EKA Mobility Hyderabad electric bus order 915 units under PM E-DRIVE 2026 rollout

In 2026, India’s urban mobility electrification continues to accelerate with the EKA Mobility Hyderabad electric bus order marking a significant milestone in public transport transformation. The project, awarded under the CESL-led PM E-DRIVE initiative, highlights growing momentum toward zero-emission city fleets. This large-scale deployment not only strengthens Hyderabad’s sustainable transport infrastructure but also intensifies competition among domestic electric bus manufacturers. With increasing government-backed procurement models, such initiatives are reshaping fleet electrification strategies and driving long-term operational efficiency for public transit authorities.

915 Electric Buses Allocated Under National Scheme

EKA Mobility, in partnership with GreenCell Mobility, has secured a Letter of Award to supply and deploy 915 electric buses in Hyderabad. The order includes 100 nine-metre buses and 815 twelve-metre standard-floor non-air-conditioned buses designed for urban operations. This deployment aligns with centralized procurement strategies under the PM E-DRIVE scheme, enabling scalable adoption of electric mobility solutions across major cities. The initiative reflects the government’s structured approach to reducing emissions, optimizing fleet economics, and accelerating adoption through aggregated demand models.

Expansion of Multi-State Electric Bus Portfolio

This Hyderabad project builds upon EKA Mobility’s previous wins under CESL’s PM E-Bus Seva program, covering multiple states including Rajasthan, Andhra Pradesh, Odisha, Puducherry, and Meghalaya. The company’s expanding footprint indicates increasing trust in its electric bus platforms and delivery capabilities. By leveraging consortium-based execution with GreenCell Mobility, the project integrates vehicle supply with operational readiness, ensuring faster deployment timelines and improved service reliability across city routes.

Strategic Impact on Urban Mobility Ecosystem

The deployment of 915 buses is expected to significantly reduce urban emissions while improving public transport accessibility and efficiency. Centralized schemes such as PM E-DRIVE are enabling economies of scale, lowering total cost of ownership, and fostering technology standardization across fleets. Additionally, such projects create downstream demand for charging infrastructure, battery management systems, and fleet analytics. For Hyderabad, this initiative positions the city as a key hub in India’s transition toward electrified mass transit systems.

As India advances toward aggressive electrification targets, projects like this reinforce the importance of public-private partnerships, policy-driven procurement, and scalable deployment models in shaping the future of sustainable mobility.

Frequently Asked Questions

What is the significance of the 915 electric bus deployment in Hyderabad?
The deployment of 915 electric buses in Hyderabad represents a major step toward large-scale urban transport electrification in India. It demonstrates how centralized procurement models like PM E-DRIVE can accelerate adoption by reducing costs and ensuring faster rollout. This initiative enhances public transport sustainability, lowers emissions, and improves operational efficiency. Additionally, it strengthens Hyderabad’s position as a leading city in clean mobility transformation while supporting broader national goals of reducing dependence on fossil fuels.

What types of buses are included in the EKA Mobility order?
The order includes a mix of 100 nine-metre buses and 815 twelve-metre standard-floor non-air-conditioned buses designed for city operations. These buses are optimized for urban transit requirements, focusing on efficiency, capacity, and reliability. Their deployment supports scalable public transport electrification while maintaining cost-effectiveness. Such configurations are commonly adopted in Indian cities to balance passenger demand and operational feasibility across different route densities and urban infrastructure conditions.