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Heat Loss for a Run-Around Hybrid Ventilation System with Heat Recovery

机译:具有热回收的复合式通风系统的热损失

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摘要

The heat recovery system for ventilation is of major importance when low energy buildings are built. One alternative to the mechanical ventilation systems with heat recovery is to use a brine based run-around system that allows for heat recovery in for instance hybrid ventilated buildings. This type of heat recovery system has the potential to lower the need for electricity for the fans. Also, the installation has the potential to be simpler when pipes transporting the brine replace traditional air ducts. However, pipes needed to transport the brine will suffer from thermal losses. This will lower the efficiency of the heat recovery system. High losses could in practice make the system unusable. In order to estimate how much this affects the annual heat recovery a simulation tool was developed using TRNSYS. The result from the investigation shows that the losses for a system with 40 m pipes in total are approximately 300 kWh annually. This corresponds to approximately 9% of the energy savings from the ventilation heat recovery system. Insulating the pipes can reduce this heat loss by approximately 250 kWh annually.
机译:当建造低能耗建筑时,通风的热回收系统至关重要。具有热回收功能的机械通风系统的一种替代方法是使用基于盐水的运行系统,该系统可在例如混合通风的建筑物中进行热回收。这种类型的热回收系统有可能降低风扇的电力需求。另外,当运输盐水的管道代替传统的风管时,安装的潜力可能会更简单。然而,运输盐水所需的管道将遭受热损失。这将降低热回收系统的效率。高损失实际上可能会使系统无法使用。为了估计这对年度热回收有多大影响,使用TRNSYS开发了一个仿真工具。调查的结果表明,一个总管数为40 m的系统每年的损耗约为300 kWh。这大约相当于通风热回收系统节能量的9%。通过对管道进行保温,每年可以减少约250 kWh的热量散失。

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