摘要
针对现有高层建筑遮阳普遍存在的效率低、浪费大等问题,设计了一套智能化的新型可升降的太阳能玻璃百叶窗。该设计以玻璃百叶窗为载体,利用太阳能电池片遮阳与发电。同时,对传统玻璃百叶窗进行改进,克服了其无法升降的缺点,使其不仅可以旋转,同时可以自由升降。在控制系统的自动旋转模块上增加最大功率点跟踪系统(MPPT),最大限度利用太阳能。
This adjustable solar glass louver is designed in order to change the shade colidition of high-rise buildings and make it more environmental.This work applied wall photovoltaic into windows, making the solar energy cell shade and generate power at the same time with glass louvers as the carrier .In addition, it do some improvements with the traditional glass louvers, making it can not only rotate, but can also move up and down automatically.Besides, it adds the MPPT to the controller system, making it possible to use the solar energy maximally.
出处
《科技创新导报》
2013年第5期16-17,19,共3页
Science and Technology Innovation Herald
基金
上海市大学生创新项目
基金编号:0200107134
关键词
窗体光伏
遮阳
发电
自动化
form photovoltaic sunshade power--generation automation
