基于研制的新压缩冷凝机组样机开发探讨了微通道换热器的设计方法。
Design method of microchannel heat exchanger is discussed according to the development of a new compressor condensing unit model.
第二部分为比较传统的管翅式换热器和微通道换热器在压缩冷凝机组中的应用。
Part Two compares the traditional tube-fin heat exchanger and the microchannel heat exchanger used in compressor condensing unit.
研究包括微通道换热器在制冷压缩冷凝机组中的设计，微通道换热器仿真与优化和微通道换热器试验。
The research includes design of microchannel heat exchanger in refrigeration compressor condensing unit, microchannel heat exchanger simulation and optimization, and experimentation.
产品覆盖：吊顶冷风机、制冷机组、海鲜机、制冷压缩机、冷水机、片冰机、冷凝器等。
Our products cover: condole top cooling fan, refrigeration units, seafood machine, refrigeration compressor, chillers, slice ice machine, condenser, etc.
主要产品有：半封闭系列压缩机，各式制冷压缩机机组，冷风机，冷凝器，水冷冷凝器及各种零配件。
The main products are: series compressors, various semi-closed refrigeration system, cooling fan, condenser, water cooling condenser and various spare parts.
智能冷凝风机系统：智能话得控制风机的开关，利用较低的能耗，有效的保护压缩机组。
Condenser fan intelligent system: intelligent fan control switch, reduction of energy consumption, effective protection of compressor.
分析结果显示蒸汽压缩式制冷机组的损失源于蒸汽压缩制冷原理固有的缺陷，冷凝排出的是机组主要的损失之一。
The energy and exergy distribution of a chiller was analyzed comprehensively with an example of an electric vapor-compression chiller in a hotel.
根据制冷量 500kW等设计参数对冷水机组进 行了热力计算，确定了冷凝器热负荷及压缩机功率。
The thermodynamic calculation for the water chiller was Carried on basing on the design parameters such as 500kW cooling capacity to determine the condenser's heat loads and compressor power.
根据制冷量 500kW等设计参数对冷水机组进 行了热力计算，确定了冷凝器热负荷及压缩机功率。
The thermodynamic calculation for the water chiller was Carried on basing on the design parameters such as 500kW cooling capacity to determine the condenser's heat loads and compressor power.
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