Quantum Energy and Battery Smart Launch E-Scooter Battery Swapping in India
Quantum Energy and Battery Smart have entered into a strategic collaboration. This partnership will leverage Battery Smart's vast network, which is comprised of more than 900 swap stations spanning across 25+ cities, enabling seamless battery-swapping services for Quantum's electric scooters.
The collaboration is targeted at tackling concerns surrounding range anxiety and extended charging durations faced by ride-hailing, last-mile delivery, and connectivity firms utilizing Quantum's electric fleet vehicles. By harnessing Battery Smart's rapid swap infrastructure, drivers can optimize their time on the road, enhancing efficiency and fulfilling more deliveries. Furthermore, Battery Smart's battery-as-a-service approach will mitigate expenses associated with battery replacements, thereby reducing the overall ownership costs of a Quantum Electric scooter.
Chetana C., Director, Quantum E-Scooters, speaking on the announcement said, "Our partnership with Battery Smart aligns with our vision to accelerate the transition to electric last-mile transportation. By facilitating easy battery swapping for our commercial fleet customers, we can reduce their EV ownership costs and enable them to scale their electric fleets across India".
Yogiraj Gogia, Senior Director of Partnerships and Fleet Business at Battery Smart, commented, "Through this partnership, we aim to further drive EV adoption in India by providing innovative commercial EV fleets access to our expanding network of swap stations, empowering more drivers to join the EV revolution".
Thanks to the strategic positioning of Battery Smart's swapping stations in close proximity to densely populated delivery and traffic zones, Quantum Energy scooters can navigate routes with greater efficiency. Companies making the switch to Quantum's electric fleet will enjoy advantages such as decreased maintenance expenses, diminished emissions, and a minimized carbon footprint in their transportation operations.