Zero-emission Fuel Cells for Uninterrupted Backup Power for Data Centers

premium account

Recording of Thursday, June 20, 2024 | The smarter E Europe | Exhibition Program | Language: English | Duration: 10:59 .

Ballard Power Systems Unveils Advanced Hydrogen Fuel Cell Solutions for Emission-Free Data Center Backup Systems

Ballard Power Systems has been providing hydrogen fuel cell systems for critical infrastructure, particularly in Europe’s telecom sector, for over 15 years. They have deployed more than 500 such systems which are self-testing and maintained by Ballard's customer care department. This technology is not new but plays a crucial role in maintaining the reliability and uptime required by backup power systems. In partnership with Vertiv, Ballard offers emission-free backup solutions ideal for data centers and other critical applications. Technically speaking, these fuel cells ramp up quickly—albeit slightly slower than diesel engines—and integrate easily due to their low operating temperatures (below 100°C) and noise levels (82-84 dB). Maintenance intervals are comparable to conventional energy sources, ensuring that the total cost of ownership remains competitive. The presented module stems from marine industry applications where it holds multiple safety approvals from recognized bodies like Norwegian Veritas and Lloyds. It stands out because it doesn't require EX-approved surroundings or constant ventilation making it highly safe. Modular configurations allow scaling up to meet various power demands efficiently without increasing footprint significantly—a major advantage when extended operation beyond typical battery capacities is needed due to geopolitical requirements. In summary, Ballard provides proven hydrogen fuel cell technology capable of replacing traditional diesel engines while offering reliable, scalable, emission-free power solutions readily available through strategic partnerships. The combination of extensive experience and robust service infrastructure ensures seamless integration into existing setups with minimal adjustment needs.

Automated summarization by AI Conver

Thomas Therkild Petersen
Product Line Manager, Marine & Large Stationary
Ballard Power Systems Europe A/S
U.S.

Industrial/Product Live Pitches

Further Talks of this session:

Speaker

Michael Spirig
CEO & Founder
EFCF (European Electrolyser & Fuel Cell Forum)
Switzerland

To Talk

Speaker

Cengiz Oguzoglu
Global Business Development Manager - Hydrogen
Weidmüller Interface GmbH & Co. KG
Germany

To Talk

Speaker

Dr. Joey Disch
Senior Scientist Electrolysis
ionysis GmbH
Germany

To Talk

Speaker

Moritz Holzmüller
Business Development Manager
Reverion GmbH
Germany

To Talk

Speaker

Alexander Cordes
Vice President Customer Success
Robert Bosch GmbH
Germany

To Talk

Speaker

Björn Ledergerber
Senior Vice President Hydrogen & Corporate Development
SFC Energy AG
Germany

To Talk

Further Content
Webinar Collection
Growth of the European Solar Market, Specifically, Romania

February 24, 2026

free account

Webinar: EU Solar Market Overview with Focus on Romania

Business Visibility
Sponsoring & Marketing Overview

All sponsorship and marketing opportunities at a glance: Find the ideal marketing mix for your company.

Webinar Collection
Mixed Investment Solar Projects in Mexico: The 54% Model Explained

January 29, 2026

Mexico has introduced a new mixed investment scheme for renewable power generation, requiring a minimum 54% direct or indirect participation by CFE.

Adriana Fricke, Robin Berg
Has Vehicle-to-Grid Reached the Tipping Point?

The smarter E Podcast Episode 248 | Language: English

February 5, 2026

Why 2026 could be a turning point for bidirectional EV charging – from regulation to large V2G fleets in Europe.

The smarter E Europe Conferences 2025
Factors That Influence the Success of a Minigrid Project

Wednesday, May 07, 2025, 11:00 am - 12:30 pm

The smarter E Europe Conferences 2025 | Conference Program

premium account

Off-grid solar systems are often the least expensive option for rural electrification. Solar home systems can power individual households, while mini-grids can supply entire villages. Each comes with its own advantages, disadvantages, and challenges. The aim of this session is to explore challenges as well as success stories. It takes well-functioning components such as battery systems, charge management and inverters to make projects successful. Proper system sizing, maintenance and repair management, as well as a robust financial concept are also necessary. If one of these elements is missing, the electrification will not be sustainable. This session will focus on the aspects mentioned above. The speakers will present successful and unsuccessful approaches and discuss what can be learned from them.

You are using an outdated browser

The website cannot be viewed in this browser. Please open the website in an up-to-date browser such as Edge, Chrome, Firefox, or Safari.