Dr.
Sudhir Mehta said, "With Eka, we've been striving to set up a robust,
efficient and reliable EV ecosystem to achieve India’s aspirational net-zero
emissions goal. Our collaboration with goEgoNetwork, one of India’s leading
charging infrastructure providers, ensures a fast-charging network for
institutional customers of our 9-meter e-buses across the nation. We look
forward to bringing sustainable, profitable, and efficient EV solutions to
accelerate the mass adoption of new-energy vehicles in India, and we are elated
to have joined hands with goEgoNetwork to ensure the fast charging of our
9-meter e-buses. We firmly believe that building a more accessible electric
vehicle charging infrastructure will drive the rapid transformation of
electrifying public transportation in our country and achieve net-zero
emissions goals.”
Rishi
Bagla, Director, goEgoNetwork, said, "It excites us a lot at goEgoNetwork
about our recent partnership with EKA Mobility. While our passenger EV charging
network has been growing quickly with our presence in housing societies, public
car parks, educational institutes, charging parks, hospitals, and many more,
our recent tie-up with EKA Mobility is a testimony to the fact that our
charging solutions are universal and can be used by all types and sizes of EVs
currently available in the market. As omnipresent and compliant charging
ecosystems lack across the country, our partnership with EKA Mobility will
guarantee EKA Mobility’s customers a seamless charging ecosystem for their
e-buses across India."
EKA’s
9-meter electric bus provides a solid platform for sustainable and efficient
public transport in cities around the world, along with reliable and profitable
operations for customers. The product, completely designed & manufactured
in India, recently received the Central Motor Vehicle Rules (CMVR)
certification from ARAI, and the first batch will be soon deployed on roads.
With a capacity to seat 31 passengers and a driver, along with a standing
capacity, EKA’s electric bus offers a 200-kilometer range on a single charge.