Design of a smart photovoltaic greenhouse with plant growth based Monitoring System
Abstract
Monitoring the growth of the plants with the help of disease detection in the greenhouse
through image processing is an effective process in agriculture development. The monitoring
procedure offers important information about plant health through percentages of the tomato
leaf diseases. Also, tracking and balancing the internal environment of the greenhouse for
better production employs sensor technologies to continuously monitor key environmental
parameters such as temperature, humidity, light intensity, darkness, etc. Real-time data from
sensors for temperature, humidity, light, and soil moisture enable accurate environmental
control and show the data within the greenhouse at the same time. This research project
combines a camera-based monitoring system with a wide range of sensors to guarantee the
best scenarios for plant health status. In addition, to reduce dependency on electricity, solar
system installation would be a helpful part of this project to make a hybrid energy system.
Consequently, our research is utilized to establish a communication system among the
components.