基于超级电容的风光互补反渗透水处理系统的设计

发布时间：2018-05-19 15:50

本文选题：风光互补 + 反渗透　；参考：《可再生能源》2017年06期

【摘要】：为降低风/光供能波动对水处理反渗透膜组件的危害,设计了基于超级电容的风光互补反渗透水处理系统。超级电容阵列作为缓冲装置加入供电电路中,以化解前端的电压波动,又能为后端水处理模块提供稳定的输出电压;根据水处理模块的运行特点,设计了合理的控制策略,解决该模块与供能及储能模块的供求不匹配问题;利用atmega328p-au单片机以及树莓派(raspberry pi B+)等硬件设备,实现各模块参数的在线显示与实时控制,数据的采集、转换、存储及远程监控。
[Abstract]:In order to reduce the harm of wind / light energy supply fluctuation to the reverse osmosis membrane module of water treatment, a super capacitor based wind complementary reverse osmosis water treatment system was designed. The super capacitor array is added to the power supply circuit as a buffer device to reduce the voltage fluctuation of the front end and to provide a stable output voltage for the back-end water treatment module. According to the operation characteristics of the water treatment module, a reasonable control strategy is designed. This paper solves the problem that the supply and demand of this module and the energy supply and storage module do not match, and realizes the on-line display and real-time control of the parameters of each module, the collection and conversion of data by using atmega328p-au single chip computer and raspberry pi B) and other hardware equipment. Storage and remote monitoring.
【作者单位】：海南大学机电工程学院;
【基金】：国家自然科学基金项目(51349009) 海南省自然科学基金项目(20165182)
【分类号】：P747;TM61

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