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Comfort assessment and energy performance analysis of a novel adjustable semi-transparent photovoltaic window under different rule-based controls

引用

Building Simulation 2023年第12期16卷 2343-2361页

作者： Yutong Tan Jinqing Peng Meng Wang Yimo Luo Aotian Song Nianping Li College of Civil Engineering Hunan UniversityChangshaHunanChina Key Laboratory of Building Safety and Energy Efficiency of the Ministry of Education ChangshaHunanChina School of Energy and Power Engineering Changsha University of Science and TechnologyChangshaHunanChina Leadus Glass Technology(shenzhen)Co. LTDShenzhenGuangzhouChina

Self-powered photovoltaic windows,which integrate photovoltaic with electrochromic devices,have attracted widespread attention of scholars since they can generate electricity in situ and reduce building energy consumption by modulating the transmitted solar ***,previous studies mainly focused on the material development and performance characterization,lack of comfort assessment and energy saving potential of its application to *** address this issue,an adjustable semi-transparent photovoltaic(ATPV)window which integrates CdTe-based photovoltaic and WO3-based electrochromic,was taken as the research object,and a novel rule-based control strategy taking the beam solar radiation luminous efficacy(CtrlEff)as decision variable was proposed for the first *** ATPV window model was established in WINDOW software based on the measured data,and then it was exported to integrated with a medium office building model in EnergyPlus for performance evaluation including the visual comfort,thermal comfort,net energy consumption,and net-zero energy *** results of a case study in Changsha(E 112°,N 28°)indicated that the ATPV window under the CtrlEff strategy can effectively reduce the southward and westward intolerable glare by 86.9%and 94.9%,respectively,and increase the thermal comfort hours by 5%and 2%,compared to the Low-E ***,the net-zero energy consumption can be decreased by 58.7%,65.7%,64.1%,and 53.8%for south,west,east,and north orientations,and the corresponding net-zero energy ratios are 65.1%,54.6%,62.7%,and 61.6%,*** findings of this study provide new strategies for the control and optimization of the adjustable window.

关键词： adjustable semi-transparent photovoltaic windows rule-based control visual comfort energy consumption net-zero energy ratio

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