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 621–640 of 922 papers
Weicheng Zhou, Tong Jiang, Ping Lu +2
This paper evaluates the thermal performance and life cycle assessment of phase change materials (PCMs) based on coal fly ash. It demonstrates effective utilization of waste material and improved energy storage efficiency, with potential ap…
MMI Hasan, Hong‐Seok Mun, Eddiemar B. Lagua +6
This review synthesizes pathways for low-carbon environmental control in intensive duck houses. It integrates evidence on envelope design, ventilation, heat pumps, and moisture management, highlighting the need for staged integration of moi…
Krystle Harmon
This paper presents a Lower-Carbon IT Framework for energy enterprises to embed emissions-aware decisions into IT architecture, workload placement, and data lifecycle management. A case study provides 24-month guidance for reducing digital-…
Gazze L.
This paper examines strategies for achieving net zero emissions in residential buildings, discussing energy efficiency measures, renewable energy integration, and potential challenges.
Zhihui Wang, Yuhong Liang, Chengbo Hu +5
This paper reviews progress and challenges in carbon emission management for aluminum casting using greentelligent approaches. It likely focuses on energy efficiency and emission reduction techniques in the aluminum casting industry.
Xuesi Chen
This paper proposes a carbon-aware approach for edge computing system design, considering CO2 emissions in system architecture decisions to contribute to sustainable IT infrastructure.
Yilin Li, Hao Lü, Wenshan He +3
This paper proposes a hybrid ventilation strategy for near-zero-carbon buildings, combining natural and mechanical ventilation to achieve energy conservation and carbon reduction goals. It explores methods to optimize indoor environment whi…
Juping Ge, Qixiang Miao, Xiaozhen Wang +3
This paper explores the application of digital technologies (BIM, IoT, digital twin) for low-carbon management across the entire lifecycle of construction projects. It compares domestic and international cases, summarizes implementation mod…
Wang Q.
This paper proposes an integrated optimization of base station sleeping and renewable energy procurement using Particle Swarm Optimization (PSO). It aims to simultaneously reduce energy costs and CO2 emissions, providing a technical framewo…
Yüksel A.
This paper experimentally evaluates a net-zero energy heat pump drying system integrating photovoltaics and carbon fiber film heaters, focusing on performance and exergy analysis. It demonstrates improved energy efficiency and renewable ene…
Xue Y.
This paper reviews advances in coupled heat and moisture transfer in building envelopes, aiming to contribute to net-zero energy building designs.
Wang D.
This review systematically examines definitions, development pathways, and policy frameworks for net-zero carbon buildings (nZCBs). It provides a comprehensive overview of global progress and identifies key challenges and opportunities for …
Ali S.
This paper proposes an integrated system combining perovskite BIPV windows and ground-source heat pumps to achieve net-zero energy in office buildings. Through energy balance and economic analysis, it demonstrates the synergistic potential …
Li Y.
Proposes a linked data-based information sharing strategy to enable net zero energy buildings and clusters. Integrates energy data across building clusters for efficient operation and management.
Patel N.M.
This paper proposes a comprehensive rating system for net-zero buildings, offering a framework for quantitatively evaluating energy efficiency and carbon emission reductions to support building decarbonization.
Yirui Li, Xin Wang, Xuejin Zhou +5
This study develops a low-carbon road binder by processing pyrite tailings and other industrial wastes through ultrafine refinement and self-activation. It achieves CO2 emission reduction by replacing cement and utilizing waste. Experimenta…
Liu Zhihua
This paper explores low-carbon and energy-saving interior design methods by combining artificial intelligence with spatial thermal cycle models. It analyzes building envelope and internal thermal environment, uses thermal load calculations …
Yuki Sato
Mesoporous optically clear heat insulators (MOCHIs) combine transparency with thermal insulation for building envelopes, reducing energy consumption while maintaining natural light. They leverage nanoscale porosity to impede heat transfer, …
A. A. Abdelsamad, Mostafa S. Hamad, Hany A. Hamed +1
This paper proposes a stream-based thermal bus modeling approach for efficient thermal energy management in industrial energy hubs. The model integrates multiple heat sources and demands to enable optimal energy allocation, potentially cont…
Sicilia, Álvaro, Madrazo, Leandro, Costa, Gonçal
This paper reports the OPTIMUS project, which develops a decision support system (DSS) using semantic web technologies to optimize energy use in public buildings. It extends tools from the SEMANCO project, enabling local administrations to …
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