基于移动应用的物联网智能家居水培系统监控

Wan Hanisah W Ibrahim, Ruwaida Abdul Rasid, Nanang Subagyo Hariyanto, Nurul Amirah Mohd Faizal, Nurul Nadia Mazlan
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引用次数: 0

摘要

食品安全一直是包括马来西亚在内的许多国家反复关注的问题。气候变化和人口增长增加了必需食品,加剧了这一问题。在过去的几年里,鱼菜共生已经被证明对鱼类和植物的生产是有益的,其理念是如果每个家庭都能生产自己的鱼类和植物,那么国家的总体食物消费将会减少。建议的智能家居鱼菜共生系统包括各种互联网连接的传感器、执行器和ESP32微控制器,可以持续监测、调整和记录鱼缸的水和空气质量。物联网(IoT)移动应用程序功能可以在系统状态异常时提醒用户,以维持鱼类和植物的健康和生长。物联网(IoT)移动应用程序功能可以在系统状态异常时提醒用户,以维持鱼类和植物的健康和生长。当pH值和浑浊度超过阈值时,泵被激活来填充或排出水箱。结果表明,设计的智能水培系统可以在家庭中使用,能够监测和控制培养健康鱼类和植物所需的所有参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Home Aquaponic System Monitoring and Control with Internet of Things Using Mobile Application
Food security has been a recurrent concern for numerous nations, including Malaysia. Climate change and population growth exacerbate this issue by increasing necessity food. In past few years, aquaponics has proven beneficial for fish and plant production, based on the idea that if every household can generate its own fish and plants, the nation's overall food consumption will reduce. The suggested smart house aquaponics system comprises an assortment of internet-connected sensors, actuators, and ESP32 microcontrollers that continuously monitor, adjust, and record the water and air quality of the fish tank. The Internet of Things (IoT) mobile application feature can alert the user in the event of an abnormal system state in terms of maintaining the health and growth of fish and plants. The Internet of Things (IoT) mobile application feature can alert the user in the event of an abnormal system state in terms of maintaining the health and growth of fish and plants. When the pH and turbidity thresholds are surpassed, the pumps are actuated to either fill or drain the tank. The results show that the design for a smart aquaponics system that can be used in a home is able to monitor and control all the parameters that are needed to cultivate wholesome fish and vegetation.
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