摘要
采用强制循环双水箱直接系统的太阳能集中热水系统，与建筑结构同步设计、同步施工。该系统主要由集热贮热循环系统、辅助加热供水循环系统和智能控制系统等组成，根据太阳能利用条件、集热器安装位置和日平均用热水量等计算确定太阳能集热器面积及贮热水箱体积；根据建筑物现有能源选择辅助热源，使资源优化配置；采用智能化电气控制系统，按照用户使用要求，实现24h或定时供应45—55％热水。科学合理安排施工工艺流程，保证工程施工质量，满足建筑物使用功能，达到环保节能的应用效果。
Solar energy centralized water-heating system with compulsive circulation double water-tanks is designed and constructed synchronically with building structure. This system is composed of heat collection ＆ heat storage system, auxiliary heating water supply circulation system and intelligent control system, etc. The area of solar energy heat collection and the volume of hot water tank can be calculated according to the daily average usage of hot water, the installation position of heat collection and the solar energy condition. Auxiliary heat resources can be selected for resources-optimizing according to the condition of a building. 45 -55℃ hot water can be supplied in 24 hours a day to meet the owner＇s requirements by using intelligent electric control system. By selecting scientifically construction process, construction quality is good to meet the requirements of design-functions, and energy-saving and environment protection is satisfied.
出处
《施工技术》
CAS
北大核心
2009年第11期67-71,共5页
Construction Technology
关键词
建筑一体化
建筑节能
太阳能集中热水系统
设计
施工
building integration
building energy-saving
solar energy centralized water-heating system
design
construction
