Khairun Nisa Hairol, R. Adnan, A. Samad, Fazlina Ahmat Ruslan
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引用次数: 7
摘要
养鱼业已经成为从事商业活动的人们的收入来源之一。当鱼塘配备合适的设备时,这个行业的企业家可以赚更多的钱。具有控制水位、监测温度等功能的装置;那么企业家就不用担心了,因为一切都是自动化的,只需使用带有Blynk应用程序的智能手机就可以密切监控。本系统设计用于控制水位、监测水温、自动投料和自动换水的养殖环境。用户可以查看水温和水位的实时测量。本研究仅限于一个最大高度为15厘米的小型水族馆,因为它只是一个原型。本研究使用Arduino Mega 2560作为微控制器,因为它的程序易于更改,并且该微控制器的语言比其他微控制器更熟悉。本研究设计了一种可靠的水位控制器,它可以连续工作,将水位调节到所需的水位。除此之外,该系统还能够每90分钟自动喂鱼,每两天自动换水。水位和水温的图表会不时更新,如果用户想下载数据,可以下载。
Aquaculture Monitoring System using Arduino Mega for Automated Fish Pond System Application
Fish farming industry has become one of the sources of income to people who are involved in business. An entrepreneur in this industry can make more money when the fish pond is equipped with the suitable device. With the existence of such device which capable in controlling the water level, monitor the temperature and so forth; then the entrepreneur has nothing to worry since everything is automated and can be monitored closely by just using a smartphone with Blynk application. This system is designed to control the water level, monitor the water temperature, automatic feeding and automatic water replacement of an aquaculture environment. The user gets to view the live measurement of the water temperature and water level. This study is limited to only a small aquarium where the maximum height is 15cm since it is only a prototype. The Arduino Mega 2560 is used as the microcontroller in this study since its program is easy to change and the language of this microcontroller is more familiar rather than other microcontrollers. This study results in a reliable water level controller which works continuously to regulate the water level to the desired water level. Besides that, this system also capable to feed the fishes automatically every 90 minutes and change the water in the aquarium for every two days. The graph of water level and the water temperature is updated from time to time and the data can be downloaded if the user intended to do so.