农机化研究Issue(8)：52-58,7.
平移式喷灌机太阳能驱动自动控制装置的研制
Development of Automatic Control Device of Translational Sprinkling Machine Driven by Solar Energy
摘要
Abstract
No power supply in the face of promoting the use of regional irrigation system , the traditional way of working requires the use of tractor many limitations for the effective use of solar energy resources , agricultural energy conserva-tion; simultaneously improve unit spray uniformity , reduced labor input .First , the characteristics of the photovoltaic cell PSIM simulation , based on the units of the field and the edge of two independent photovoltaic system capacity design . Secondly , in accordance with the irrigation water from the water to the process , regardless of the system optimization , de-sign a water level fluctuations do not More than 30 cm of practical electrode constant water level automatic control devices , and applications ACS 510-01 series inverter to achieve constant pressure irrigation purposes .Finally , the combination of irrigation work characteristics , independent design and manual operation function with wireless simple control circuit .Af-ter a long-running set of controlled device authentication , the system is reliable and able to meet the requirements of the unit operations and field irrigation .关键词
平移式喷灌机/自动控制/太阳能驱动/变频供水/恒水位控制Key words
automatic control irrigation/automatic control/driven by solar energy/frequency of water supply/constant water level control分类
能源科技引用本文复制引用
王昌伟,王瑞心,朱德兰,王斌..平移式喷灌机太阳能驱动自动控制装置的研制[J].农机化研究,2014,(8):52-58,7.基金项目
“十二五”国家科技支撑计划项目 （）
