“FIDAFAM SMART FARM 2025”
Objective of the Project
To establish a fully integrated smart farm that demonstrates the latest technology in protected cultivation, precision agriculture, automation, and climate control. This model farm will act as a learning lab for:
- Local Farmers (to upgrade their skills)
- Agricultural Students (for hands-on training)
- Agricultural Extension Officers
- Agri Startups (to study commercial models)
- Government & Private Agencies (for R&D partnerships)
Project Components
Component |
Details |
Polyhouse |
2,500 sq. meters (for high-value crops, IoT monitoring, climate control) |
Net House |
1,000 sq. meters (open-air protected farming) |
Open Field Demo |
500 sq. meters (organic crop rotation, intercropping models) |
Irrigation System |
Drip + Mist + Fogging (integrated with IoT) |
Climate Control |
Automated ventilation, fogging, cooling, heating |
IoT Sensors |
Soil moisture, temperature, humidity, light intensity, EC, pH |
Drones |
For crop health monitoring, spraying, and security |
Agri Robotics |
Autonomous seeding, weeding, harvesting robots |
Solar Power System |
10 kW Solar Plant for Energy Self-sufficiency |
Accommodation & Training Facility |
Basic hostel for directors, engineers, trainers & workers (10 people capacity) |
Water Management |
Borewell + Rainwater Harvesting + Storage Tank |
Digital Dashboard |
Real-time farm data displayed on a large screen & mobile app for visitors |
Farm Tourism |
Model farm visit programs for students, families, and tourists Technology PlanProtected Cultivation (Polyhouse & Net House)
IoT-Based Monitoring System
Drones & Robotics
Project ImpactFor Farmers
For Students
For Government & Industry
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