With hydrogen gaining an incredible amount of popularity and effectiveness for various nations’ energy objectives, it is not surprising that hydrogen developers are seeking to be at the forefront of production. Additionally, there is an emergence of newer companies that are willing to invest millions of dollars into initiatives with the understanding that the energy source is on an upward trajectory from now heading into the near future. In another display of just how versatile an energy source hydrogen is, Alstom enhanced rail operations by incorporating hydrogen fuel cell technology into its systems.
Reviewing the emergence of Alstom as a powerhouse in the hydrogen sector
There is a great balance in the hydrogen sector at the moment, with the existence of veteran and newer companies. Alstom falls in the former category as it was founded in 1928 with its origins lying in heavy engineering and electrical equipment in France.
The company has consistently played the role of driving progress in infrastructure and transportation since it was established.
Interestingly, the company came about as a result of a merger that united the electrical engineering expertise of two companies. Since then, the entity has played an integral role in elevating France and positioning it among the top hydrogen producers in Europe. Despite its longevity in the sector, Alstom is still showing the same hunger and desire to execute projects.
Reports state that Alstom is reinforcing its leadership in sustainable rail by deepening its investment in hydrogen-powered mobility. The company has integrated critical hydrogen fuel cell capabilities directly into its operations, marking a significant step in the evolution of zero-emission rail transport. This is a strategic move that seeks to improve reliability, accelerate innovation, and support operators transitioning away from diesel-powered fleets.
Breaking down the strategy behind Alstom’s pursuit of the hydrogen initiative
The French entity has consistently shown an ability to adapt and incorporate contemporary energy generation strategies. As demand for cleaner transportation grows, Alstom is positioning hydrogen as a core feature of rail’s low-carbon future. Alstom’s latest advancement comes through the acquisition of Cummins’ rail-focused hydrogen fuel cell activities.
The deal consists of engineering expertise, product development resources, and support capabilities that have already been at the heart of the company’s hydrogen-powered train fleets. By bringing these capabilities in-house, Alstom is able to achieve more control over one of the most important components in hydrogen rail technology.
This integration is one that opens up the possibility for the company to streamline development, improve system performance, and respond much quicker to customers. It also guarantees long-term support for existing hydrogen fleets already operating or entering service across Europe and North America.
Instead of depending on foreign suppliers for key fuel cell technologies, Alstom is now able to manage the entire value chain.
The overall impact of the company incorporating fuel cell technology
Danny Di Perna, Executive Vice President and Chief Operating Officer, Alstom, had this to say:
“Bringing these hydrogen fuel cell activities into Alstom gives us the capabilities we need to support reliability growth and maintenance for our installed fleet and to conclude the development of our contracted programs.”
The company is clearly aware of its customers’ demands and is making an effort to meet them. Hydrogen rail technology, which was once just an experiment, is no longer that with Alstom’s Coradia iLint being the world’s first hydrogen-powered passenger train. It has already displayed the lucrativeness and advantages of fuel cell propulsion in real-world operations.
Looking ahead: How Alstom might transform the hydrogen production industry
Since entering service, the company’s train has traveled hundreds of thousands of kilometers across multiple countries. This represents a practical demonstration that hydrogen can replace diesel on non-electrified routes. Unlike traditional diesel trains, hydrogen-powered trains emit only water vapor during operation.
They also offer quieter journeys and reduced maintenance demands. Ultimately, hydrogen is rapidly becoming a viable alternative for rail operators seeking to decarbonize routes where full electrification is too expensive or difficult to achieve.
