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 1901–1920 of 6992 papers
Frederik, Fristed
This dataset supports a study analyzing the roles of renewable fuels and CCS in net-zero transport and energy systems. It provides input data and results for 37 scenarios using the Balmorel energy system model. Open-source model and data en…
Sikder, Pranta
GETP v1.0 is a harmonized database of realized ascent and descent rates for electricity technologies across 214 countries (1985-2025). It applies a symmetric diagnostic engine to both expanding and contracting trajectories, enabling compari…
Shi, Wangjinyu
This resource provides code and data for a multi-model assessment of air quality and health impacts of US energy decarbonization scenarios. It enables reproducible analysis of co-benefits (health improvements from reduced air pollution) of …
Shaofeng Xie, Jingyuan Qi, Hui Wang +2
This paper proposes a risk-aware optimal dispatch framework for co-phase traction power supply systems (CTPSS) with PV and hybrid energy storage. It integrates probabilistic PV forecasting using parallel TCN-BiLSTM-Attention and t-Copula sc…
Sheng Zhao, Jingran Zhang, Jinyang Lu +6
This study compares four routes for green methanol production from biomass and renewable power, revealing trade-offs in carbon use, energy efficiency, emissions, and cost. Hydrogen-integrated gasification achieves 92% carbon utilization and…
Bin Li, Juntao Zhang, Chuntian Cheng
This study constructs China's first provincial-level dataset of wind and solar electricity droughts (WSEDs) using 2016-2024 data from Yunnan province. It finds wind and solar droughts occur about nine and six times per year respectively, wi…
Bowen Tian, Pei Zhao, Min Liu +11
This study analyzes the interaction between V2G and time-of-use pricing using a unit commitment model of the 2030 Jing-Jin-Tang grid with Bayesian optimization. It finds that current static tariffs incentivize EV discharge during midday sol…
Yige Sun, Xiaonan Tang
This study constructs an energy structure influencing factors (ESIF) evaluation system using improved principal component analysis, and develops a carbon emission prediction model for three Yangtze River Delta cities (Suzhou, Wuxi, Nanjing)…
Molina-Cañamero, Laura, Peñalvo-López, Elisa, León-Martínez, Vicente +1
This paper proposes a methodology for designing energy communities, assessing technical and economic feasibility using Homer Grid software. Applied to Vinalesa, Spain, it optimizes a system with 870 kW PV and 1.08 MWh battery storage, achie…
Sánchez Vicente, Ximo
This thesis designs a hybrid power supply for an electrochemical water denitrification reactor, combining PV, hydrogen fuel cell, and grid. It compares DC vs AC main bus configurations under technical, energy, and economic criteria, includi…
Dumont, Olivier, Carmo, Carolina, Randaxhe, François +2
This paper presents a dynamic model of a passive house in Denmark with solar absorber, ground heat exchanger, and a reversible HP/ORC unit. Three modes (ORC, direct heating, HP) are optimally selected based on weather and demand. Peak ORC p…
Luh, Sandro (author), Kannan, Ramachandran (author), McKenna, Russell (author) +2
This study integrates travel time duration and valuation into the Swiss TIMES Energy System Model (STEM) to quantify modal shifts in passenger transport. Results show that speed changes on medium and long trips (e.g., highway speed limits, …
Koebrich S.
This paper proposes a methodology for objectively evaluating the accuracy of marginal emissions factors (MEFs) in power systems. MEFs are crucial for calculating emission reduction impacts, and quantifying their uncertainty could contribute…
Park S.
This paper assesses life-cycle GHG emissions of sustainable aviation fuels (SAF) derived from microalgae and food waste in South Korea, comparing them with conventional jet fuel. It identifies emission reduction potentials and challenges fo…
Brighty A.
This study evaluates the impacts of UK energy system decarbonisation strategies on air quality, specifically nitrogen oxides and fine particulate matter. By comparing different decarbonisation pathways, it quantifies the co-benefits of clim…
Riedel F.
This paper analyzes corporate net-zero and climate neutrality targets in the German chemical industry, revealing diversity in definitions and scope. It examines the realities and challenges of corporate targets in chemical sector decarboniz…
Evan Argintar, Chiara-Maria Homann, Rosie Hillson +5
This study compares greenhouse gas emissions of NanoNeedle arthroscopy (NA) versus conventional arthroscopy (CA) for non-complex knee procedures in the UK NHS using hybrid carbon footprint analysis. CA emitted 77.0 kgCO2e per procedure, whi…
P. Bryant, J. Hondros
This article reviews environmental radiological impacts across the nuclear fuel cycle, from mining to decommissioning and waste management. It argues that over-application of the ALARA principle leads to resource misallocation and distorted…
T. Saji, George Paul, M. Nagalingam
Using US data from 1990-2023 and a NARDL model, this study reveals asymmetric impacts on renewable energy consumption. Positive energy innovation shocks boost consumption, but negative shocks have nearly twice the adverse effect. Green fina…
Yi Su, Houzhi Wu, Mao Tan +2
This review examines protection technologies for VSC-HVDC systems in renewable-dominated grids, identifying three paradoxes: speed-reliability trade-off, lab-field generalization gap, and intelligence-explainability tension. It proposes an …
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