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 81–100 of 696 papers
Marino A.
Examines tactical approaches to achieving net zero carbon buildings, including energy efficiency improvements, renewable energy integration, and lifecycle carbon management.
Pratima Shah
This paper systematically reviews ten traditional Indian construction materials (bamboo, lime mortar, rammed earth, etc.) for their performance, sustainability, and contemporary applications. It highlights their potential to reduce CO2 emis…
Brita Bye, Kari Espegren, Taran Fæhn +2
This paper compares bottom-up energy-system models and top-down general equilibrium models used for energy efficiency policy analysis. Using a Norwegian residential sector energy-saving target case, it identifies diverging results due to di…
Lyu C.
This paper examines the impact of orderly energy consumption on the coordinated optimization between industrial microgrids and the power grid. It likely proposes methods for efficient energy management and grid stability. Specific findings …
Ng L.
This paper presents a coupled model to evaluate the impacts of ventilation on indoor air quality and energy consumption in a net-zero energy house. The model provides insights for optimizing building design and operation, aiming to balance …
Jørgensen B.N.
This review provides an overview of technologies, policies, and future directions for energy efficiency and decarbonization in buildings. It comprehensively covers technologies such as renewable energy integration and material innovations, …
Zhang C.
This paper discusses a technical shelter achieving net-zero energy. While details are unavailable, it likely involves energy efficiency and renewable energy integration.
Balke E.
This paper presents the development, modification, and validation of a detailed energy model for the NIST Net-Zero Energy Residential Test Facility. The model accurately simulates building energy performance, supporting optimization for net…
Jankovic L.
This paper examines strategies to align UK housing projects with net-zero carbon targets, covering policy, technology, and finance. It addresses decarbonization challenges for both existing and new homes, offering insights applicable to oth…
Jherson Henry Castañeda Ravichagua, Dammer Felipe Trigoso Ruiz, Frey Franco Sánchez Marcos +1
This systematic review analyzes evidence on carbon footprint reduction strategies in civil engineering. LCA is the primary measurement methodology, complemented by BIM, Digital Twin, and Machine Learning. Mitigation strategies include low-c…
Ritesh G Upadhyay, Urmila Vivek Chauhan
This review discusses hybrid separation processes combining membrane, adsorption, extraction, and distillation technologies to improve energy efficiency and process intensification in chemical engineering. It covers industrial cases from pe…
Kailun Feng, Shuo Wang, Santhan Reddy Penaka +2
This empirical study uses deep uncertainty analysis to characterize regional climate for building stock transition in a Nordic context. It provides insights for integrating energy efficiency and climate adaptation in building retrofits.
Miaomiao Zhang, Shuo Shi, Joselito Razal +1
This review systematically presents the fundamentals, materials, and applications of passive cooling technologies as zero-energy solutions to address the energy crisis and climate change. It covers advances in materials, structural design, …
Yuvarajan Devarajan, Reda A. Haggam, Mohamed Bechir Ben Hamida +5
This paper explores hybrid systems combining solar thermal and phase change materials for low-carbon buildings. It aims to improve energy efficiency and reduce CO2 emissions, particularly by lowering heating and cooling loads. Specific resu…
TU Chen, PAN Xuanying, WANG Huan, MENG Yao, DAI Jing, WANG Xiaoyu
This paper develops a bidirectional coordinated optimization model for computing-power nodes, considering diverse green electricity consumption modes (direct green energy connection, PPA, grid supplementation) and spatio-temporal flexibilit…
Vaden, Dionysios, Denis
This paper proposes zero-upfront-cost passive engineering solutions for urban heat islands, including high-reflectivity vehicle fleets and near-infrared selective asphalt. It demonstrates a potential reduction of up to 7.5°C at pedestrian l…
Abdulaziz Aldhafeeri
This mini-review critically summarizes Phase Change Materials (PCMs) for thermal energy storage, focusing on reducing cooling loads and peak electricity demand in hot desert climates. It covers material classifications, engineering applicat…
Hemant Kumar Agrawal, Anshika Yadav, Ashutosh Luhania
This study develops an integrated design-stage assessment for a net-zero energy institutional building in hot-dry Jaipur, India. Through combined energy modelling, embodied and operational carbon accounting, and discounted cash-flow analysi…
Krarti M.
This paper analyzes the cost benefits of net zero energy homes in Australia, comparing upfront costs with long-term energy savings. It examines the economic viability and provides evidence for scaling up building decarbonization.
Cellura M.
This paper presents a case study of redesigning an existing Italian building to achieve net zero energy performance. Conducted under the IEA SHC Task 40 / ECBCS Annex 52 framework, it demonstrates an integrated approach of energy efficiency…
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