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现行 DC-83-08-1
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Ground-Coupled Heat Pump Research 地源热泵研究
在许多地方,空气耦合电热泵已被证明是一种经济可行的空间供暖和制冷设备。在有利条件下,开环水耦合热泵也证明了其竞争力。地面耦合(闭环)热泵似乎具有更适合大多数情况的特性。人们对地源热泵减少能源使用和需求的能力的兴趣已经在几个国家引发了一系列研究活动。研究工作包括在有人居住的房屋中进行受控实验室研究和示范研究。本文描述了这些活动的一部分,并提供了一些典型的研究结果。 参考文献中描述了有关测试和结果的更完整信息。引文:研讨会,ASHRAE交易,1983年,第89卷,pt。华盛顿特区2B。
The air-coupled electric heat pump has proved to be an economically viable device for space heating and cooling in many localities. The open-loop water-coupled heat pump has also proved its competitiveness where favorable conditions exist. The ground-coupled (closed-loop) heat pump appears to have characteristics that make it even more suitable for most situations.Interest in the ground-coupled heat pump’s ability to reduce both energy use and demand has led to a number of research activities in several countries. The research effort has included both controlled laboratory studies and demonstration studies in occupied homes. This paper describes a part of these activities and furnishes some typical results of the studies. More complete information on the tests and results are described in the references.
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研制信息
相似标准/计划/法规
现行
AT-01-08-3
Ground-Coupled Heat Pump System Simulation
地源热泵系统仿真
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SF-98-01-1
Performance of a Hybrid Ground-Coupled Heat Pump System
混合式地源热泵系统的性能研究
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SD-95-13-2
A Design Method for Commercial Ground-Coupled Heat Pumps
商用地源热泵的一种设计方法
现行
DC-83-08-3
Ground-Coupled Heat Pump System Experimental Results
地源热泵系统实验结果
现行
MN-00-13-1
Rationalization and Optimization of Heating Systems Coupled to Ground-Source Heat Pumps
地源热泵供暖系统的合理化与优化
现行
SF-98-05-3
Antifreeze Acceptability for Ground-Coupled Heat Pump Ground Loops in the United States
美国地面耦合热泵地面回路防冻剂的可接受性
现行
HI-85-24-1
The ASHRAE Design/Data Manual for Ground-Coupled Heat Pumps
ASHRAE地面耦合热泵设计/数据手册
现行
BA-92-09-4
Field Test of a Vertical Ground-Coupled Heat Pump in Alabama
阿拉巴马州垂直地源热泵的现场试验
现行
CH-09-057(RP-1384)
Optimization of Cooling-Dominated Hybrid Ground-Coupled Heat Pump Systems
以制冷为主的混合式地源热泵系统的优化
现行
RP-1384
Development of Design Guidelines for Hybrid Ground-Coupled Heat Pump Systems
混合式地源热泵系统设计指南的制定
现行
RP-1016
Investigation of Methods to Optimize the Environmental Benefits of Ground-Coupled Heat Pumps
地源热泵环境效益优化方法研究
现行
CI-2661
Evaluation of a Ground Coupled Air-to-Air (Crawl Space) Heat Pump
地面耦合空气-空气(爬行空间)热泵的评价
现行
HI-85-26-2
Solar Goes Underground — The SERI Packaged Ground-Coupled Heat Pump
太阳能进入地下——SERI封装的地面耦合热泵
现行
HI-85-26-1
Ground-Coupled Heat Pumps with Low-Temperature Heat Storage: Some Swedish Experiences
低温蓄热地源热泵:瑞典的一些经验
现行
RP-1217
Development of Guidelines for the Selection and Design of the Pumping/Piping Subsystem for Ground-Coupled Heat Pump Systems
制定地面耦合热泵系统泵送/管道子系统的选择和设计指南
现行
MN-00-02-4
Regulations on Grouting for Closed-Loop Ground-Coupled Heat Pumps in the United States
美国闭环地源热泵灌浆规程
现行
OT-88-10-1
Vertical Ground-Coupled Heat Pumps: System and Installation Equipment Design Projects
垂直地面耦合热泵:系统和安装设备设计项目
现行
HI-85-24-2
An Optimized Ground-Coupled Heat Pump System Design for Northern Climate Applications
一种适用于北方气候应用的优化地源热泵系统设计
现行
NT-87-19-4
Seasonal Performance Evaluation of Two Horizontal-Coil Ground-Coupled Heat Pump Systems
双水平盘管地源热泵系统的季节性性能评价
现行
NY-91-17-1
Design of Water-to-Air Heat Pumps with High Cooling Efficiency for Ground-Coupled Applications
地面耦合应用中高冷却效率水-空气热泵的设计