The advancement of technology has revolutionized many industries, and agriculture is no exception. Future technologies in agriculture are intended to improve agricultural production, reduce costs, and optimize processes. The environment
The agricultural environment is a large sector for the development of innovative and digital technologies, thus improving productivity, competitiveness and resilience, while leveraging the innovation capacity and human capital of the national economy.
Agriculture is becoming increasingly intelligent, so that producers can deliver higher quality products and optimize their operations. One of the latest technologies in this field is the Smart Environment for Greenhouses, which can make agriculture more efficient and productive, as well as safer for the environment.
The greenhouse indoor environmental monitoring and control system uses sensors and other technologies to monitor indoor environmental parameters, such as humidity, temperature, light, etc. This information is then used to automatically adjust environmental parameters to ensure that greenhouses are always at optimal parameters for plant growth.
The Internet of Things can be used to make the control of agricultural operations in greenhouses much more efficient and accurate. Using wireless sensors and communication devices, farmers could easily monitor and control greenhouse humidity and temperature, lighting, irrigation, drainage, production and other operations. This would make it possible to achieve more efficient specific agricultural processes, such as monitoring and controlling solar energy production, nutrient stocks, input addition and other operations, which will allow producers to constantly track production and make decisions in real time so as to achieve optimal results.
As part of the activities carried out by the Micro Lab Engineering Club, a team of young people created prototypes of agricultural greenhouses and equipped them with various sensors. These greenhouses have electronic devices and sensors for monitoring internal temperature, soil temperature, air humidity and soil moisture. The electrical devices are placed on the rigid part of the greenhouse casing, and the sensors were placed in contact with the soil.