CAJ | 학술논문

根据当前三次泵的运行特点，分析了潜在的三次泵变流量运行方案；并以某建筑为例，比较了供冷季节三次泵系统与传统二次泵系统的水泵总能耗，得出三次泵变流量可节能30．61％；最后对三次泵变流量的控制运行方案进行了分析。结果表明，三次泵变流量系统的运行策略比常规一次或二次泵变流量系统复杂，负荷的变化方向将影响水泵运行调节次序。当末端负荷增加时，应先增加一次泵或二次泵流量，最后增加三次泵流量；而末端负荷减少时，应先降低三次泵流量，然后减少二次泵和一次泵流量。
근거당전삼차빙적운행특점，분석료잠재적삼차빙변류량운행방안；병이모건축위례，비교료공랭계절삼차빙계통여전통이차빙계통적수빙총능모，득출삼차빙변류량가절능30．61％；최후대삼차빙변류량적공제운행방안진행료분석。결과표명，삼차빙변류량계통적운행책략비상규일차혹이차빙변류량계통복잡，부하적변화방향장영향수빙운행조절차서。당말단부하증가시，응선증가일차빙혹이차빙류량，최후증가삼차빙류량；이말단부하감소시，응선강저삼차빙류량，연후감소이차빙화일차빙류량。
The potential running programs of primary-secondary-tertiary variable flow pumps were analysed in accordance with the characteristics of the current three-level variable flow pumps.The total energy consumption of the chilled variable flow pumps in cooling season was compared with that of the conventional secondary pump system.Illustrated by a case of example,a 30.61% of energy saving was obtained with the three-level variable flow pumps.The control schemes of the three-level variable flowing pumps were discussed.The results indicate that the control schemes of the threel-level variable flowing pumps are more complex than that of the primary or secondary variable flowing pumps,that the changing of loads affect the adjustment of the flowing pumps.When the end loads increase,the flow of the first level or the second level flowing pumps should be increased followed by the tertiary flowing pumps;When the end loads decrease,the flow of the tertiary pumps should first be lowered followed by the secondary and the primary pumps.