Study on Judging Direct Sunlight in Actual Use of Blind Slat Angle Control Systems

M. Honma, T. Kawase
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Abstract

In a system that automatically adjusts the slat angles of horizontal blinds, it is possible to allow skylight in while shielding direct sunlight. This can lead to good energy savings since it can reduce the need for artificial lighting without increasing the air-conditioning load. Our research has previously demonstrated this effect of reducing the amount of energy consumed by artificial lighting by controlling the blind slats according to the amount of skylight in an existing office building. However, it was confirmed that the occupants were dissatisfied with the system since it controlled the blinds to shut even though the occupants observed no direct sunlight and they could not clearly see out the windows. Therefore, this study was conducted with the aim of setting threshold values between the existence and non-existence of direct sunlight based on daylight conditions, so that the automatic controlling of blind slat angles would be ceased to allow slats open when they do not need to block direct sunlight.
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盲板角控制系统在实际应用中判断直射阳光的研究
在自动调节水平百叶窗板条角度的系统中,可以在屏蔽直射阳光的同时允许天窗进入。这可以很好地节省能源,因为它可以减少对人工照明的需求,而不会增加空调负荷。我们之前的研究表明,根据现有办公大楼的天窗数量,通过控制百叶窗来减少人工照明所消耗的能量。然而,经证实,居住者对该系统不满意,因为它控制百叶窗关闭,即使居住者没有观察到直射阳光,他们也无法清楚地看到窗外。因此,本研究的目的是根据日光条件设置存在和不存在直射阳光的阈值,从而停止自动控制盲目的板条角度,使不需要遮挡直射阳光的板条打开。
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