用于大型低压离心式冷水机组中。
概述了离心式冷水机组的最低能效标准。
Outlines minimum efficiency standards for centrifugal chillers.
介绍了变频离心式冷水机组节能的原理及适用条件。
Selection of high-efficiency centrifugal water chillers with systems approach;
采用了离心式冷水机组与城市热网作为该工程的冷热源。
Uses centrifugal water chiller and city heat-supply network as the heat and cold source of the project.
离心式冷水机组以其显著的特点、优良的特性在大型冷量范围内获得了广泛的应用。
Centrifugal chillers have been used widely in the range of big refrigerating capacity for its notable performance.
本文介绍离心式压缩机原理，说明多级压缩离心式冷水机组能有效避免“喘振”，可应用于冰蓄冷系统。
The principle of centrifugal chillers is introduced to verify that chillers with multiple stages can avoid surge effectively and can be used in ice storage system.
方案2是以天然气作为燃料，采用热水锅炉实现冬季供热，以电为动力、采用离心式冷水机组实现夏季供冷。
Plan 2 is that heating in winter by water heaters using natural gas for fuel and cooling in summer by power driven centrifugal water cooler.
先进的离心式冷水机组不仅具有制冷功能，而且具有热回收、冰蓄冷、免费取冷等多种功能，节能效果显著。
Various energy conservation technologies incorporated for water chillers such as heat recovery, ice-thermal storage and free cooling are also introduced.
根据空调负荷和离心式及吸收式冷水机组的特性，探讨了变水温节能运行的可行性。
According to the load of air conditioning and the performance of centrifugal and absorption chiller the feasibility of variable chilled water operation is discussed.
根据空调负荷和离心式及吸收式冷水机组的特性，探讨了变水温节能运行的可行性。
According to the load of air conditioning and the performance of centrifugal and absorption chiller the feasibility of variable chilled water operation is discussed.
应用推荐