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 101–120 of 348 papers
Karimov K., Jafarova N., Safarli Z.
This paper examines mechanisms to enhance energy efficiency as part of Azerbaijan's innovative economic modernization. It presents forecasting models for energy intensity under alternative scenarios and positions energy conservation as a ke…
Xiaofei Lu, Yue Wang
This study proposes an energy-efficient LED lighting method for indoor agricultural systems from a carbon neutrality perspective. It develops a method to compute vegetation indices based on sunlight, optimized using the Light Spectrum Optim…
Li Sun, Xingyi Chen, Chuang Li +1
This paper investigates the toughening mechanism and crack resistance of hybrid fiber low-carbon coral aggregate concrete, contributing to low-carbon construction materials. However, details are limited due to missing abstract.
Michael Olusegun Adamolekun
This paper examines the integration of renewable design approaches to reduce energy consumption in high-rise buildings. It identifies passive and active strategies, showing that combined integrated design can significantly lower energy use …
Dong S.
This paper analyzes the reduction of greenhouse gas emissions from commuting during the Beijing Olympic Games. It quantitatively evaluates the impact of traffic policies and congestion mitigation measures on emissions, highlighting the impo…
Shi Y.
This study investigates the synergistic impact of digital finance and green finance on urban energy efficiency using Chinese city-level data. It reveals mechanisms and provides policy implications.
Mariana Haiducova, Eugeniu Braguta, Olga Harea +1
This paper analyzes the legal and technical framework for building energy audits in the Republic of Moldova in the context of alignment with EU energy efficiency directives. It covers national regulations, standards, auditor certification, …
Sheng Y.
This systematic literature review examines how digital twin technology can support achieving net zero buildings. It assesses potential for energy efficiency and integration of renewable energy systems, identifying research gaps.
(著者不明)
This paper quantitatively assesses the contribution of energy efficiency improvements across residential, industrial, and other sectors to achieving net-zero emissions by mid-century. Using scenario analysis, it reveals the potential and co…
Kamarova S.
This paper examines how energy-efficient technologies can reduce the carbon footprint of thermal power plants, analyzing specific options and their emission reduction potential to provide practical insights for decarbonizing existing plants…
E. Ivette Cota-Rivera, Guillermo M. Limón-Molina, Abelardo Mercado-Herrera +1
This article examines AI's dual role in increasing energy consumption while offering solutions for energy efficiency and sustainable energy transition. It analyzes the environmental impact of data centers and how AI can optimize resource ma…
R. Nunthaworrarat
This paper demonstrates the engineering feasibility of replacing a JT valve with a turbo-expander in a legacy gas field (PTTEP's Bongkot South) to enhance NGL recovery, increase condensate production, and reduce GHG emissions. By utilizing …
Lorraine McCauley
This study evaluates the feasibility of low carbon refurbishments for a 1950s non-domestic building in Scotland, achieving a 25% reduction in heating energy demand through measures such as floor insulation and LED lighting. The payback peri…
Shree krishna rimal
This paper investigates the potential of low-carbon construction materials to reduce environmental impacts of urbanization in Nepal. It reviews alternatives like supplementary cementitious materials, geopolymers, recycled aggregates, and en…
Tobias Huber, Georg Windhager, Francesc Volgger +5
This paper proposes digitally fabricated, topology-optimised ribbed reinforced concrete slabs that reduce material usage and embodied carbon, contributing to low-carbon building construction.
M. RAJKUMAR, Dr. V. GOKULA KRISHNAN, Dr. P. JESU JAYARIN, R. SENTHILKUMAR, Dr. KARNAM SREENU, Dr. S. KAVIARAAN
This paper proposes a hybrid metaheuristic optimization framework (CCO-SWO) for net-zero energy control in smart buildings. Simulation results show a 31.5% reduction in total energy consumption, 41.3% less grid reliance, and a high Net-Zero…
Alanur Şura Yaşar, Asena Soyluk
This paper presents a bibliometric analysis of research on the climatic effects of green facades, revealing trends and gaps. It evaluates the potential of green facade systems for urban climate change adaptation and mitigation, highlighting…
Alcides, Feitosa Neto, Ana Karen, Silveira Pereira Caracas, Cleilson, Coutinho da Silva +14
This paper reviews technological strategies for optimizing energy consumption in data centers within renewable energy systems, focusing on energy curtailment. Through a qualitative literature review, it finds that AI, automation, and storag…
Cheng Kao, Yen-Ming Huang, Chun-Cheng Lin
This paper proposes an optimal energy scheduling approach for green commercial buildings under an Energy Internet framework, integrating renewable energy and demand response to reduce costs and carbon emissions.
Robert Refvik
This paper reviews how AI enables businesses to manage energy more efficiently and reduce emissions. It discusses AI's role in forecasting renewable generation, automating distributed assets, and participating in energy markets. Real-world …
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