Facilities
Aims and Objectives
- Monitor year-round of different climatic parameters i.e. temperature, relative humidity, light intensity
- Monitor soil related parameters i.e., soil temperature, soil pH, EC etc
- Water management through overhead (fogging) and root zone (dripping, flow table) control
- Fertigation control
- Monitor climate parameter as per crop requirement
- Record climate parameters history
- Ensure higher yield
- Practise crop diversification.
- Off-season & assured production
- Reduce diseases and pest attack
- Employment generation
Outcomes
- Protects the crops from wind, rain, radiation, precipitation, and other climatic factors.
- Creates microclimate surrounding the crops that help in maximum growth regarding production and quality.
- Yields maximum profit in a minimum area under cultivation.
- Reduce the number of manual activities, dependency on labour and overall labour cost.
- Year-round cultivation (including off-seasons).
- Produces a higher yield of high-quality crops.
- Polyhouse automation IOT
- Solar lighting
- Solar inverter operation
- Solar thermal
Caters to
This facility caters to students of Engineering, Agriculture as well as Vocational education. This includes Domain Courses (under-graduation and post-graduation courses), Skills for Success (SFS), Diploma and World Skills participants. It also serves as a state-of-the-art facility for research scholars: PhD and Research fellows.
Market Linkages
The facility promotes entrepreneurship by offering training in effective, efficient and innovative practices in the industry. It also conducts workshops for farmers to learn about polyhouse automation and hydroponics.