Ballard Power Systems Unveils FCmove®-SC Fuel Cell Module for Urban Transit Innovation

Ballard Power Systems Introduces Groundbreaking Fuel Cell Module for Urban Transit

Ballard Power Systems is poised to showcase its latest innovation, the FCmove®-SC transit fuel cell module, at the upcoming Busworld event in Brussels from October 4 to 9, 2025. This next-generation fuel cell is designed specifically for city transit buses, marking a significant milestone in Ballard's FCmove product line. The FCmove®-SC not only promises a 30% increase in system power at end-of-life but also enhances durability and operating temperature ranges. This module is engineered to deliver a peak power capability of at least 75 kW, optimized for consistent performance and improved thermal management, setting a new standard for fuel cell technology in urban transportation.

One of the standout features of the FCmove®-SC is its integrated DC/DC packaging, which yields a 25% increase in volumetric power density. This innovative design results in a 40% reduction in total part count, significantly simplifying the integration process for bus manufacturers. By lowering lifecycle costs and enhancing operational efficiency, the FCmove®-SC strengthens the case for fuel cell technology as a viable alternative to traditional diesel systems. Additionally, the module's ability to achieve a maximum radiator outlet temperature that is 25% higher enables better thermal management, allowing for the effective use of waste heat for cabin heating, further optimizing energy consumption in transit applications.

Kevin Colbow, Senior Vice President and Chief Technology Officer at Ballard, emphasizes that the FCmove®-SC represents a critical step toward achieving cost parity with legacy diesel systems. The module is designed to support an impressive service life of approximately 25,000 operating hours, making it an appealing option for transit operators focused on long-term operational efficiency. With the FCmove®-SC, Ballard aims to address the pressing challenges of vehicle integration and the need for sustainable solutions in urban transit, reinforcing its commitment to advancing clean energy technology.

In addition to the unveiling of the FCmove®-SC, Ballard Power Systems continues to engage with industry stakeholders to promote the adoption of hydrogen fuel cell technology. The company recognizes the growing demand for sustainable public transportation solutions and is dedicated to providing innovative products that meet the needs of transit operators globally.

As urban areas increasingly prioritize reducing emissions and improving air quality, Ballard Power Systems’ advancements in fuel cell technology signify a promising future for hydrogen-powered transit solutions. The FCmove®-SC is set to play a pivotal role in this transformative shift, offering reliable performance and cost-effective alternatives to conventional diesel engines.