Design and Implementation of Green Ecological Supervision Using Raspberry Pi

Abstract

The climatologically conditions inside a greenhouse can be monitored and controlled to provide the best conditions for the growth of plants. The temperature, humidity, soil moisture, light, and CO₂ Level are monitored using sensors and the climatologically conditions are controlled automatically using actuation devices. This is the primary zone of the wireless sensor networks (WSNs), with the principle motivation behind being was to check the physical world and to record the variations of its attributes. This paper demonstrates a natural checking framework and encompassing parameters utilizing a Web remote sensor that transmits information to the server utilizing IEEE802.11b. The following parameters include soil wetness, humidity, light intensity, water PH, and temperature are connected by sensors. Former can become aware of the status of nurseries and can control the framework whenever required by sending orders through the GPRS arrange. This information will be transferred to the server. Therefore, there is a great need of IoT for advanced prototyping. The paper presents and develops a framework that is laid for establishing the communication between the sensors node to Raspberry Pi for monitoring the environmental parameters with a low-cost and compact setup.