Ballard Power Systems Partners with Wrightbus for New Hydrogen Bus Fuel Cell Initiative

Ballard Power Systems, a leader in hydrogen fuel cell technology, announces a significant collaboration with UK-based Wrightbus as the designated fuel cell supplier for its upcoming StreetDeck Hydroliner Gen 3.0 hydrogen bus platform. This partnership emphasizes the growing momentum behind hydrogen mobility solutions and highlights Ballard's commitment to advancing sustainable transportation.

Wrightbus Chooses Ballard's Advanced Fuel Cell Technology

The collaboration involves the integration of Ballard's FCmove®-SC hydrogen fuel cell engine, recognized for its high efficiency and performance. Set to launch in late 2025, the Gen 3.0 double-decker fuel cell electric vehicle (FCEV) bus will begin production in 2027. This engine is specifically designed to enhance operational efficiency and reduce the total cost of ownership (TCO) for transit operators, particularly in long-range duty cycles where hydrogen offers significant advantages over battery-electric buses.

Wrightbus' Chief Procurement Officer, Paul King, underscores the necessity of operational efficiency, aiming for TCO parity with electric vehicles while addressing existing infrastructure challenges. Wrightbus has a distinguished history in innovating hydrogen-powered public transport solutions and continues to push the boundaries of sustainability in the transportation sector.

Highlighting Ballard's Proven Track Record

Ballard Power Systems already boasts a global fleet of over 2,200 hydrogen fuel cell buses that have collectively traveled more than 300 million kilometers, achieving a remarkable 98% operational availability. This strong performance illustrates the reliability of Ballard's technologies and their capability to meet the growing demand for clean transportation alternatives.

A Vision for Sustainable Transport

Both Ballard and Wrightbus express a shared vision of advancing hydrogen mobility and enhancing sustainable transportation solutions in key markets. The partnership not only signifies a step forward for Ballard's market presence but also reinforces the global shift towards zero-emission transit systems.

As the world moves toward more sustainable practices, collaborations like this play a crucial role in the evolution of clean energy technologies and the deployment of effective hydrogen solutions.