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 761–780 of 1697 papers
Vasudha Chhotray, Harsh Vasani
This article critically examines the political economy of hydropower in India since its reframing as green energy in the early 2000s. Despite global stakeholder convergence, private capital flows were limited. The state persists using deris…
Jeeno Soa George, Luis Víctor-Gallardo, Andrey Salazar-Vargas +1
This study assesses the impact of planned cross-border interconnections in East Africa (Kenya, Tanzania, Ethiopia, Uganda) on power system expansion and emissions. Using OSeMOSYS Global v1.0.0, it compares standalone national systems with a…
Sneha G K, Dr. Manish Kumar
This paper proposes a hybrid renewable power plant combining solar PV, wind, and biomass with hydrogen energy storage. Excess electricity is used to produce hydrogen via electrolysis, which is stored and later converted back to electricity …
Jun Wen Law, Dharik S. Mallapragada
This paper proposes clustering-enhanced Benders decomposition methods to address computational bottlenecks in energy system capacity expansion models. Adaptive grouped cuts and representative subproblem selection improve efficiency for larg…
Ji Hongjie
This study quantitatively assesses the multidimensional risks of a just transition in Shanxi, China's largest coal-producing province, using scenario simulation and factor analysis from 2025 to 2060. It finds severe fiscal gaps exceeding 65…
Emily Spradley
This paper integrates two projects: a data-driven framework for fleet electrification at University of Virginia Facilities Management (using telematics, ML, TCO, and social cost of carbon) and an Actor-Network Theory analysis of NEPA's perm…
Jenny Palm, Katharina Reindl
This paper examines household representation in Swedish smart grid and grid tariff policies, finding that technocratic and market-based logics dominate, overlooking socio-material inequalities and democratic inclusion. It argues that integr…
Susan Samuel, Gunjan Soni
This paper analyzes how major oil companies use litigation against governments that enact fossil fuel bans to slow the green transition. It examines the impact of legal challenges on decarbonization policy implementation and the corporate s…
Agnieszka Bąk
This article examines how public financing and institutional capacity shape the development of strategic clean-energy value chains in the EU. It finds that a finance-centric approach leads to investment aligned with private risk-return prof…
Juan F Gutierrez-Guerra, José Pablo Chaves-Ávila, Andrés Ramos +2
This paper proposes a multi-market strategy combining biomass CHP (combined heat and power) with steam-generating heat pumps for industrial decarbonization. It examines technical feasibility and economic viability, highlighting emission red…
V. Martinho
This paper conducts a bibliometric analysis to assess the maturity of renewable and sustainable energy research. It finds solar and wind are near saturation (85.1%), bioenergy is at early maturity (59.7%), and green hydrogen is saturated (9…
Phutthichai Amornwattahcharoenchai, Konpapha Jantapoon
This study constructs marginal abatement cost curves for five Thai agri-food sub-sectors. Total Scope 1&2 emissions are 8,737 ktCO2e/year. Abatement measures like biomass cogeneration can exceed NDC targets at negative or near-zero cost. A …
European Energy Research Alliance
This paper explores the potential of quantum computing to accelerate the clean energy transition by addressing complex challenges in materials discovery, grid optimization, and energy management, while emphasizing sustainability and energy …
Haralds Siktārs, Vladimirs Kirsanovs, Ivars Veidenbergs +1
This paper proposes improvements to energy hub concepts through household involvement, integrating demand response and renewable energy. It includes a survey in Latvia to gauge social acceptance, aiming to enhance decentralized energy syste…
John F. Ryder
This paper conceptualizes micro-hydropower as 'transition debt recovery' — restoring productive value from historical water infrastructure to address electrification resilience in Central Europe. Rather than viewing it merely as renewables,…
Daniel Rajmil, Josep Lladós, Nino Kemoklidze
This comparative study examines the energy politics of Ukraine and Georgia and their geopolitical impact on the EU's energy landscape, highlighting implications for energy security and the broader energy transition in Europe.
Zane Pīpkalēja, Dace Lauka, Jeļena Pubule +3
This study addresses fragmentation in technical tools developed for regional energy transition projects in the EU. Using a combined systematic synthesis and facet-based classification, it identifies gaps and interconnections among tools, pr…
Rasa Ikstena, Ērika Lagzdiņa, Jānis Brizga +2
This study applies PESTEL analysis to Latvia, examining conditions for energy citizenship. Findings show a supportive policy framework aligned with EU targets, but participation is mostly individual and market-based; collective energy citiz…
Marta Viegliņa, Haralds Siktārs, Vladimirs Kirsanovs +1
This study examines the feasibility of implementing energy hubs in Latvia through comparative analysis of European examples (Danish energy islands, German sector coupling), ESG evaluation, and GIS modeling. It proposes a roadmap for first-g…
Guanghai Liu, Zongyu Chen, Yuanxin He +2
This study conducts a life cycle assessment (LCA) of diesel mechanical vs. lithium battery refrigerated containers (40-ft). Under a China baseline grid, total GHG emissions are nearly equal (60.97 vs 61.04 g CO2e/t-km). Battery containers b…
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