摘要
在“双碳”环境、旨在创建一个真正的21世纪节能智慧校园背景下,为能最大程度减少校园的碳足迹的综合可再生能源解决方案,香港科技大学(广州)全校设计采用综合管廊供冷的形式,本文对香港科技大学(广州)冷冻水综合管廊设计的总体方案、管线断面设计及末端单体接驳设计进行介绍分析。
An integrated renewable energy solution that minimizes the campus's carbon footprint in the context of a“Dual-carbon”environment and aims to create a truly energy-efficient,smart campus for the 21st century,the whole campus of Hong Kong University of Science and Technology(Guangzhou)adopts district cooling.This paper introduces and analyzes the overall design scheme,pipeline cross-section design and terminal monomer of the chilled water utility corridor of Hong Kong University of Science and technology(Guangzhou).
作者
徐淦锋
XU Ganfeng(Architectural Design&,Research Institute of SCUT,Guangzhou 51000 China)
出处
《制冷》
2023年第4期1-2,7,共3页
Refrigeration
关键词
冷冻水
综合管廊
支墩
制冷工艺
Chilled Water
Utility Corridor
Buttress Pier
Refrigeration Process
