EMO Energy Powers 18.7 Million EV Deliveries in Q1, Prevented 5,809 Tonnes of CO₂e Emissions

EMO Energy, India’s deep energy-tech company building next-generation battery and energy ecosystem for commercial electric mobility, announced its Q1 operational performance, highlighting the scale at which its proprietary battery intelligence and energy management technology are enabling India’s transition towards cleaner, more efficient transportation.

During the quarter, EMO Energy delivered 2,810.7 MWh of energy across its network, with monthly energy delivery increasing by 20.3% between April and June. The company’s technology platform supported 18.74 million EV deliveries nationwide while powering 93.69 million kilometres of travel, demonstrating the growing role of intelligent energy infrastructure in commercial electric mobility.

EMO Energy also expanded its active fleet from 15,800 vehicles in April to 19,000 vehicles by June, reflecting continued adoption of its battery and energy management solutions across commercial EV fleets.

The company’s Q1 operations helped avoid an estimated 5,809 tonnes of CO₂e emissions, equivalent to the annual carbon absorption capacity of more than 275,000 trees, reinforcing the environmental impact of electrifying last-mile logistics at scale.

Commenting on the milestone, Sheetanshu Tyagi, Co-founder, EMO Energy, said: “Our Q1 performance demonstrates that deep technology, from battery intelligence and thermal management to fleet-level energy orchestration, can deliver both operational efficiency and meaningful impact. As commercial EV adoption accelerates, we remain focused on expanding our technology into new energy applications while strengthening India’s clean energy ecosystem.”

As India accelerates the transition towards electric mobility, EMO Energy remains focused on advancing next-generation battery technology and energy ecosystem that enable faster charging, higher reliability, enhanced safety, and long-term sustainability for commercial mobility and emerging energy applications.