Abstract:Son yıllarda ucuzlayan bazı toprak nem sensörlerinin kullanımı Arduino mikroişlemci kontrol kartları sayesinde giderek artmaktadır. Buradan hareketle çalışma kapsamında, oldukça ekonomik olan 3 farklı toprak nem sensörünün son yıllarda sıklıkla kullanılan Arduino mikroişlemci kontrol kartıyla toprak nemini belirlemede kullanılabilirliği araştırılmıştır. Bu amaçla yapılan çalışmada 4 farklı tipte sensör ele alınmıştır. Bu sensörlerden biri kontrol sensörü (10HS, DECAGON) olarak kullanılmış, diğerleri de Arduino… Show more
In this study, it has been aimed to develop and apply an IoT based smart soil maintenance system in order to increase productivity in automated irrigation and fertilization systems used in agriculture. The system we aim to develop performs irrigation and fertilization processes automatically with the lowest expenditure. Fertilization and irrigation can be done by controlling values of the soil in felds and greenhouses, and communicating with the control centre via the Internet. The control centre nourishes the soil automatically on an optimal level with the study it needs by observing the soil values constantly with sensors. A system containing software and hardware used for this purpose has been designed to be manageable via the internet.
In this study, it has been aimed to develop and apply an IoT based smart soil maintenance system in order to increase productivity in automated irrigation and fertilization systems used in agriculture. The system we aim to develop performs irrigation and fertilization processes automatically with the lowest expenditure. Fertilization and irrigation can be done by controlling values of the soil in felds and greenhouses, and communicating with the control centre via the Internet. The control centre nourishes the soil automatically on an optimal level with the study it needs by observing the soil values constantly with sensors. A system containing software and hardware used for this purpose has been designed to be manageable via the internet.
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