摘要
针对某大学既有教学楼增加具有节能和科研教学功能的空调系统要求,基于教学楼的特点,提出了特定场景的高效空调系统,完成了室内设计参数、冷源系统、输配系统、冷却塔、空调末端及自控等方面具有针对性的优化设计。2019—2020年实际运行结果表明,空调系统满足使用要求,能效比达到设计要求。
In view of the requirement of adding an air conditioning system with energy-saving and scientific research and teaching functions to the existing teaching building of a university,based on the characteristics of the teaching building,a high-efficiency air conditioning system for a specific scenario is proposed,and the targeted optimization design of the indoor design parameters,cold source system,transmission and distribution system,cooling tower,air conditioning terminal and automatic control and other aspects are completed.The actual operation results from 2019 to 2020 show that the air conditioning system meets the requirements for use and the energy efficiency ratio meets the design requirements.
作者
谭海阳
李继路
屈国伦
刘谨
Tan Haiyang;Li Jilu;Qu Guolun;Liu Jin(Guangzhou Design Institute Group Co.,Ltd.,Guangzhou;Guangzhou Construction Engineering Co.,Ltd.,Guangzhou;Guangzhou Municipal Construction Group Co.,Ltd.,Guangzhou)
出处
《暖通空调》
2022年第12期25-29,共5页
Heating Ventilating & Air Conditioning
基金
广州市建筑集团有限公司科技计划项目“装配式超低能耗岭南建筑关键技术研究及产业化应用”(编号:2020-KJ014)
“广东省建筑节能工程技术研究中心建设”(编号:2021-KJ019)
“岭南地区绿色建筑与绿色金融协同发展机制研究”(编号:2022-KJ026)。
关键词
教学楼
节能
高效空调系统
优化设计
低阻力水系统
能效比
科研教学
teaching building
energy conservation
high-efficiency air conditioning system
optimal design
low resistance water system
energy efficiency ratio
scientific research and teaching
