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 301–320 of 1881 papers
安全・環境保全のエネルギー体系に向けて
(著者不明)
This paper discusses the construction of an energy system that balances safety and environmental preservation. Although specific methodologies or data are unclear, it suggests policy and technology directions.
市区町村のエネルギー需給特性を考慮した広域圏エネルギーシステムの設計
(著者不明)
This study proposes a design method for wide-area energy systems that accounts for the energy supply-demand characteristics of individual municipalities. It could contribute to regional renewable energy integration and efficiency.
R.R. Xusainov, K.S. Ibragimova
This paper examines Uzbekistan's energy strategy in the context of economic development and market transition. It analyzes key phases including diversification of energy sources, promotion of renewable technologies, infrastructure upgrades,…
Duygu Celayir, Çağla Celayir
This conceptual study examines how integrating energy transition and circular economy can enhance sustainability. It suggests that renewable energy deployment and resource efficiency complement each other, improving environmental outcomes. …
Sun J.
This paper characterizes NOx and greenhouse gas emissions from a 15 MW biomass circulating fluidized bed boiler, analyzing the relationship between combustion conditions and emission factors based on experimental data. It contributes to env…
Shaterabadi M.
This study analyzes the effect of solar panel shading on energy management in triple interconnected grids incorporating crypto miners, CCUS, and green roofs. It proposes optimization methods for load and generation under shading conditions.…
Tachrir Tachrir, H Hasddin, Muhamad Idham Handa +7
This study analyzes Asia's electricity supply-demand gap from 1993-2022 and forecasts to 2052 under BAU and Additional Efforts scenarios. Results show rising demand despite policy interventions, emphasizing the need for accelerated renewabl…
Boris D. Soh Wenda, Thierry M. Pondie, Aïssatou Ndiaye +3
This study examines the dynamic impact of clean cooking energy access on the cost and affordability of healthy diets in developing countries. Using panel data and quantile regression, it finds a nonlinear relationship: in low-cost countries…
Tao Qian, Jinyu Yue, Chongyu Wang +3
This paper discusses the integration of urban energy systems with three-dimensional mobility (flying cars) for the scale-up of electric vertical takeoff and landing (eVTOL) aircraft. It highlights the optimization of energy supply infrastru…
Rajdeep Mukherjee, Amiya K. Jana
This paper proposes a framework beyond plant boundary to make desalination systems carbon neutral and zero discharge while generating by-products. It addresses decarbonization and circular economy aspects, though full details are unavailabl…
K.L. van den Broek, L. de Jager, R. Doran +1
This study investigates how citizens' mental models of the energy transition align with national policies, using a systems thinking approach. Focusing on the Netherlands and Norway, it compares the centrality of 16 pathway components in men…
Vourdoubas John
This study estimates carbon emissions from winemaking in Crete, Greece, and examines the potential for sustainable fuels and renewable energy. Findings show low lifecycle emissions and technical/economic feasibility of decarbonization throu…
Olli-Matti Mikkola, Nelli Eerikäinen, Sakari Höysniemi +5
This systematic review of European renewable energy scenarios uses the PESTE framework to reveal a dominant positivist paradigm focused on techno-economic drivers, sidelining societal and biophysical aspects. It argues for interdisciplinary…
Калижан Шакенов, Seitkhan Azat, Kydyr Askaruly +3
This review comprehensively analyzes recent progress in MXene-based energy storage systems, covering synthesis routes, composite materials, defect engineering, and oxidation behavior. It discusses applications in rechargeable batteries and …
Wei Xiao, Hongmin Liu, Yingchen Liu +1
This paper uses a single-case study of Geely Group to analyze the strategic synergy between digitalization and green low-carbon transitions. It constructs a bidirectionally enabling closed-loop iterative transformation model through four me…
Abda Emam, Egbal Elmsaad, Amal Abass
This study examines the nexus between biofuel consumption, economic growth, and CO2 emissions in Saudi Arabia using data from 1990 to 2023. It finds long-run cointegration and forecasts that while biofuel consumption and GDP will continue g…
Muhammad Saleem, Muhammad Adil Bin-Saleem, Muhammad Taha Bin-Saleem +2
This study experimentally evaluates blends of Thar lignite coal and sugarcane bagasse for co-combustion to reduce GHG emissions. Thermogravimetric analysis, calorific value, and radiometric measurements show that a 50% blend reduces sulfur …
LifeWatch ERIC
This is material for an e-learning course on incorporating open science in energy transition. No abstract provided; content unclear but aims to promote open science practices.
Dawson R.
This paper examines how civil engineers can contribute to a resilient, net-zero-emissions energy system in the UK. It highlights necessary infrastructure changes and policy support.
Cheng Zheng, Xiao WU
This study proposes a hybrid stochastic-interval planning framework for long-term low-carbon transition of petrochemical energy systems, addressing multiple uncertainties to optimize system performance and risk management.
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