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 41–60 of 677 papers
Moreno-Rangel A.
This paper examines net-zero homes and the Passivhaus standard, focusing on energy efficiency practices and decarbonization pathways for residential buildings. It likely evaluates the effectiveness of high-performance building standards and…
Jörn Altmann, Patrick Maillé, Bruno Tuffin
This paper proposes methods to incorporate carbon emissions into network capacity planning and pricing. By reflecting emission costs in operations, it aims to promote decarbonization of ICT infrastructure.
Hao Huang, Bing Ni, Jing Huang +4
This review systematically examines compression, absorption, adsorption, nanofluid-enhanced, and elastocaloric heat pump technologies for energy system decarbonization, focusing on building heating and industrial waste heat recovery. It com…
Sruthi Priya N.
This paper proposes a methodology for optimizing the placement of building openings (windows, doors) in early design to achieve net-zero construction waste. It evaluates how opening positions affect material use efficiency and building ener…
Odonkor P.
This paper proposes an adaptive energy optimization approach for net-zero energy building clusters. It dynamically adjusts energy supply and demand across multiple buildings to maximize efficiency and renewable energy use. The work contribu…
Shahab A.
This paper proposes a deep decarbonization framework for achieving net-zero energy office buildings, going beyond efficiency to include renewable energy integration and operational optimization. It offers an integrated design approach to su…
八戸工場における省エネルギーの取組み
(著者不明)
This report presents energy-saving initiatives at the Hachinohe Plant. It appears to describe on-site measures such as equipment upgrades and operational improvements aimed at reducing energy use and cost. Although quantitative outcomes are…
Yi Shi, Yuchen Gao, Ming Ye +5
This paper investigates the impact of a novel Building Integrated Photovoltaics (BIPV) system on the energy use efficiency of low-carbon buildings. It evaluates the effectiveness of new BIPV technology in contributing to building decarboniz…
Andrew A. Chien, Udit Gupta, Shaolei Ren +2
This paper appears to propose strategies and design principles for enhancing the sustainability of AI systems, likely focusing on reducing energy consumption and environmental impact. Technical and institutional approaches may be covered, b…
Junbin Li
This study analyzes the applicability of six passive building energy-saving technologies, including passive solar heating, natural ventilation, thermal storage walls, and evaporative cooling, across typical cities in China's various climate…
Zhicheng Wu, Weiguang Cai, Shicong Zhang +1
This study analyzes the spatiotemporal emission impacts of China's zero-emission building standards on building decarbonization. It reveals regional differences in the effectiveness of standards, providing insights for policy design.
Hakan Tutumlu, Cuma Karataş
This paper experimentally investigates a cross-flow plate heat recovery unit in an air handling unit under four operating modes. Results show temperature effectiveness decreases with velocity, while heat recovery covers up to 129% of heatin…
B. Mohan Rao, Shiv Brat Singh
This study developed a low-carbon carbide-free bainitic steel for automotive applications that eliminates the need for post-forging quenching and tempering heat treatment. Using computational tools to optimize alloy composition, the steel a…
Volodymyr Chupa, Iryna Vashchyshak, Serhii Maksymiuk +1
This paper quantifies the ecological consequences of methodological discrepancies between quasi-stationary and hourly dynamic building energy consumption calculations, showing differences in annual energy demand and CO2 emissions of tens of…
Jaime Nieto, Paul E. Brockway, Elliott Johnson +1
This paper analyzes the socio-macroeconomic impacts of building decarbonization, accounting for both efficiency improvements and rebound effects. Using macroeconomic models, it evaluates policy effectiveness and unintended consequences.
Mikami H.
This paper discusses how advancements in grease technology can reduce friction, improve energy efficiency, and thus contribute to carbon neutrality. Without an abstract, quantitative evidence is unclear, but it highlights the role of lubric…
Vakeva-Baird S.
This paper examines methods for effective interdisciplinary stakeholder engagement in net zero building design, highlighting the importance of collaboration among diverse experts to achieve decarbonization goals.
Caballero-Güereca C.E.
This paper proposes a four-phase framework to harmonize whole-life carbon net-zero pathways for new buildings. It addresses carbon accounting across design, construction, operation, and end-of-life stages, aiming to guide stakeholders in ac…
Na Sun, Nan Li, S Zhang +4
This study proposes a multi-objective optimization framework for sustainable design of plate-fin heat exchangers. It uses a chaos-enhanced elk herd optimizer to balance low-carbon and fouling maintenance considerations.
Ng L.
This paper presents a method to estimate interzonal air leakage in net-zero energy houses. It suggests that improving airtightness contributes to energy consumption reduction, aiming for application in residential energy-efficient design.
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