GREENHOUSE DESIGN AND CONTROL (HB 2015) Hardcover

Agricultural production plays a crucial role in the development of healthy societies. With agricultural systems facing increasing challenges from temperature, humidity, and water stress in the near future, enhancing the efficiency of land and water use has become more urgent. Greenhouse control and design can significantly improve crop quality and extend cultivation periods throughout the year. A well-designed autonomous greenhouse using hydroponics can greatly reduce the need for nutrients and energy in agricultural production. This book explores various types of greenhouses, materials, structures, and advanced control techniques necessary for designing and managing an advanced greenhouse. It presents the control system as an integrated system, covering both basic and advanced concepts for real-time controllers. Structural analysis is also discussed, with a focus on the importance of mechanical design. The book includes simulations and experimental results, utilizing LabVIEW and ADAMS software. Finally, it offers insights into the current state and future trends of greenhouses worldwide. Written in an accessible style, this book is a valuable resource for horticulturists, agricultural engineers, greenhouse engineers, and designers. Its clear and concise content is also suitable for undergraduate and graduate students, as well as researchers in agricultural and electronic engineering, horticulture, crop cultivation, and soft computing.