Ashok Leyland Says Hydrogen Commercial Vehicles Need More Time to Scale in India

Ashok Leyland, India’s second-largest commercial vehicle manufacturer, believes hydrogen-powered commercial vehicles will require several more years before they become a mainstream transportation solution in India. While hydrogen is viewed as a promising option for reducing emissions in long-haul transportation, the company believes high infrastructure costs and the current stage of ecosystem development remain significant obstacles to widespread deployment. The outlook reflects the broader challenges facing hydrogen mobility not only in India but also across several international markets where adoption is still progressing gradually.

Hydrogen Remains Promising but Commercially Expensive

Speaking during a post-earnings media interaction, Chairman Dheeraj Hinduja stated that hydrogen continues to offer strong potential, particularly for long-distance transportation applications. However, he emphasized that the technology remains expensive from a commercial perspective. According to the company, even advanced automotive markets such as Europe and the United States are still working through challenges related to hydrogen economics and infrastructure maturity. As a result, Ashok Leyland does not expect hydrogen to become a dominant commercial vehicle technology in India in the near future.

Multiple Clean-Fuel Technologies Competing for Growth

The commercial vehicle industry is currently evaluating a broad range of alternative propulsion technologies to reduce emissions and support sustainability goals. These include battery-electric vehicles, LNG-powered vehicles, CNG solutions, hydrogen internal combustion engines, and hydrogen fuel cell systems. Ashok Leyland believes that electric vehicles and certain alternative fuels are likely to achieve larger-scale deployment faster than hydrogen because they currently face fewer infrastructure challenges and benefit from more established support networks.

Infrastructure Costs Remain a Major Barrier

One of the most significant hurdles identified by the company is the cost associated with building a complete hydrogen ecosystem. Developing hydrogen production facilities, transportation networks, storage capabilities, and refuelling stations requires substantial investment. Company leadership noted that the financial requirements for establishing this infrastructure are currently higher than what may be practical for widespread deployment in the Indian market. These economic considerations continue to influence the pace of hydrogen adoption across the commercial vehicle sector.

Long-Term Commitment to Hydrogen Technology Development

Despite expectations of slower market adoption, Ashok Leyland continues to invest in hydrogen vehicle research and development. Managing Director and CEO Shenu Agarwal said the company views hydrogen as an important long-term solution for heavy-duty transportation and long-haul operations. As part of this strategy, the company is focused on advancing and validating hydrogen technologies for trucks and buses so that it is prepared when market conditions and supporting infrastructure become more favorable.

Ongoing Pilot Projects and Industry Collaboration

The company is currently operating several pilot programs involving hydrogen-powered commercial vehicles. These initiatives include hydrogen truck trials in India as well as hydrogen bus deployments in collaboration with NTPC. Ashok Leyland is also working closely with government agencies and industry stakeholders to support technology validation efforts and encourage the development of the broader hydrogen ecosystem. These projects are intended to generate operational experience and help refine hydrogen vehicle technologies for future commercial deployment.

Hydrogen's Potential Role in Heavy Transportation

Industry observers believe hydrogen could eventually play a significant role in long-haul trucking, mining operations, and heavy commercial transportation segments. In these applications, battery-electric vehicles may face limitations related to payload capacity, driving range, and charging requirements. However, the continued high cost of green hydrogen production and the limited availability of refuelling infrastructure remain key challenges worldwide. Several manufacturers, including Tata Motors and Ashok Leyland, are currently participating in hydrogen vehicle pilot programs supported by the Indian government's National Green Hydrogen Mission as the industry evaluates future pathways toward low-emission mobility.

Frequently Asked Questions

Why does Ashok Leyland believe hydrogen commercial vehicles will take time to become mainstream in India?
Ashok Leyland believes hydrogen commercial vehicles will require several more years to achieve widespread adoption because the supporting ecosystem is still developing. Major challenges include the high cost of hydrogen production, transportation, storage, and refuelling infrastructure. The company also notes that even mature global markets are still working toward commercially viable hydrogen deployment. Until infrastructure expands and costs decline, large-scale adoption is expected to remain limited despite the technology’s long-term potential for heavy-duty transportation.

What hydrogen vehicle projects is Ashok Leyland currently working on?
Ashok Leyland is actively conducting pilot programs involving hydrogen-powered trucks and buses to advance technology readiness. The company is testing hydrogen trucks in India and operating hydrogen buses in partnership with NTPC. These projects are designed to validate vehicle performance, gather operational insights, and support future commercialization efforts. Alongside pilot deployments, the company is collaborating with government agencies and industry partners to encourage ecosystem development and prepare for potential long-term growth in hydrogen-based transportation.

Which transportation segments are considered most suitable for hydrogen technology?
Hydrogen technology is widely viewed as a strong candidate for long-haul trucking, mining applications, and other heavy commercial transportation segments. These use cases often require extended driving ranges, high payload capacities, and minimal downtime, areas where battery-electric vehicles can face operational constraints. Hydrogen-powered vehicles may offer advantages in such demanding environments. However, realizing this potential depends on improvements in hydrogen production economics, infrastructure expansion, and broader ecosystem readiness that can support reliable commercial operations.