Pakistan’s first solar hybrid car with regenerative braking has been developed by a group of engineering students.
The HSEV (Hybrid Solar Electrical Vehicle) was built for the final year project by the students studying at the Department of Electrical Engineering NUCES-FAST. The team comprises of M Akif Naeem, Engr Muhammad Bilal Qadri and Hamza Nagra.
According to a short introduction shared by the team the mileage of this vehicle is around 160-200 km depending upon driving behavior.
An engine has also been installed in the car so it can be driven without charging the battery.
The operational cost is around 0.5 rupees per km.
1 KW 48V BLDC motor and 35AH Lithium Ion battery is used.
Also Read: FAST NU students develop device that prevents drivers from falling asleep while driving
The speed and millage can further be improved by using high ratings of motor and battery.
The unique part of it is the regenerative braking system. Whenever brakes are applied, it further charges the battery thus improving the millage by 10-20%.
The team has spent a total manufacturing cost of Rs. 2.25 Lac.
They have the government and investors to help make it practical in the form of two, three and four-wheeler low-cost electrical vehicles. They further said that this project is in line with the government’s EV policy 2020.
Liked it? Share it with others too!
Explore more science and tech stories from Pakistan.
Bashir Ahmad is a medical student working as a freelance writer, graphic designer and social media manager for Pakscience, Scientia Pakistan and many other platforms. Tap on the social media links below to connect with him.
Related posts:
FAST NU students develop device that prevents drivers from falling asleep while driving
Pakistani scientist’s promising solar cell technology sets two world records of efficiency
Fatima Bintay Salman, a 13-year-old, wrote 4 books during lockdown
Meet Maryam Arif, a 16 Years Old With Eight Published Books and Two Podcasts
Pakistan is still ages behind developed countries for glacial and terrain monitoring
