GX & Decarbonization Research

Shilpa Gopal, Mathew Thomas Gil, Nikhil Singh +2

Surveys 372 Indian college students to analyze how social norms, personal norms, and environmental awareness influence acceptance of green hostel buildings. Using PLS-SEM, it finds that intention to act mediates the relationship, and educat…

LIU Ming ZHANG Xu-Wei WANG Chao-Yang LI Gen YAN Jun-Jie

This paper presents a thermodynamic analysis of a waste heat recovery system with an SCO2 power cycle for a 1000 MW supercritical coal-fired unit, showing a reduction in standard coal consumption rate of 2.50 g/kWh. It demonstrates that int…

Ding Chen

This study investigates the temperature recovery performance of surrounding soil in urban subway energy tunnels under long-term intermittent operation. It evaluates how extended operational patterns affect soil thermal recovery, offering in…

Hanan Wehbi, Tahar Massadi

This qualitative case study identifies technical, managerial, regulatory, and supply-chain barriers encountered during the pre-construction phase of a three-story Passive House in Fayetteville, Arkansas. Interviews and observation reveal th…

Seon Hyeog Kim

This paper proposes a standardized data interoperability framework (ANSI/ASHRAE 201) combined with PPO-based deep reinforcement learning to jointly optimize electricity and heat in lithium-ion battery manufacturing. Real-world data shows an…

USDOE Office of Energy Efficiency and Renewable Energy (EERE), Energy Efficiency Office. Advanced Materials & Manufacturing Technologies Office (AMMTO), Patrick Blanchard, David Bank +3

This project develops a room-temperature-stable, fast-curing carbon fiber sheet molding compound (CF-SMC) enabling sub-3-minute cycle times for high-volume automotive production. The material achieves a 3x tensile modulus improvement over g…

Jiang Lu^1,2^, Liu Yanjuan^1^, Shi Xiaonan^3^, Ding Bowenpeng^4^, Chen Hongyu^1^

Using 2021 field survey data and ordinary least squares regression, this study analyzes household energy consumption in Xining, a plateau city critical to China's ecological security. It finds households are a major contributor to energy-re…

Rangel A.M.

This study evaluates the performance of infrared heating within a Passivhaus design, examining its viability for achieving net zero housing. It assesses energy use, thermal comfort, and practical implementation challenges, contributing evid…

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…

(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.

Senaratne S.

This paper examines smart and innovative solutions for achieving a net-zero built environment. Although no abstract is available, it likely covers energy efficiency, renewable energy integration, and decarbonization technologies. It contrib…