Abstract
Over the past few years, Taiwan’s economy has grown quickly, national income has increased constantly, and the standard of living has risen. With the need of social progress, the change of family structure and life-styles, more and more women are urged to enter the employment market, which has resulted in the problem that no parents are able to take care of their elementary school students after school. Therefore, the demand for day care and tutorial centers to look after children for parents while they are still at work has become more and more in demand. Due to the myopia prevalence and myopia progression were getting worse for students in Taiwan in recent years, and the myopia onset age drops yearly, this caused a serious myopia situation.
This thesis has analyzed and compared with other countries’ present lighting standards,and has surveyed 16 day care and tutorial centers nearby ABRI to assess the lighting quality and electric power consumption. Additionally, this thesis made simulations of light distribution of space illuminance of 4 kinds of different day care and tutorial center fixtures by softwave DIALux, 10 typical parameters of fixture efficacy and average illuminance 500Lux in the day care and tutorial centers spaces. After a quantitatively evaluation based on the lighting parameters, a more practical and valuable conservation evaluation method were proposed to provide a batter lighting conservation code for day care and tutorial centers lighting design.