摘要
本文分析制冷剂冷凝温度、循环冷却水温和流量对制冷量的影响,并根据华南沿海地区夏季气候湿热,冷却塔负荷过大而冷却水温往往达不到额定工况的特点,结合冷凝热回收和喷泉冷却系统的工程实例,探讨降低冷却塔负荷及冷却水温的方法。
In this paper, the effects of the refrigerant condensation temperature, the temperature and flowing rate of the circulating cooling water on the cooling capacity are analyzed. The temperature of cooling water in cooling tower usually can not meet the requirement of working system in the foreland of south China since it is hot and humid weather. In order to improve the cooling system, we investigated the ways to lower the load and decrease the cooling water temperature for the cooling tower by using the condensation heat and fountain cooling system based on some engineering examples.
出处
《节能技术》
CAS
2005年第3期222-225,231,共5页
Energy Conservation Technology
关键词
冷却水参数
冷凝热
气候环境
冷却塔负荷
cooling water parameter
condensation hot
climate environment
cooling tower load
