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 2861–2880 of 4925 papers
Ahmed Hassan
This article analyzes how the post-Ukraine invasion energy crisis transmits asymmetric economic shocks across EU member states, reshaping regional power structure. Using Regional Security Complex Theory, it argues that EU overreliance on Ru…
Oana Beniugă, Constantin Răzvan BENIUGĂ, Sergiu Paul Popa
This paper assesses the operational complexity of nearly zero-energy buildings using Petri Net theory. It models interactions between renewable energy production, storage, building demand, and grid exchange, contributing to sustainable ener…
Ismail Al-Zadjali
This study analyzes the adoption of green logistics practices in the oil and gas sector in GCC countries, focusing on Oman. Using mixed methods (secondary data 2018-2025 and policy documents), it evaluates environmental performance, institu…
Eric de Melo Lima, Joelson Lopes da Paixão, Claudio Augusto Kelly +5
This paper analyzes energy poverty in Brazil as a multidimensional issue, showing that universal electricity access coexists with deprivations in quality, affordability, and thermal comfort. It argues that distributed generation can reprodu…
A. Montes, Federico Camerín
This paper examines living labs as experimental governance across scales in energy transition, translating these approaches into spatial planning. It provides a theoretical framework for integrating experimental methods across different sca…
Prodia Nur Kemala, Deddy Priatmodjo Koesrindartoto, Dzikri Firmansyah Hakam
This study analyzes Indonesia's power sector transition pathways to 2050 using the LEAP model. It finds that single measures like carbon pricing or hydrogen alone are insufficient; only integrated pathways combining carbon pricing, renewabl…
Peiyao Zhao, Jimi Oke
This paper argues that early action in transportation, electricity grid, commercial and residential buildings is essential for achieving deep and near net-zero decarbonization. It analyzes specific measures and their impacts across these se…
Jingfeng Liu, Runze Mao, Ruihan Chen +2
This paper reviews the role of wind-propelled ships in maritime decarbonization. It covers technologies (rotor sails, kites, rigid wingsails), global deployment status, and engineering challenges such as route optimization, safety, and powe…
Wasiu Kunle Jimoh, A. Bangviwat, P. Chaiwiwatworakul +3
This study constructs a composite Energy Security Index for Nigeria within its Energy Transition Plan, analyzing historical (2000-2024) and projected data to 2060 under optimistic, business-as-usual, and pessimistic scenarios. Results show …
Ziyan Li, Yufei Zhou, Zhenhua Miao +1
This paper develops a rule-based supervisory energy management system (RB-SEMS) for grid-connected PV-BESS-EV charging stations that coordinates tariff response, carbon-intensity signals, peak constraints, and storage utilization. A dual-ti…
Yushang Hu, Ying Liu, Zanxin Wang
Using panel data from 266 Chinese cities (2011–2021), this study applies fixed-effects, mediation, moderation, and spatial Durbin models to examine the digital economy's (DE) impact on urban energy transition (UET). A one-unit increase in D…
Jian Zhou, Xiaoting Nie, Xiaoling Song +2
This paper proposes a resilience-oriented expansion planning approach for interconnected multi-energy microgrids. It considers both grid-connected and islanded operation modes, aiming to enhance supply reliability and cost optimization thro…
Yunxiao Chen, Jinfu Liu, Daren Yu
This paper proposes a stage-adaptive optimization framework to balance energy and flexibility at different stages of the energy transition. It addresses grid operation challenges from increasing renewable penetration, supporting efficient t…
Jing Shi, Zhongli Zhao
This paper develops a two-period game model to study carbon emission reduction strategy choices of two risk-averse shipping carriers facing policy and cost uncertainty. Results show counterintuitive pricing outcomes: a high-carbon reduction…
Xuanang Gui, Qianlong Wang, Yuheng Cheng +2
This paper proposes a Parallel Hierarchical Multi-objective MDP framework based on deep reinforcement learning for optimizing mobile battery energy storage systems (MBESS) operation, balancing economic efficiency, low-carbon operation, and …
A. Atabekov, Zh. Arzieva
This paper analyzes the state and challenges of the energy and industrial sectors in the Kyrgyz Republic. Due to chronic underfunding, infrastructure deterioration, and low tariffs, the country has been in an energy emergency since 2023. Th…
Mohd Faiz Abu Bakkar, Amar Hisham Jaaffar, Mohd Nur Ruzainy Alwi
This study examines how Green Human Resource Management (GHRM) affects employees' Energy Transition Behavior (ETB) using the Theory of Planned Behavior and AMO framework. Analyzing data from 492 utility employees via PLS-SEM and ANN, it fin…
A. S. Edet, Wisdom Enang
This study identifies strategic pathways for accelerating geothermal energy development in Africa through an integrated framework of technical, financial, and policy interventions. Advanced exploration methods, phased project development, p…
Indra Lukmana Putra, Mochammad Junus, Ascosenda Ika Rizqi
Using a global panel dataset from 2000-2025, this study analyzes how renewable energy (RE) deployment affects energy justice. Fixed-effects regression and SEM reveal that RE expansion positively correlates with environmental sustainability …
Frumen, Žan, Stritih, Uroš, Maliepaard, Leslie
This paper presents the GeoS-TECHIS project, which integrates geothermal energy, solar thermal systems, industrial waste heat recovery, and thermal energy storage to decarbonize industrial processes. Dynamic TRNSYS simulations evaluate syst…
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