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Simulation Evaluation of the Ventilation Effect on the Performance of a VRV System in Cooling Mode - Part II, Simulation Evaluation

机译:冷却模式下通风对VRV系统性能的仿真评估-第二部分,仿真评估

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摘要

The effect of ventilation on indoor temperature control, thermal comfort, outdoor unit energy consumption, and the efficiency of the multisplit variable refrigerant volume (VRV) system is investigated numerically. Similar to experimental results reported in Aynur et al. (2008), ventilation does not affect the indoor temperature control of the multisplit VRV system. However, it increases the energy consumption of the multisplit VRV system. A control strategy for the multi-split VRV system integrated with the heat recovery ventilation (HRV) units' "synchronized indoor fan operation with economizer" is proposed, which promises 17%-28% energy savings when compared with the "continuous indoor fan operation without economizer. "
机译:数值研究了通风对室内温度控制,热舒适性,室外机能耗以及多分裂可变制冷剂量(VRV)系统效率的影响。与Aynur等人报道的实验结果相似。 (2008年),通风不影响多分裂VRV系统的室内温度控制。但是,这增加了多分裂VRV系统的能耗。提出了带有热回收通风(HRV)单元的“节能器同步室内风扇运行”的多分裂VRV系统的控制策略,与“连续室内风扇运行”相比,节能17%-28%没有省煤器。”

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