摘要
为解决高校师生旧衣物的回收再利用,在南昌市某高校宿舍楼下设计了1个基于分布式光伏发电系统供电的智能衣物回收站,介绍了太阳能衣物回收站的结构、工作原理,详细讨论了光伏组件、并网逆变器的设计选型,展望了“光伏+X”的发展新模式。此系统总功率为5.4 kW,采用18块光伏组件6串3并构成,并选用5.5 kW的并网逆变器;然后对此系统的成本和发电量进行了分析计算,第1年即可产生5842.8 kW·h的电量,根据光伏补贴政策,7.6年可收回成本,具有较好的经济效益与环境效益。
In order to solve the problem of recycling old clothes of college teachers and students,an intelligent clothes recycling station powered by distributed photovoltaic power generation system was designed under the dormitory building of a college in Nanchang.The structure and working principle of the solar clothes recycling station were introduced,and the design and selection of photovoltaic modules and grid connected inverter were discussed in detail.The new development mode of"photovoltaic+X"was prospected.The total power of the system was 5.4 kW.It was composed of 18 photovoltaic modules,6 series and 3 parallel,and 5.5 kW grid connected inverter was selected;Then the cost and power generation of the system were analyzed and calculated.In the first year,5842.8 kW·h power could be generated.According to the photovoltaic subsidy policy,the cost could be recovered in 7.6 years,which had good economic and environmental benefits.
作者
廖丹
周冬兰
张文展
谢晓云
LIAO Dan;ZHOU Donglan;ZHANG Wenzhan;XIE Xiaoyun(Nanchang Institute of Technology,Nanchang 330044,China)
出处
《能源研究与管理》
2021年第3期114-117,共4页
Energy Research and Management
基金
江西省教育厅科技项目(青年项目)“钛合金表面热障涂层制备技术与工艺研究”(GJJ202120)。
关键词
分布式光伏发电系统
智能衣物回收站
节能环保
经济效益
环境效益
distributed photovoltaic power generation system
smart clothing recycling station
energy conservation and environmental protection
economic benefits
environmental benefit
