期刊文献+
共找到3篇文章
< 1 >
每页显示 20 50 100
蓄能空调系统中蓄能槽体的设计选型及经济性分析 被引量:1
1
作者 王晔 陶旭东 《制冷空调与电力机械》 2004年第2期52-54,共3页
阐述了蓄能空调系统中的蓄能槽体的分类和性能以及方形钢板蓄能槽体的设计选型,介绍了工程实践中常用的圆形槽体和方形槽体的容积与重量关系的统计资料,可供蓄能设备的选型设计及估算重量作参考。
关键词 蓄能空调 蓄能设备 钢板 空调负荷 蓄能槽
下载PDF
地源热泵—水蓄能复合空调系统探讨 被引量:6
2
作者 张君美 刘伟 +1 位作者 于芳 宋晓帆 《煤气与热力》 2013年第12期15-18,共4页
介绍地源热泵与水蓄能的优势,分析地源热泵—水蓄能复合空调系统的运行原理及优势。结合工程实例,探讨了地源热泵—水蓄能复合空调系统的运行方案、设备配置和节能分析。
关键词 地源热泵 蓄能 蓄能槽 复合空调系统
下载PDF
Mathematical Modelling of Charge/Discharge Process in Seasonal Heat Storage Tank
3
作者 Ladislav Boszormenyi Emese Sivakova Roman Vodicka Peter Kapalo 《Journal of Energy and Power Engineering》 2014年第3期495-501,共7页
The seasonal heat storage tank is the most important component of the SDH (solar district heating) system, which allows significant increase in the share of solar energy in heat supply in comparison with conventiona... The seasonal heat storage tank is the most important component of the SDH (solar district heating) system, which allows significant increase in the share of solar energy in heat supply in comparison with conventional solar systems with short-term accumulation of heat. The adverse impact of their investment sophistication on competitiveness may be compensated by the increased use. For example: Cooperation with heat pump allows to increase the accumulation capacity of the seasonal heat storage tank and causes the direct use of heating energy and accumulation of cooling energy produced by heat pump. In the final stage of the heating period, it can be used to remote cooling supplied buildings. Experimentation on mathematical model is possible to obtain valuable insights about the dynamics of the processes of charging and discharging in the seasonal storage tank and subsequently used in the design, implementation and operation. 展开更多
关键词 One seasonal heat storage temperature stratification.
下载PDF
上一页 1 下一页 到第
使用帮助 返回顶部