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学术讲座《相变材料在清洁能源与智能建筑中的应用及研究进展》

浏览量:时间:2025-05-02

活动主题:相变材料在清洁能源与智能建筑中的应用及研究进展

活动类型:学术交流

举办单位:碳中和国际研究中心

活动时间:2025-05-09 15:00-17:00

活动地点:会议中心1014

面向群体:全院师生

主讲嘉宾:

Prof. Mohammed EL GANAOUI is a full professor at the University of Lorraine, France, and an expert at the Jacques Villermaux Federation for Mechanics and Energy Processes. He leads the eco-energy research at “Henri Poincaré Institute of Technology” in Longwy. He has served as the Director of Physics Department (2004-2010) and Co-Director of the International Cooperation Service (2006- 2010) at Limoges University. His research interests focus on phase change transitions in smart buildings, with particular attention to solid-liquid-vapor interactions and eco-thermal performance. He has presided over and participated in 15 international projects; chaired/co-chaired PAI conferences in Australia, Canada, and Maghreb; and attended several Asia/Europe dual carbon meetings. He has supervised 45 PhD Theses within the Euro-Mediterranean context. He has co-authored over 300 papers (250 of which are A-ranked), and has edited/Co-edited 20 special issues of scientific journals (Scopus). He has organized more than ‎‎30 international conferences and delivered plenary lectures at 150 international conferences.

内容摘要:

实现碳中和目标的道路上,建筑能耗过大成为了一大关键难题。在建筑的总能耗构成里,供暖、制冷、照明以及通风这四大板块,在商业建筑领域占据了45%的能耗比例,而在住宅建筑中,这一比例更是高达65%。为了达成低碳排放的目标,目前普遍采取的措施是通过增加能源输入,比如使用空调或供暖系统来应对室内温度的波动。然而,这种做法不仅使得投资成本大幅攀升,还直接导致了二氧化碳排放量的持续增长。在这样的大背景下,将相变材料(PCM)应用于建筑围护结构的热调节策略应运而生,为解决这一难题带来了新的希望。本次讲座将着重介绍洛林大学在相变材料集成技术与建筑围护结构组件方面的前沿研究成果。这些研究聚焦于通过提升室内温度的稳定性以及降低热负荷,进而优化建筑的热经济性能,实现能效的提升和成本的有效降低。讲座将深入探讨 PCM 的应用潜力,并将其与其他类型的相变材料,包括无机相变材料和固固相变材料,进行详细的对比分析。此外,还将特别介绍朗维研究所(位于法国东北部)开发的混合能源解决方案,并详细阐述与PCM减排战略相关的一系列挑战。

联系人:碳中和国际研究中心,陈磊