机械工程与自动化
機械工程與自動化
궤계공정여자동화
MECHANICAL ENGINEERING & AUTOMATION
2014年
2期
139-141
,共3页
三套管蓄能热泵系统%控制%PLC
三套管蓄能熱泵繫統%控製%PLC
삼투관축능열빙계통%공제%PLC
triple-sleeve energy storage heatpump%control%PLC
主要介绍三套管蓄能热泵系统的控制方案设计过程。首先对三套管蓄能热泵系统的控制需求进行分析,根据控制需求设计控制系统组成,完成监测数据测点的布置,设计控制逻辑,并对PLC和 HMI进行软件编程实现控制逻辑。对试验结果的分析表明,该控制方案合理,满足三套管蓄能热泵系统需求。
主要介紹三套管蓄能熱泵繫統的控製方案設計過程。首先對三套管蓄能熱泵繫統的控製需求進行分析,根據控製需求設計控製繫統組成,完成鑑測數據測點的佈置,設計控製邏輯,併對PLC和 HMI進行軟件編程實現控製邏輯。對試驗結果的分析錶明,該控製方案閤理,滿足三套管蓄能熱泵繫統需求。
주요개소삼투관축능열빙계통적공제방안설계과정。수선대삼투관축능열빙계통적공제수구진행분석,근거공제수구설계공제계통조성,완성감측수거측점적포치,설계공제라집,병대PLC화 HMI진행연건편정실현공제라집。대시험결과적분석표명,해공제방안합리,만족삼투관축능열빙계통수구。
Control system design on heat pump integrated system with triple-sleeve energy storage exchanger is presented in this article .Through analyzing control requirements for this system ,the layout of monitoring data points and design of control logic are completed according to components of control system .And the system control logic is realized by programming software of PLC and HMI .The test results show that the control scheme is reasonable ,to meet the demand of heat pump integrated system with triple-sleeve energy storage exchanger completely .