Uber partners Lithium Urban Tech to deploy 1000 EVs across India

by Sricharan R 08 Oct 2020

Cab aggregator Uber announced partnership with Lithium Urban Technologies, India’s largest electric vehicle fleet operator, to deploy over 1,000  electric vehicles, all sedans, across Uber Rentals and Premier in Delhi NCR, Mumbai, Bangalore, Hyderabad and Pune.

So far, they have already deployed over 100 EVs including Mahindra eVerito and Tata Tigor EV over the platform. Over the next 12 months, Uber remains committed to scaling it up to 2,000 electric vehicles on its platform, including the Lithium EVs.

The association is also in line with Uber's recently announced global commitment to make all rides on its platform 100 percent emission-free by 2040 through zero-emission vehicles and the integration of public transport and micro-mobility. 

Prabhjeet Singh, President, Uber India and South Asia said, “We are delighted to partner with Lithium Urban Technologies, a pioneer in sustainable urban mobility, and excited to provide greener commuting solutions to our riders. After our partnerships with Yulu, Mahindra and SUN Mobility, this is our fourth partnership in this space and Uber will always remain committed to providing smarter mobility, building greener cities and creating healthier lives.”

Ashwin Mahesh, Co-Founder and CEO, Lithium Urban Technologies said, “Our partnership with Uber has the potential to significantly add to the number of electric kilometers covered by cars in every city. The responsibility to accelerate the adoption of clean mobility belongs to all of us, and partnerships have an important role to play in making that happen. Electric vehicles are particularly well-suited to the shared economy, and that's why we're seeing their early adoption, most noticeably in fleets." 

Lithium’s charging hubs in these cities have the capacity to charge multiple cars and buses simultaneously. They also have fast and slow chargers installed at multiple sites across these cities. While a fast charger can charge a sedan in 90 minutes, a slow charger can do that in 8 to 9 hours.