Ballard and GeoPura put clean energy center stage in a hydrogen-powered summer of music and sport

In 2026, the integration of hydrogen fuel cell technology into large-scale entertainment and sporting events marked a significant move towards sustainable power solutions. Ballard Power Systems, a leader in zero-emission hydrogen energy, expanded its reach by incorporating GeoPura, a UK-based hydrogen power provider, enhancing the deployment of clean energy at major venues.

This year witnessed hydrogen fuel cells taking center stage in powering live music festivals and significant golf tournaments across the UK and Europe. GeoPura’s Hydrogen Power Units (HPUs), equipped with Ballard’s fuel cell technology, delivered essential electricity to stages and event infrastructure without producing harmful emissions such as CO₂ or nitrogen oxides. This innovation not only reduced environmental impact but also improved air quality for artists, crew members, attendees, and local communities.

One of the standout applications was at the Boomtown festival, where GeoPura’s HPU2 systems supported the 20,000-capacity HYDRO stage. The hydrogen units provided reliable power throughout the festival’s build and live performances, enabling high-quality sound, lighting, and visual effects for acts including Skrillex, Four Tet, and Groove Armada. This built on a previous successful deployment at the same event in 2025, demonstrating growing trust and scalability of hydrogen-powered solutions.

Beyond Boomtown, the Edinburgh Summer Sessions embraced hydrogen power for their main stage and site infrastructure, embedding this clean energy source into the operational backbone of a prominent concert series. These engagements followed earlier deployments at festivals such as BST Hyde Park, LIDO Festival, and the Isle of Wight Festival, positioning hydrogen as an increasingly mainstream choice in live event production.

The application of hydrogen power extended into the sports arena with notable deployments at the Solheim Cup in the Netherlands and the Genesis Scottish Open. These events relied on hydrogen to supply critical infrastructure power without emissions at the point of use, marking GeoPura’s initial expansion into continental European golf tournaments. These deployments underscored hydrogen’s versatility and potential as a sustainable alternative to traditional diesel generators.

Ballard and GeoPura’s Energy-as-a-Service (EaaS) model offers a comprehensive package, including hydrogen fuel supply, transportation, on-site storage, equipment provision, and operational support. This turnkey approach simplifies the adoption of hydrogen power for event organizers by meeting demanding production standards while fostering healthier environments.

Executives from Ballard highlighted that the summer of 2026 demonstrated a clear trend: event organizers are increasingly integrating hydrogen power into their long-term energy strategies. Repeat engagements and larger-scale deployments indicate confidence in the technology’s reliability and environmental benefits. The shift reflects a broader industry movement toward reducing diesel dependency, mitigating noise pollution, and lowering carbon footprints.

Furthermore, the success in live events and sports has paved the way for expansion into other sectors. Ballard plans to leverage GeoPura’s operational experience to scale services across North America and Europe, targeting markets such as film, television, construction, and critical infrastructure that require dependable off-grid power solutions.

Ballard’s integration with GeoPura strengthens its position as a vertically integrated hydrogen ecosystem provider, spanning production, logistics, refueling, fuel cell engines, and stationary power units. The partnership aims to mainstream hydrogen energy, making it a default option for mission-critical applications worldwide.

While future deployments and market expansion remain ongoing, the developments in 2026 signal a pivotal moment for clean energy in live entertainment and sports. Hydrogen’s emergence as a viable alternative to traditional power generation aligns with global efforts to decarbonize and promote sustainable event management, offering a blueprint for other industries to follow.