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System Monitoring And Controlling Water Nutrition aquaponics Using Arduino Uno Based Web Server

机译:使用基于Arduino Uno的Web服务器的系统监视和控制水营养共养素

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Aquaponics is a sustainable farming system that combines aquaculture and hydroponics systems as an integrated system that is symbiotic. In an aquaponics system results from animal excretion contained in this system will be used as natural nutrients hydroponic plants. As for the animals that live on this system will also result in clean water that has been filtered naturally by the plant roots. In the cultivation of an aquaponics system an important factor affecting the development of the ecosystem is the degree of acidity (PH) which have a direct impact on the absorption of nutrients in the roots of plants and development of animals that live in this ecosystem. In addition, factors that are not less important is the electroconductivity (EC) is the ability to conduct an electric ion in solution to the plant roots. The degree of acidity (pH) of water that is normal for an aquaponics ecosystem at 6-7 and value for EC ranged in value of 0.8-1.2 ms / cm. From this study produced a tool that is capable of monitoring in the form of a web server and conduct automatic action in controlling the levels of PH and EC. Based on the results of system testing results obtained sensor Analog PH Meter Kit and Analog Electrical Conductivity Meter capable of monitoring water tank in accordance with the standard measurement tool used is PH meter and EC Solution and the system is also able to control the changes that occur in the water tank in accordance with the standards of PH and EC.
机译:鱼菜共生系统是一种可持续的农业系统,将水产养殖和水培系统结合为一个共生的综合系统。在鱼菜共生系统中,该系统中包含的动物排泄物将被用作水培植物的天然养分。至于生活在该系统上的动物,也将产生已被植物根部自然过滤的净水。在水培系统的栽培中,影响生态系统发展的重要因素是酸度(PH),它直接影响植物根部养分的吸收以及生活在该生态系统中的动物的发育。另外,同样重要的因素是电导率(EC)是将溶液中的电子离子传导至植物根部的能力。水生共生生态系统正常的水的酸度(pH)值为6-7,EC值为0.8-1.2 ms / cm。通过这项研究,产生了一种工具,该工具能够以Web服务器的形式进行监视,并能够自动控制PH和EC的水平。根据系统测试结果的结果,获得的传感器模拟PH计套件和模拟电导率计能够根据所使用的标准测量工具监控水箱,即PH计和EC解决方案,并且系统也能够控制发生的变化按照PH和EC标准在水箱中放水。

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