send mail to support@abhimanu.com mentioning your email id and mobileno registered with us! if details not recieved
Resend Opt after 60 Sec.
By Loging in you agree to Terms of Services and Privacy Policy
Claim your free MCQ
Please specify
Sorry for the inconvenience but we’re performing some maintenance at the moment. Website can be slow during this phase..
Please verify your mobile number
Login not allowed, Please logout from existing browser
Please update your name
Subscribe to Notifications
Stay updated with the latest Current affairs and other important updates regarding video Lectures, Test Schedules, live sessions etc..
Your Free user account at abhipedia has been created.
Remember, success is a journey, not a destination. Stay motivated and keep moving forward!
Refer & Earn
Enquire Now
My Abhipedia Earning
Kindly Login to view your earning
Support
Context: Recently, the National Institute of Food Technology Entrepreneurship and Management, Kundli (NIFTEM-K) has introduced Solar Assisted Reefer Transportation with Hybrid Controls and Intelligence (SARTHI) system.
It is an innovative solution to reduce post-harvest losses in perishable food transportation.
Nodal Ministry: Ministry of Food Processing Industries (MoFPI)
With its innovative approach, SARTHI promises to be a game-changer in reducing post-harvest losses in India’s food supply chain.
SARTHI features dual compartments designed to store fruits and vegetables at different temperatures, addressing their unique storage needs.
It features dual compartments designed to store fruits and vegetables at different temperatures, addressing their unique storage needs.
It is an integration of IoT and real-time monitoring.
The data acquired from the sensors is integrated with IoT (Internet of Things) and sent to the cloud which can be downloaded using a mobile app for getting real time information about the quality parameters and physiological changes occurring during transportation of fresh fruits and vegetables.
Its sensors measure temperature, humidity, ethylene, and CO2 levels, sending data to a mobile app for quality assessment.
The system also includes a solar-powered air handling unit that ensures temperature control during halts.
This design helps extend shelf life and reduces losses due to chilling injury or moisture loss.
This technology allows transporters to make informed decisions, potentially rerouting produce to closer markets if spoilage is detected, cutting energy waste and reducing carbon footprints.
By: Shubham Tiwari ProfileResourcesReport error
Access to prime resources
New Courses