摘要
从外观结构、光伏发电系统等两方面设计了可移动式太阳能发电系统。实验数据可以通过监控系统进行测试与分析,该系统每年可产生约691kWh电能。此系统装有滚轮具有可移动性,并且自带模拟光源可拆卸,可以在室外进行太阳发电系统的应用或在室内进行模拟太阳能发电方面的教学实训。可满足落后偏远地区或孤岛日常的生活使用,也可用于新能源教学实验实训。
in this paper, a mobile solar power system is designed from the aspects of exterior struc- ture, photovoltaic power generation system and so on. The experimental data can be tested and analyzed by a monitoring system; this solar power system generates about 691 kwh of electricity per year. The system is equipped with a wheel for mobility and with a removable analog light source; it can be used outdoors for solar power generation system applications or indoor simulation of solar power teaching. The system can be used to meet the daily life of remote areas or isolated islands, and it can also be used for new energy practical training.
出处
《天津职业院校联合学报》
2016年第11期90-94,100,共6页
Journal of Tianjin Vocational Institutes
基金
天津市城乡建设委员会科技项目(2014-34)
天津市高等学校科技发展基金计划项目(20140426)
关键词
可移动式
系统设计
太阳能发电系统
光伏发电
mobile
system design
solar power generation system
photovoltaic power generation
