运行方式为：夏季机组制冷运行，全热回收机组在制冷的同时为宾馆提供免费的全部热水供应；
Operating mode as follows: the summer of refrigeration unit operation, the whole refrigeration heat recovery unit at the same time as the hotel offers free full hot water supply;
运营：运行数据中心需要与电力、制冷和房地产相关的许多成本，在增加租户时成本会显著增加。
Operation: running a data center requires electricity, cooling and many real estate related expenses which grow significantly when more tenants are added.
这是衡量，我们运行制冷机的一个量。
So it's a measure of how well we can do to run the refrigerator.
在机组正常运行的情况下，可以对制冷系统进行检修。
Under the normal operation condition, the maintenance of the refrigeration system can be carried out.
在不同负荷、不同季节和不同环境温度下，制冷机组的冷却塔风机恒速运行无法使冷却水温度控制在需要范围内。
The temperature of cooled water could not be maintained in a desired range by a fan running at constant-speed in a cooling tower under different loads and environmental temperatures.
本文分析了制冷量在设计和控制各环节中的影响，给出了一种提高制冷器运行经济性的控制方法。
The influence of the refrigerating capacity in design and control is analysis in this paper, a control method to raise the running economy is suggested.
同时长时间回热也减慢了吸附床的升降温速率，影响了系统运行的制冷量和能效比。
The longer heat recovery time slows the speed of adsorber temperature-up and temperature-down so as to effect on refrigerating power and COP.
分析热力膨胀阀和蒸发器调节系统的稳定性，它直接影响着制冷效率和运行安全。
This paper describes the stability of control loop consisting of refrigeration evaporator and thermostatic expansion valve. It may directly influence refrigerating efficiency and operation safety.
采用世界名牌制冷部件，保证机组的质量和运行稳定。
The world famous refrigeration components, ensure the quality and stable operation of the unit.
工业制冷机组是在温度、压力变化范围较大、转速较大的情况下运行的。
Industrial refrigeration unit is big changes in temperature and pressure range, running speed of the larger situation.
通过对过冷式制冷循环的工作特性的分析，揭示了此系统的运行原理。
According to the Performance Analysis of overcooled refrigeration cycle, it shows the operation principle of the system.
在对电子膨胀阀的特性及制冷系统的运行规律的认真分析基础之上，设计了变频压缩机的精准在线控制。
Basing on analyzing the characteristic of EEV and running rule of refrigerating system in detail, it designs precise online control of inverter compressor.
工程运行结果表明：在制冷速度、功率消耗及经济性等方面，使用二元冰的低温送风系统有其明显的优越性。
The running result showed it has the outstanding advantage in refrigeration speed and power consumption as using the binary ice in the air conditioning system for blowing low temperature air.
通过对丙烯制冷压缩机透平的振动原因分析，提出了改进措施，消除了振动，使其运行平稳可靠。
Some improvements were proposed through the vibration cause analysis of the turbine of a propylene refrigeration compressor, the vibration was eliminated, the operation was stable and reliable.
在整机振动控制过程中，根据频域特性提出了控制策略，从而确保了实验装置制冷系统的安全运行，使机组振动与噪声得到了有效的控制。
The strategy based on frequency characteristics has been founded for the system vibration isolation. It can insure the safe run and can restrain the yawp for the refrigeration system of device.
空调制冷系统的冷冻水、冷却水变流量系统可使冷水机组在部分负荷下运行带来显著的节能效果。
The variable water volume of the chilled-water and cooling water system make refrigerating machine saving more energy under part -load condition.
本文提出了转轮与热泵联合运行的空调系统，利用热泵来完全满足系统的制冷和再生要求。
Solid desiccant assisted heat pump hybrid system was first proposed here, which could offer the cooling load and heat energy for regeneration entirely.
为了节约能源，当制冷系统采用水冷冷冻水机组+自由冷却系统时，有制冷、预冷、自由冷却三种运行模式。
In order to save energy, when refrigeration system using water frozen water units + free cooling system, have refrigeration, precooling, free cooling three operating mode.
随着土壤源热泵在制冷工况下连续运行，埋管出口介质温度和管井壁面温度逐渐升高。
Along with GSHP running at refrigerate condition the temperatures of the out medium and the wall gradually rise.
随着环境和室内热负荷的变化，制冷空调系统通常是在变工况条件下运行。
With the change of environment and indoor heat load, the refrigeration and air-conditioning system almost operate at varying condition.
在制冷情况下，系统按单级运行。
简介了三元制冷系统的设计思路和工艺流程，针对开车运行过程中出现的问题，总结了处理方法。
Briefly presents the design clue of thoughts and process flow of the triple refrigeration system. Aimed at the problems existed in the startup of the plant, summarizes treating methods.
用户界面友好，程序运行平稳，快捷，直观，覆盖面广，计算结果精度较高，适用于制冷工程设计和相关的科研数值计算和辅助教学。
Moreover, the calculation results are highly precise, enabling this program to be adopted in refrigeration engineering design, relevant scientific data calculation and assistant teaching.
分析了解化公司氨吸收混合制冷装置运行中遇到的问题，提出了改造措施，并对改造前后的指标进行了对比。
Problem in the operation of the mixed refrigeration process for the absorption of ammonia was analyzed, and improvement was put forward. The indexes were compared.
本文主要对蒸汽压缩式制冷系统运行与管理中的节能、环保和安全等问题进行探讨。
This essay mainly discusses some questions on Energy-saving, enrionment protection and safety of vapor compressing refrigeration system's operation and management.
并从数学上分析了各热阻对制冷量的影响，可供制冷系统的设计、运行管理提供参考。
Then discuss the influence of heat resistance on refrigeration capability. The work makes a good reference for refrigeration system design and running management.
根据吸附式制冷机组的运行特性，利用方差分析的方法，对两台吸附式制冷机组的并联运行模式进行了优化。
According to the operation performance of adsorption chillers, optimizes the parallel operation mode of two adsorption chillers by means of variance analysis.
对冰蓄冷串联系统在制冷机优先和释冷优先控制策略下的运行特性进行了分析。
The operational characteristics of ice-storage series system are analysed based on the refrigerating unit and discharge priority control strategies.
水冷设备由于污垢影响，在运行过程中制冷量下降，功耗增加，必须进行定期清洗。
Because of the influence of fouling, the water-cooling sets 'output declines and the running power increases when the water-cooling sets are running and it must be cleaned during certain times.
分析了大过冷度制冷循环的工作特性和几种常见制冷剂在大温差过冷情况下的运行特点。
The characters of overcooled refrigeration was analyzed and the operating features of several refrigerants in high sub - cooling degree was introduced.
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