RESEARCH AND DEVELOPMENT OF "SMART GREENHOUSE"
DOI:
https://doi.org/10.52167/2790-5829-2023-5-1-24-29Keywords:
smart greenhouse, sensor, temperatureAbstract
A smart greenhouse is a self–regulating microclimate suitable for plant growth, thanks to the use of sensors, actuators and monitoring and control systems that optimize growth conditions and automate the growing process. This study showed that the climatic conditions inside the greenhouse are not always favorable for the development of plants. A control system based on fuzzy logic, which has shown its effectiveness. The controller allowed us to regulate the internal temperature and humidity with proper control and controllability of the actuators to obtain the desired values.
References
[1] Humanitarian portal//gtmarket URL: https://gtmarket.ru/ratings/urbanization-index/info
[2] Leshchev, S. V. Interfaces of social ecology: from technological convergence to the Internet of Things. / S. V. Leshchev.— 2016 .: IMEMO, 2017.– pp. 104-112
[3] Smart greenhouse. //Science-start URL: https://sciencestart.ru/ru/article/view?id=811 .
[4] Greenhouse microclimate management system. //HABR URL: https://habr.com/post/388837/
[5] Automation of greenhouse management // SPbGEU Online Library
[6] Cervantes H. Textbook of a novice agronomist. George Van Patenn – BHV-Petersburg, 2017. – 231 p.
[7] Igo, T. Arduino, sensors and networks for device communication / T. His. − M. : BHV-Petersburg, 2017. − 544 p.
[8] Microcontrollers // myrobot URL: https://myrobot.ru/stepbystep/mc_about.php .
[9] Arduino // arduino.cc URL : https://www.arduino.cc
[10] Temperature and humidity sensor // Arduino-diy URL: http://arduinodiy.com/arduinodatchiki-temperatury-i-vlazhnosti-DHT11-i-DHT22 .
