Innovative AgriTech Projects
Grow More ... With LESS!
Innovative AgriTech Farm Powered by IoT in Collaboration with UNDP Jordan
Smart Green is proud to present our cutting-edge AgriTech farm, a testament to the power of technology in modern agriculture. Leveraging the Internet of Things (IoT), our system provides comprehensive management for irrigation, fertilization, remote control, and water resource optimization, significantly enhancing network efficiency.
Key Features:
- Open Field and Orchard Cultivation: Our farm spans 100,000 square meters, cultivating a diverse range of crops including oranges, guavas, and passion fruits.
- IoT-Driven Automation: Smart Green’s IoT platform enables precise control of irrigation and fertilization, ensuring optimal conditions for plant growth and maximizing yields.
- Remote Monitoring and Management: Our system allows for real-time monitoring and remote management of the farm, enabling efficient operations and timely adjustments.
- Sustainable Water Management: We optimize water usage, minimize waste, and promote sustainable practices through advanced sensors and data analytics.
This innovative AgriTech farm demonstrates our commitment to harnessing technology for a more efficient, sustainable, and productive agricultural future.
Smart Irrigation and Fertigation System for Estonian Refugee Council
Smart Green is proud to announce our collaboration with the Estonian Refugee Council (ERC) on a groundbreaking project to implement a comprehensive Smart Irrigation and Fertigation System. This innovative system utilizes remote sensing technology to optimize the management of 8 hydroponic greenhouses, each cultivating a diverse range of crops, including strawberries, cauliflower, parsley, iceberg lettuce, and more.
Key Features:
- Integrated System: Our system provides a unified solution for irrigation and fertigation, ensuring precise control over water and nutrient delivery.
- Remote Sensing Technology: Advanced sensors and data analytics enable real-time monitoring and adjustments, optimizing resource efficiency.
- Diverse Crop Cultivation: The greenhouses utilize various soilless cultures, including cocopeat, volcanic tuff, NFT systems, raft systems, and traditional methods, to accommodate a wide range of crops.
- Personalized Management: Each greenhouse can be independently managed, with customized irrigation schedules and nutrient recipes tailored to specific crop requirements.
By partnering with the Estonian Refugee Council, Smart Green is committed to empowering refugees through sustainable agriculture and providing them with the skills and resources necessary for a successful future.
Sustainable Palm and Citrus Cultivation Powered by IoT
Smart Green is proud to present our innovative AgriTech farm, a model of sustainable agriculture powered by the Internet of Things (IoT). Our system provides precise control over irrigation, fertilization, and remote management, optimizing resource efficiency and maximizing yields.
Key Features:
- Open Field Cultivation: Our 30,000-square-meter farm cultivates palm and citrus trees, two valuable and economically important crops.
- IoT-Driven Automation: Smart Green’s IoT platform enables automated irrigation and fertilization, ensuring optimal conditions for plant growth and health.
- Remote Monitoring and Control: Our system allows for real-time monitoring and remote management of the farm, enabling efficient operations and timely adjustments.
- Sustainable Water Management: We optimize water usage through advanced sensors and data analytics, minimizing waste and promoting environmental sustainability.
This AgriTech farm demonstrates our commitment to leveraging technology to enhance agricultural productivity while preserving natural resources.
Turnkey Project (Hydroponics and Aquaculture)
Smart Green is proud to showcase our turnkey project, implemented in collaboration with the International Union for Conservation of Nature (IUCN) as part of the Smart Desert initiative. This demonstration farm aimed to automate agribusiness and enhance farmer productivity by integrating hydroponics and aquaculture.
Key Achievements:
- Innovative System Design: Smart Green designed and implemented a comprehensive hydroponic and aquaculture system featuring smart irrigation, fertigation, a greenhouse, soilless cultivation (volcanic tuff), and aquaponics (carp juveniles).
- Successful Crop Cultivation: The farmer cultivated high-quality iceberg lettuce and cucumber using the hydroponic system, demonstrating the potential of this technology for efficient and productive agriculture.
- User-Friendly Interface: The system incorporates a bilingual, user-friendly interface, making it accessible to farmers of all backgrounds.
This successful project highlights the potential of sustainable agriculture in arid regions, demonstrating how innovative technologies can empower farmers and improve food security.
