Vertiv, a global leader in critical digital infrastructure, and Ballard Power Systems, a pioneer in PEM fuel cell technology, have announced a strategic technology partnership aimed at advancing backup power solutions for data centers and critical infrastructures in North America and EMEA.
The collaboration focuses on demonstrating the technical feasibility and customer benefits of hydrogen-powered fuel cell solutions. Vertiv has integrated Ballard’s fuel cell power modules with its Liebert® EXL S1 uninterruptible power system (UPS) in a successful proof of concept (POC) at Vertiv’s facility in Ohio.
“With data usage increasing and driving up power demand and data center capacity worldwide, managing electricity consumption and reducing carbon footprints is crucial for achieving net-zero targets,” stated Nicolas Pocard, VP of marketing and strategic partnerships at Ballard. “This partnership allows us to offer cost-effective, zero GHG emission fuel cell backup power solutions that are scalable to meet growing power demands.”
Demonstrating Zero-Emission Backup Power: Vertiv’s Power Module H2 Solution
The Power Module H2 solution demonstrated at Vertiv’s Delaware, Ohio facility includes two Ballard PowerGen 200kW fuel cell cabinets powering a decarbonized backup system. The solution integrates cooling subsystems, power conditioning equipment, hydrogen storage, Vertiv™ HPL Lithium-Ion batteries, Liebert® EXL S1 UPS system, and the Vertiv™ DynaFlex Energy Management Controller. This system is part of a 1 MW microgrid solution, including a 1 MW AC Solar PV array and Vertiv™ DynaFlex Battery Energy Storage System (BESS).
Early tests have shown successful zero GHG emission backup power operation within an uninterruptible power architecture. “The adoption of AI and high-performance computing drives the need for eco-friendly power solutions, focusing on zero-carbon and low-carbon alternatives,” noted Viktor Petik, VP of Vertiv infrastructure solutions. “Our successful POC with Ballard offers a viable option for customers enhancing their data center sustainability strategy.”
Vertiv’s Power Module H2 provides an alternative to meet the growing energy demands of future data centers and zero GHG emission backup power generation. The prefabricated, factory-tested system offers a scalable power infrastructure for new data centers and the ability to retrofit existing sites without redesigning electrical infrastructure.
Key Advantages of Vertiv Power Module H2
Focusing on North America and Europe, the Power Module H2 solution offers several key advantages for critical infrastructure applications:
- Single-Supplied Complex Power Infrastructure: Streamlines the power infrastructure with integrated components.
- Zero GHG Emission and Low Noise Backup Power Generation: Provides an environmentally friendly alternative with minimal noise pollution.
- Rapid Dynamic Power Response: Ensures quick adaptation to power demands.
- Lower Maintenance Compared to Diesel Generators: Reduces maintenance needs and costs.
- Extended Backup Duration: This can provide backup power for several days, limited only by fuel storage capacity.
- Optimized Footprint for MW Scale Applications: Efficient use of space for large-scale power needs.
- Scalable in Multi-MW UPS and Fuel Cell Applications: Easily expandable to meet increasing power requirements.
This solution broadens Vertiv’s power portfolio and aligns with their “One Vertiv, One World” plan, which promotes sustainability. This initiative is part of Vertiv’s responsible business strategy aimed at enabling a more sustainable future by providing innovative energy solutions.
Industry Demonstration and Impact
Vertiv and Ballard will showcase their fuel cell-powered standby power applications at Smarter E Europe 2024, Europe’s largest alliance of exhibitions for the energy industry. This event includes Intersolar Europe, ees Europe, Power2Drive Europe, and EM-Power Europe. The companies will be present at exhibition area B2, Booth B2 436, from June 19-21.
The strategic partnership between Vertiv and Ballard underscores a significant step towards sustainable energy solutions for data centers. As the demand for data storage and processing continues to surge, the need for reliable, eco-friendly power solutions becomes ever more critical. The integration of hydrogen-powered fuel cells not only supports the transition to cleaner energy sources but also provides a resilient and scalable power infrastructure capable of meeting the demands of modern data centers.
For more information, visit Vertiv’s new Customer Experience Center or Vertiv.com.
