#Canada #Vancouver #Ballard #FCmove #Busworld

Ballard Power Systems Launches FCmove®-SC

Ballard Power Systems is set to introduce its cutting-edge transit fuel cell module, the FCmove®-SC at the prestigious Busworld event, taking place in Brussels from October 4th to 9th, 2025. This innovative product promises to enhance city transit buses by offering improved performance, lower lifecycle costs, and smarter vehicle integration.

Key Features of the FCmove®-SC

The FCmove®-SC builds on the success of Ballard's previous models by focusing on several critical aspects crucial for bus manufacturers and operators. Key features of the new fuel cell include:

• - Improved Power Output: The FCmove®-SC is designed to deliver a 30% increase in power at the end of its operational life, alongside enhanced durability and performance during varied temperature conditions.
• - Higher Efficiency: The new design boasts a 25% increase in volumetric power density, allowing for more compact integration into existing bus models. Additionally, it supports a maximum radiator temperature of 75°C, which simplifies vehicle thermal management.
• - Reduction in Components: With a 40% reduction in the total number of parts, the FCmove®-SC aims to streamline maintenance and improve reliability for public transport operators.

Lower Lifecycle Costs and Enhanced Integration

The overarching objective of Ballard’s new FCmove®-SC is to support a decrease in lifecycle costs while enhancing performance for transit operators. Targeting a peak power capability of at least 75 kW, the fuel cell is optimized for consistent service output, which significantly reduces operational costs. The incorporation of advanced cooling management features and usable waste heat for cabin heating further aids in cost reduction.

Additionally, the FCmove®-SC simplifies vehicle integration by internalizing the DC/DC converter and power controller. This consolidation eases the complexities associated with traditional powertrain integrations, ultimately leading to fewer diagnostics and lower maintenance demands.

Intelligent Fleet Services

Another significant advancement accompanying the FCmove®-SC is the integration with Ballard’s FCServiceCloud, which incorporates predictive maintenance capabilities. This feature allows transit operators to capitalize on data analytics aimed at predicting and minimizing downtime. Through enhanced onboard communications, the service assists in maximizing uptime, further driving down support costs throughout the lifecycle of the buses.

A Commitment to Safety

The new architecture of the FCmove®-SC prioritizes safety, featuring industry-leading components designed to mitigate risks associated with hydrogen use. This includes innovative internal geometries in the PEM stack enclosure that enhance passive safety, thus reducing dependency on more elaborate active safety mechanisms.

Proven Performance in the Field

Ballard's extensive operational history supports the FCmove®-SC's potential success. With over 850 vehicles operating across various cities in Europe, Ballard has amassed significant data through its earlier FCmove®-HD modules, which have logged nearly 100 million kilometers of service. These insights have directly influenced the FCmove®-SC’s design, focusing on reducing operating costs while boosting overall performance and reliability for transit operators.

Conclusion

With the launch of the FCmove®-SC at Busworld, Ballard Power Systems exemplifies its commitment to transitioning public transport toward zero-emission alternatives. By providing a sustainable option that narrows the cost gap with traditional diesel engines, Ballard continues to pave the way for eco-friendly public transportation solutions.

For operators and OEMs interested in witnessing the FCmove®-SC in action, Ballard will be showcasing the module at Hall 9, Stand 579. Demonstrations are available by invitation, and interested parties are encouraged to reach out to Ballard's marketing team for scheduling.

Discover more about Ballard Power Systems and their comprehensive range of clean energy solutions by visiting their official website at www.ballard.com.