Back/Ballard Power Systems Launches Innovative FCmove®-SC Fuel Cell Module for Urban Transit
tech·September 20, 2025·bldp

Ballard Power Systems Launches Innovative FCmove®-SC Fuel Cell Module for Urban Transit

ED
Editorial
Cashu Markets·3 min read
TL;DR
  • Ballard Power Systems will launch the FCmove®-SC transit fuel cell module at Busworld, enhancing city bus performance.
  • The FCmove®-SC offers a 30% power increase and improved durability, addressing urban transit sustainability needs.
  • This fuel cell module aims for cost parity with diesel systems, supporting the shift to cleaner energy in transportation.

Ballard Power Systems Unveils Next-Generation Fuel Cell Module at Busworld

Ballard Power Systems is making headlines with the upcoming launch of its FCmove®-SC transit fuel cell module at Busworld in Brussels, set for October 4 to 9, 2025. This innovative fuel cell is a significant addition to Ballard's FCmove family, specifically designed to enhance the performance of city transit buses. The FCmove®-SC is engineered to deliver a 30% increase in system power at the end of its life cycle, alongside improved durability and operational efficiency under varying temperature conditions. Such advancements position the module as a game-changer in the realm of public transportation, addressing the growing need for sustainable and efficient urban transit solutions.

One of the standout features of the FCmove®-SC is its 25% increase in volumetric power density, achieved through integrated DC/DC packaging. This not only optimizes the available space within the vehicle but also simplifies the integration process for bus manufacturers, which is crucial for deploying this technology on a larger scale. The reduction of total part count by 40% further streamlines manufacturing and maintenance, thereby lowering lifecycle costs for transit operators. This new fuel cell module targets a peak power capability of at least 75 kW, ensuring consistent and reliable performance, which is vital for public transit systems that require robust solutions to meet daily operational demands.

The FCmove®-SC also boasts enhanced thermal management capabilities, with a 25% higher maximum radiator outlet temperature, facilitating better heat management within transit vehicles. This feature allows for more efficient use of waste heat for cabin heating, thus improving overall energy efficiency. With an expected service life of approximately 25,000 operating hours, the FCmove®-SC stands out as a durable option for urban transit applications. Kevin Colbow, Ballard’s Senior Vice President and Chief Technology Officer, emphasizes that this product represents a critical advancement in achieving cost parity with traditional diesel systems, ultimately addressing the challenges of vehicle integration and operational efficiency faced by transit authorities.

In addition to the technical advancements, the FCmove®-SC reflects Ballard Power Systems’ commitment to sustainability in public transportation. As cities strive to reduce their carbon footprints and transition to cleaner energy sources, this fuel cell module positions the company favorably within the growing market for hydrogen fuel cell technology. The anticipated launch at Busworld highlights Ballard's ongoing efforts to lead the way in innovative solutions that promise not only performance improvements but also significant environmental benefits.

Overall, the FCmove®-SC's introduction represents a milestone in the development of clean transit technologies, with the potential to reshape urban transportation systems for years to come.