物联网控制水培系统

R. Prabha, R. S. Saranish, S. Sowndharya, A. Santhosh, R. Varsha, K. Sumathi
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引用次数: 6

摘要

水培框架是水产养殖和水培的合作混合,通过使用含有理想植物发育所需的所有补充的鱼类或其他海洋生物的大量繁殖,鼓励无土植物发育。鱼菜共生被认为是其他养殖策略中的一种突出表现,因为利用一种生物系统的误用来获利另一种共同的环境,从而在自然养殖中实现两大收益——鱼和蔬菜——的辉煌和可维持的循环。这个框架可以想象,通过这种方式,与家庭苗圃的传统种植相比,植物生长速度要快很多倍,它同样可以消除农药和肥料的使用,并通过不确定地回收完美和补充丰富的水,将水的利用率降低到传统种植的90%。这项任务包括许多亮点,如利用热源和冷却风扇进行温度检测和控制,利用pH传感器发现水中的pH值,以及用于清洁和再利用水的虹吸管。提议的企业最初利用不同的传感器和PIC 16F877A微控制器区分水的参数,信息将被对比,特定参数的理想范围,在这一点上,如果特征低于或高于理想范围,所需的任务将以类似的方式完成。另一项被称为物联网(IoT)的创新跨越了物理世界和计算机世界之间的任何障碍。在这个鱼菜共生观察框架中,利用物联网,web服务器持续显示参数和数据的估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Controlled Aquaponic System
Aquaponics framework is a cooperative blend of aquaculture and hydroponics that encourage soil-less plant development by using the profoundly improved profluent of fish or other oceanic creatures that contains all the supplement required for ideal plant development in an incorporated domain. Aquaponics is considered as a standout amongst other cultivating strategies, since the misuse of one living biological system is utilized to profit another common environment to accomplish a brilliant and maintainable cycle in natural cultivating with two surges of pay, fishes and vegetables. This framework makes it conceivable to act naturally adequate by the way that with this system the plants grow multiple times quicker when contrasted with customary cultivating even in home nurseries, it likewise expels the utilization of pesticides and manures and diminishes the water utilization up to 90 percentage as in traditional cultivating by recycling the perfect and supplement rich water inconclusively. This task incorporates numerous highlights like temperature detecting and controlling utilizing heat source and cooling fan, discovery of pH in water utilizing a pH sensor, and a siphon for cleaning and re-coursing the water. The proposed undertaking initially distinguishes the parameters of water utilizing different sensors and utilizing PIC 16F877A microcontroller the information will be contrasted and an ideal scope of the particular parameters, at that point if the characteristics are beneath or above ideal range the required tasks will be done in like manner. Another innovation called the Internet of Things (IoT) crosses over any barrier between the physical world and the computerized world. In this aquaponics observing framework, with the utilization of IoT the webserver persistently shows the estimations of the parameters and data.
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