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EMO Energy, an Indian deep energy-tech company developing advanced battery and energy systems for commercial electric mobility, has crossed 25,000 cumulative battery pack deployments, marking continued growth in its commercial electric vehicle (EV) operations.
The company announced its operational performance for the second quarter of FY2026–27, covering July to September 2026. Its cumulative battery pack deployments increased 31.6% from 19,000 as of June 30, 2026, with approximately 6,000 packs deployed during the quarter.
EMO Energy also reported a 35.4% quarter-on-quarter increase in energy delivery, reaching 3,807 megawatt-hours (MWh) in Q2. The growth reflects rising adoption of its battery intelligence, energy management and charging technologies among high-utilisation commercial EV fleets.
Energy Delivery and EV Operations Expand in Q2
Monthly energy delivery increased 16.3% during the quarter, rising from 1,161 MWh in July to 1,350 MWh in September. The figures indicate growing energy demand across the company's network as commercial electric mobility expands.
EMO Energy's technology platform supported 25.38 million EV deliveries nationwide during Q2, compared with 18.74 million in the previous quarter. The company also reported that its platform powered 126.9 million kilometres of travel during the July–September period, up from 93.69 million kilometres in Q1.
The increase in supported deliveries and distance travelled highlights the growing role of battery performance, charging infrastructure and energy management in commercial EV operations. These capabilities are particularly relevant to logistics and last-mile delivery fleets, where vehicle utilisation and operational reliability are important.
Battery Technology Supports Emissions Reduction
EMO Energy estimated that its Q2 operations helped avoid 7,868 tonnes of carbon dioxide equivalent (CO₂e) emissions, compared with 5,809 tonnes in the previous quarter. The company said this is equivalent to the annual carbon absorption of approximately 375,000 trees.
The estimated emissions reduction reflects the potential environmental benefits of electrifying commercial transportation and last-mile logistics. However, the actual impact depends on factors such as the vehicles replaced, electricity sources and the methodology used to calculate avoided emissions.
Commenting on the performance, Sheetanshu Tyagi, Co-founder of EMO Energy, said, “Q2 reflects the continued scale-up of electric mobility and the energy infrastructure that supports it.”
Focus on Reliable and Efficient Commercial EV Fleets
Tyagi added that as vehicle utilisation increases, battery intelligence, thermal management and energy orchestration become critical to maintaining the reliability and efficiency of commercial electric vehicles. He said the company's focus is on developing technologies that support growth while improving the efficiency and sustainability of the energy ecosystem.
As electric vehicle adoption grows across logistics and delivery operations, EMO Energy is focusing on battery and energy technologies designed to enable faster charging, higher reliability, improved battery performance and more efficient energy use across commercial fleets.
The company's latest quarterly performance highlights the growing demand for energy infrastructure that can support commercial EV operations at scale, alongside the industry's broader push towards more efficient and lower-emission transportation.
