Development of Fragaria Monitoring System by Intelligent Control Using Raspberry Pi 3

Abstract

Strawberries produced in greenhouses under highly controlled environmental conditions are expected to contribute to a stable supply of agricultural commodities regardless of the weather. Meteorological parameter measurement is critical for adjusting to environmental conditions. A computerised framework is designed to control the environment in a greenhouse efficiently. On the other hand, strawberries are difficult to grow in a greenhouse unless given proper care and attention. The most significant drawback of greenhouses is that they need more manpower. Furthermore, as strawberries are sensitive to soil moisture, soil moisture monitoring is required to ensure timely watering. Sensors are used in automatic irrigation systems to measure soil moisture. Based on the soil’s moisture content, the sensor sends a signal to activate the water valve. To measure the environmental quantities such as temperature, humidity, and pressure, we developed the Fragaria Monitoring System due to experiments and studies to resolve the current system’s deficiencies. This study set out the key difference between FMS and current greenhouses because it allows fully integrated environmental management within a container. By continuously monitoring the plants’ condition and initiating adjustments to provide maximum optimal growth, this device decreases the amount of work needed to grow plants.