三联热源热泵系统的构建与性能分析

针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通过阀门切换,根据不同的天气情况改变运行模式.以太阳能、海水和船舶缸套冷却水余热作为低位热源制取供热供暖用水,太阳能绿色环保,利用海水和冷却水既方便又节约能源.通过分析模拟提出不同时间段采用不同制热模式的方案.以大连地区为例,运用计算机仿真模拟集热器出水温度曲线.结果证明,采用联合热源供热可将制热系数提高1.03,从而解决了单独应用太阳能和水源热泵的不足,充分利用了余热,为动态选择船舶供热供暖方式提供了切实可行的依据....

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Published in实验室研究与探索 Vol. 33; no. 4; pp. 45 - 48
Main Author 周立彬 陈焕国 潘颖
Format Journal Article
LanguageChinese
Published 大连海洋大学机械与动力工程学院,辽宁大连,116023%大连辽南船厂,辽宁大连,116041 2014
Subjects
三联热源
余热利用
热泵
船舶
节能环保
triple heat source
residual heat
heat pump
三联热源
热泵
余热利用
节能环保
船舶
energy saving
marine
Online AccessGet full text
ISSN1006-7167

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Abstract 针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通过阀门切换,根据不同的天气情况改变运行模式.以太阳能、海水和船舶缸套冷却水余热作为低位热源制取供热供暖用水,太阳能绿色环保,利用海水和冷却水既方便又节约能源.通过分析模拟提出不同时间段采用不同制热模式的方案.以大连地区为例,运用计算机仿真模拟集热器出水温度曲线.结果证明,采用联合热源供热可将制热系数提高1.03,从而解决了单独应用太阳能和水源热泵的不足,充分利用了余热,为动态选择船舶供热供暖方式提供了切实可行的依据.
AbstractList 针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通过阀门切换,根据不同的天气情况改变运行模式.以太阳能、海水和船舶缸套冷却水余热作为低位热源制取供热供暖用水,太阳能绿色环保,利用海水和冷却水既方便又节约能源.通过分析模拟提出不同时间段采用不同制热模式的方案.以大连地区为例,运用计算机仿真模拟集热器出水温度曲线.结果证明,采用联合热源供热可将制热系数提高1.03,从而解决了单独应用太阳能和水源热泵的不足,充分利用了余热,为动态选择船舶供热供暖方式提供了切实可行的依据.
U663.3; 针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通过阀门切换,根据不同的天气情况改变运行模式.以太阳能、海水和船舶缸套冷却水余热作为低位热源制取供热供暖用水,太阳能绿色环保,利用海水和冷却水既方便又节约能源.通过分析模拟提出不同时间段采用不同制热模式的方案.以大连地区为例,运用计算机仿真模拟集热器出水温度曲线.结果证明,采用联合热源供热可将制热系数提高1.03,从而解决了单独应用太阳能和水源热泵的不足,充分利用了余热,为动态选择船舶供热供暖方式提供了切实可行的依据.
Author 周立彬 陈焕国 潘颖
AuthorAffiliation 大连海洋大学机械与动力工程学院,辽宁大连116023 大连辽南船厂,辽宁大连116041
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Author_FL ZHOU Li-bin
PAN Ying
CHEN Huan-guo
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DocumentTitleAlternate Triple-heat Source Heat Pump System and Characterization Analysis
DocumentTitle_FL Triple-heat Source Heat Pump System and Characterization Analysis
EndPage 48
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Keywords triple heat source
residual heat
heat pump
三联热源
热泵
余热利用
节能环保
船舶
energy saving
marine
Language Chinese
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Notes In view of energy waste and environmental pollution in the process of ship navigation, a triple low temperature heat source for heating system is presented. It considers the advantages of solar energy heat pump and water source heat pump and waste heat utilization. This system can make high-quality heat by using the solar radiation, seawater and residual heat in marine cylinder liner cooling water. It can change the operation mode by valve switching according to the different weather conditions. The heating mode was different in different time. For Dalian area as an example, it gives out the collector outlet temperature curve by computer simulation. And it shows that the combined heat source can increase the heating coefficient by 1.03. It solves the problem of single application of solar energy or water source heat pump, making full use of the waste heat, so it is feasible for dynamic selection of ship heating mode.
marine ; triple heat source ; heat pump ; residual heat ; energy saving
31-1707/T
ZHOU Li-bin, C
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PublicationTitle 实验室研究与探索
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PublicationYear 2014
Publisher 大连海洋大学机械与动力工程学院,辽宁大连,116023%大连辽南船厂,辽宁大连,116041
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Snippet 针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通过阀门切...
U663.3; 针对船舶航行过程中的能源浪费和环境污染,综合太阳能热泵和水源热泵的优点,并充分考虑到船舶废热利用,提出了一种将3种低温热源联合提升为高品质热能的供热系统.通...
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SubjectTerms 三联热源
余热利用
热泵
船舶
节能环保
Title 三联热源热泵系统的构建与性能分析
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