable energy and entrenches fossil fuel dependence and socio-ecological inequalities. Through case studies in Vietnam, Indonesia, and Camb…
Edoardo Paolo Campanile
This paper analyzes the complex interplay of systemic constraints, geopolitical ambitions, and sustainability goals in Türkiye's energy sector. Facing limited domestic resources and external dependence, Türkiye pursues renewable energy inve…
Georg Henke, Enrico Ampellio, Francesco De Marco
This study analyzes the competitive conditions for flow batteries in Europe's decarbonized energy system. With round-trip efficiency above 70%, lifetime over 20 years, and cost reductions, flow batteries could achieve 15% of European storag…
Matteo Giacomo Prina
This project develops an open-source industrial energy and emissions database for South Tyrol, Italy, downscaled from national to municipal level using public data. It evaluates techno-economic decarbonization options (heat pumps, electric …
Anjali Chaudhary, Nisa Vinodkumar, Sayeda Meharunisa +3
This study empirically assesses the contributions of green energy transition, technological innovation, and green finance to carbon neutrality in BRICS countries from 1990 to 2024. Using advanced panel econometric techniques, it finds that …
Mamta
This chapter examines how AI technologies enhance energy management for environmental sustainability. It covers AI applications in buildings (HVAC, lighting), industrial processes, electrical grids (demand response, renewable integration), …
Xie Yuxuan, Song Bo, Xie Yuxuan
This paper systematically studies monitoring technologies for salt cavern gas storage in compressed air energy storage (CAES) smart stations. Drawing on mature experience from thermal power and oil/gas extraction, it analyzes stability-infl…
Wei Ai, Vladimir Dvorkin, Michael T. Craig
This paper develops a capacity expansion model for the contiguous U.S. power system toward 2050, incorporating Static Synchronous Series Compensators (SSSC). SSSCs reduce annualized system costs by $1.9 billion or decrease transmission expa…
Feng Wang, Tayyaba Rani, Asif Razzaq
This study examines the heterogeneous impacts of green energy transition, energy intensity, digitalization, and governance on carbon emissions across 25 developed countries from 1999 to 2024. Using fixed effects, MMQR, and CCE estimation, i…
Dr. D. VIMAL KUMAR
This study uses a CCR DEA model to evaluate the efficiency of green technology innovation in global decarbonization across countries. Inputs include R&D expenditure, renewable energy patents, and clean energy investment; outputs are carbon …
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