摘要
农业是全球人类赖以生存的根本,也是社会经济发展的基础,其中农产品的产出决定了人类的生存质量。如何在有限的种植面积上,产出更多的农产品,这涉及到农业机械化以及现代科技装备的应用。随着科技发展,目前许多现代科学技术广泛应用于农业产业中。其中光伏发电技术的应用对农业增产起着关键性的作用,但是目前的光伏农业发电转化率未达最佳产出,主要是因为目前的光伏农业发电安装多采用固定安装,没有实时跟踪太阳光线,所以转化率未达到最佳效果。为了提升光伏农业发电量,设计出了一种混合驱动的光伏板追踪装置,其能耗低、成本低廉、环境适应性强,可为农业生产带来更多产能。
Agriculture is the foundation of human survival in the world and the foundation of social and economic development.The output of agricultural products determines the quality of human life.How to produce more agricultural products on a limited planting area involves agricultural mechanization and the application of modern scientific and technological equipment.With the development of science and technology, many modern science and technology are widely used in the agricultural industry.Among them, photovoltaic power generation plays a key role in increasing agricultural production, but the current conversion rate of photovoltaic agricultural power generation has not reached the best output, mainly because the current photovoltaic agricultural power generation installations are mainly fixed installations,and there is no constant tracking of the sun’s rays.Conversion rates are not optimal.In order to increase photovoltaic agricultural power generation,this paper designs a hybrid-driven photovoltaic panel tracking device,which has low energy consumption,low cost,and strong environmental adaptability,which can bring yield to agricultural production.
作者
欧佳顺
谢方平
刘金荣
殷海眯
OU Jia-shun;XIE Fang-ping;LIU Jin-rong;YIN Hai-mi(Changsha Aviation Vocational and Technical College,Changsha Hunan 410124,China;Hunan Agricultural University,Changsha Hunan 410000,China)
出处
《林业机械与木工设备》
2022年第10期67-70,共4页
Forestry Machinery & Woodworking Equipment
基金
湖南省自然科学基金-科教联合基金项目“基于混合驱动的新型气力传动太阳能板自动跟踪装置关键技术研究”(2019JJ70027)。
关键词
光伏农业
光伏板
自动跟踪装置
设计与研究
photovoltaic agriculture
photovoltaic panels
automatic tracking device
design and research
