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 41–60 of 5191 papers
Vitalice Octor Ouma
This study quantitatively evaluates technical, economic, and environmental trade-offs between centralized grid expansion and decentralized universal access for Kenya's power sector over 2020-2055. It identifies the least-cost capacity expan…
Wang Hui, Heng Chen, Haotian Zhang +4
This study develops a multi-objective optimal dispatch framework for pumped storage hydropower (PSHP) in renewable-dominated power systems. Using typical scenarios across hydrological periods and PV conditions, it evaluates energy supply, s…
Yongle Zhang, Wenqing Xu, Yixi Wang +5
This study assesses 12 emerging and 2 existing technologies in China's iron and steel sector using material/energy flows and techno-economic parameters. A framework based on emission factors and conservation supply curves quantifies energy,…
Herrmann, Matthias, Fleuchaus, Paul, Godschalk, Bas +3
This review analyzes capital costs of 133 existing ATES systems across the Netherlands, Belgium, Denmark and others. Capital cost per installed capacity declines with scale, converging to ~300 €/kW above 2 MW. ATES shows the lowest cost per…
Passamonti A., Bombarda P., Pachai A. C. +3
A demonstrator coupling a 500 kW high-temperature heat pump (HTHP) with seasonal mine thermal energy storage (MTES) was built at Fraunhofer IEG in Bochum, Germany. Solar collectors heat mine water to 60°C in summer, and the HTHP extracts he…
Younes Ben Zaied, Wided Mattoussi, Alessandro Marra
This paper likely develops a theoretical model of endogenous directed technical change to explain how innovation is steered toward low-carbon technologies through prices, policy, and R&D incentives. It probably shows how carbon pricing or s…
Simone Marsiglio, Tatyana Perevalova, Marco Tolotti
This study models energy transition dynamics under anti-environmentalist policy conditions using Markov chain modeling. It likely quantifies how political backlash and policy rollback affect the pace and pathways of decarbonization. The app…
Sachi Nandurkar, Caitlin Grady
This study builds an exploratory systems scenario model using Formula 1's official sustainability data to assess seven decarbonization interventions via a static calculator and a 2024–2030 dynamic simulator with stock dynamics and emissions…
Sengur F.K.
This work addresses sustainability policies and collaborative industry actions for net-zero aviation. It likely covers SAF uptake and cross-industry coordination, though the absence of an abstract limits assessment of methods and findings.
Elias Kousoulos-Kovachian, Constantinos Taliotis, T. Zachariadis +4
Using an open-source OSeMOSYS cost-optimisation model covering 48 African and 30 European countries, this study assesses long-term costs and emissions of electricity and natural gas trade. Deeper grid interconnection can cut Europe's cumula…
Muhammad Bilal Ahmad, Baojun Yi, Jiaqi Deng +8
This review assesses biomass upgrading methods (torrefaction, pelletization, pyrolysis, gasification) for co-firing in China's coal-fired power plants. Upgraded biomass enables co-firing ratios up to 50% on an energy basis, cutting net CO2 …
Bin Zhang, Yun Liu, Jintao Liu +5
This paper shows that outsourcing of photovoltaic supply chains causes national clean-energy transition efforts to diverge from actual emissions reductions, generating global inequality in transition accounting. It releases code and data to…
Chao Wang, He Zhang, Taoyu Chen +3
This study builds an empirical framework assessing urban transition capacity across 336 Chinese cities via four dimensions: carbon emission characteristics, policy and technology, ecological endowment, and energy potential. It finds 40 high…
Yuanke Zhao, Chen Yang, 施国庆 +1
Using 2013–2023 panel data on Chinese A-share SME and ChiNext firms, this paper builds a comprehensive index of enterprise energy transition resilience (ETR). Government subsidies significantly raise ETR, operating by easing financing const…
甘四洋, Yujie Huang, Ningyun Hong +8
A bottom-up strategy using carbon dots as building blocks yields defect-rich, closed-pore hard carbons via misaligned stacking for sodium-ion battery anodes. The optimized anode delivers 365.0 mAh g−1 with 85.06% initial coulombic efficienc…
Badreddine Ayadi, Pooya Ghodratallah, Mustafa Abdullah +7
Proposes a low-carbon polygeneration system coupling solar-assisted biomass gasification with a phosphoric acid fuel cell (PAFC). Integrates cascaded multi-stage Kalina cycle exergy recovery, Pareto-frontier multi-objective optimization, an…
Marina Topouzi, Hannah Budnitz, Emilie Vrain +3
Tracking 3,800 GB households across three waves (2021-2025), this study shows low-carbon technology adoption (heat pumps, solar PV, batteries, EVs) is staged and path-dependent rather than isolated. Adoption concentrates among higher-income…
Utkarsh Patel, Chen Chris Gong, Clara Bachorz +9
Using the REMIND integrated assessment model calibrated to a high-growth trajectory (6.2% annual GDP growth 2025-2050), this study presents a net-zero pathway (NZ2070) for India. Emissions peak around 2035 at 4.2 Gt CO2/yr before declining,…
Xinyang Dong, Yuan Liu, Junming Zhu +1
An empirical study examining how labor agglomeration affects low-carbon transition, using evidence from China's city cluster development strategies. It appears to test whether urban agglomeration economies and decarbonization can be reconci…
Thi Tuyet Mai Vu, Nguyen Thi Phuong Thu, Thi Lan Anh Nguyen +1
Using 1990–2023 annual data for Portugal, this study applies a Nonlinear ARDL framework to examine asymmetric links among urbanization, trade openness, growth, renewable energy, innovation, and CO2 emissions. Positive shocks to growth and u…
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