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 801–820 of 6957 papers
Karl Benediktsson, Abubakarr Swaray, Foday Sheku Dumbuya +1
Sierra Leone faces very low electricity access yet ambitious green-growth goals featuring solar. Using sociotechnical imaginaries, the paper examines competing narratives: large hydropower with auxiliary solar, solar mini-grids, and househo…
Fabio Viola
This paper argues that conventional energy management in Renewable Energy Communities (RECs) prioritizes technical, environmental, and economic goals while neglecting vulnerable households. It introduces Energy Guardianship, which classifie…
José Manuel Cueto, Isabel Figuerola–Ferretti
This paper examines bubble dynamics in energy markets amid the green transition, from researchers at Universidad Pontificia Comillas. It likely analyzes speculative price behavior in renewable and energy-related assets. Full assessment awai…
Kaur Jashandeep, Chauhan Parul
This paper analyzes India's public budget allocations and expenditures for environmentally sustainable technology, focusing on the Ministry of New and Renewable Energy (MNRE) from FY2017–18 to FY2025–26. Spending shifted from deployment-ori…
Kago R. Rabasoma, Kevin N. Nwaigwe, Edward Dintwa
This PRISMA-guided review synthesizes ~300 peer-reviewed sources to build a system-agnostic, multi-dimensional framework for selecting thermal energy storage (TES) materials by thermal characteristics and limitations. Sensible materials dom…
Lindokuhle Victor Sibeko
This piece re-imagines the concept of a 'Just Transition' toward clean renewable energy sources. With no abstract available, the specific methods, data, and findings cannot be verified, but it appears to address social equity and inclusion …
Chin-Yu Lee, Chor Foon Tang
Using PLS-SEM on WEF data from 115 countries, this study finds that both energy system performance and transition readiness drive renewable energy adoption, with economic development playing an equally prominent role. It argues policymakers…
Shuchi Sharma, Biswajit Debnath, Ashutosh Kumar +2
This review examines electrochemical energy transition technologies (EETTs) through a circular economy (CE) lens, focusing on green fuel production and electrochemical energy storage. It highlights new opportunities such as novel catalytic …
Vladimir Vukašinović, Dušan Gordić, Vanja Šušteršič +1
Using Kragujevac (Serbia) as a case, this study evaluates substituting fossil fuels with locally produced sustainable biofuels (biodiesel, biomethane, bioethanol, renewable diesel) across public transit, municipal fleets, and private vehicl…
Giuseppe De Lorenzo, Piero Bevilacqua, Roberto Bruno +2
This study evaluates a poly-generative system in Rende, Italy, integrating a biomass-fed ICE co-generator, PV, and PEM electrolyzer to supply EV charging, hydrogen for FCHEV refueling, and building thermal loads. It extends energy assessmen…
Fischer, Dominik, Schöberl, Isabel, Surana, Kavita +1
This repository contains Stata and R scripts for the paper by Fischer et al. on public investment's role in climate-tech innovation. It covers descriptive statistics, fixed-effects regressions, event studies, discrete-time hazard models, an…
Chongqing Xu, Ke Xu, Guihuan Yan
Using disposable nitrile gloves from a security-equipment manufacturer as a cradle-to-gate case, this study quantifies synergistic carbon and pollution reduction pathways. Manufacturing accounts for 93.52% of carbon emissions (coal combusti…
Emile Niringiyimana, Jiqing Li, Ping Zhang +2
Using LEAP and scenario analysis, this study projects Rwanda's energy supply, demand, and GHG emissions from 2023 to 2053. The reference scenario reaches 3075 PJ demand and 201.3 Mt CO2 emissions by 2053, while an aggressive green-optimisti…
Fan Jing-Li, Wenlong Zhou, Shiyu Zhou +4
A dynamic power-system optimization framework integrating BECCS, coal-biomass co-firing with CCS, and DACCS, linked to CGE and source-sink matching models, is applied across 147 scenarios in China. A tripartite CDR strategy resolves the mit…
Bingyan Zhang, Shixing Ding, Zhigang Lu +4
This study co-optimizes biomass-coupled carbon capture with trans-seasonal thermal storage dispatch to map a net-zero carbon pathway for integrated energy systems. It evaluates system-wide decarbonization cost and emission reductions throug…
M. S. I. Masum, Shadman Sakib Sayem, Md Ibrahim Shekh +7
This review compares thermal and membrane desalination on energy, fouling, brine, and water cost. RO dominates at 3-5.5 kWh/m3 and lowest cost, but ISO 14040/44 LCA shows energy drives emissions and brine recovery or low-carbon heat can rev…
Ertuğrul Ayyıldız, Betül Yıldırım, Nezir Aydın
This study develops a novel multi-criteria decision framework combining Picture Fuzzy BWM and TOPSIS to prioritize clean energy strategies for Türkiye's carbon neutrality. Based on nine expert evaluations, climate-resilient low-carbon devel…
Jiajia Liu, Zechen Wu, Jiaorong Ren +5
This paper develops a scheduling model for virtual power plants (VPPs) participating in multiple markets: energy, frequency regulation ancillary services, demand response, carbon emission trading, and green certificate trading. It introduce…
Qianlei Du, Fuyuan Wu, Rafael Ramis +1
This study uses machine-learning optimization to explore room-temperature solid targets of low-Z elements and hydrogen isotopes as an alternative to cryogenic DT targets in laser direct-drive fusion. Using the MULTI-IFE hydrodynamics code, …
Chibueze Gospel Awuchi
This paper argues that Nigeria can accelerate SDG attainment through energy diversification—combining large-scale renewables, distributed solar, mini-grids, clean cooking fuels, and efficiency—to overcome grid limits and fossil-fuel relianc…
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