系统设计包含太阳能供电和环境智能监控两模块,利用太阳能光伏组件阵列进行光电转换为系统提供电能,并且采用了MPPT和自跟踪的方法,实现对太阳能的高效率利用.借助传感器和微处理器实现环境智能监控,所控制的因子有温度、湿度、CO2浓度以及光照,使农作物生长在最为合适的环境中,提高农作物产量与质量.%The design of this system contains two modules: solar power supply module and environmental intelligent monitoring module. The array of solar PV modules is adopted to provide electric energy for the system by its photoelectric conversion. The MPPT and autotracking method are employed. The environmental intelligent monitoring is realized by sensors and microcontroller. The factors which are monitored by the system are temperature, humidity, CO2 density and illumination, which let crops grow in the most appropriate environment and can improve the yield and quanity of crops.
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