Productivity enhancement for plants using greenhouse technology

Abstract

New methods of agriculture are more important than ever because global weather patterns are drastically altering. Since a greenhouse is among the finest possibilities for enhancing the autonomously growing technique, experts are working to find ways to enhance the performance of the entire greenhouse. A group of engineering specialties are required for greenhouse design since supported agriculture can be thought of as an integrated engineering challenge. The circumstances inside the greenhouse must be controlled in order to create the best environmental conditions; hence the structure and controller must be sturdy. The design of greenhouses is decided by the environmental factors that must be controlled, how frequently they must be managed, and how lavishly they must be handled relative to the crop's market worth at the time.

Different study domains now have fresh prospects thanks to greenhouse technology. The suitable crop’s conditions can be achieved by creating improved greenhouse design and controls, despite the fact that they already exist to address internal and external greenhouse disturbances. The cost of producing crops rises with each environmental parameter that must be controlled, making efficient environmental control design crucial. The purpose of this thesis is to construct a controlled environment system that enables the precise management of those parameters in relation to the crop.

Furthermore, greenhouse climate control may be monitored and controlled. using intelligent systems combined with control approaches, in which control operations are primarily designed to withstand both internal and external disruptions. Such control approaches produce superior results. The main components for maintaining ideal climate conditions are greenhouses. Crop growth performance will significantly improve if these variables are optimally controlled. In order to achieve optimal crop development, independent greenhouses have been erected in many parts of the world because non-autonomous greenhouses take a lot of work to produce high-quality crops.