Ballard Signs ESAs for Fuel Cell Stacks to Support Backup Power Systems at German Radio Towers

By January 14, 2020 3   min read  (472 words)

January 14, 2020 |

Ballard SFC

VANCOUVER, CANADA and HOBRO, DENMARK – Ballard Power Systems (NASDAQ: BLDP; TSX: BLDP) today announced that it has signed Equipment Sales Agreements (ESAs) for the provision of an initial 500 FCgen®-1020ACS fuel cell stacks to adKor GmbH (“adKor”; and SFC Energy AG (“SFC Energy”;, to be integrated into adKor’s Jupiter backup power systems for deployment at radio tower sites in Germany through the end of 2021.   

Contracts have been awarded to adKor for the supply of fuel cell backup power systems to support an initial tranche of 500 radio tower sites in Germany – with the potential for a total of up to 1,500 radio tower sites –  and adKor has sub-contracted a portion of the work to SFC Energy. As a result, adKor and SFC Energy have signed development partnership and licensing agreements, will share production activities for the supply of Jupiter systems and are developing product line extensions.adkor and sfc captioned image

As production work is committed, adKor and SFC Energy each plan to place purchase orders with Ballard for 2.9 kilowatt FCgen®-1020ACS fuel cell stacks, with each Jupiter backup power system utilizing from 1-to-3 of these fuel cell stacks. German regulations require radio tower sites to have a minimum of 72 hours of backup power, to ensure radio communications for critical users in the event of a power blackout.

Oben Uluc, Ballard Sales Director for EMEA said, “We are very pleased to announce these agreements with adKor and SFC Energy for integration of our air-cooled fuel cell stacks into the Jupiter backup power system. The German government’s decision to deploy fuel cell systems extensively for backup power at radio tower sites is a result of the technology’s proven reliability and effectiveness in the field over the past number of years.”

Hartmut Kordus, adKor Managing Director noted, “The fact that several federal states of Germany have opted for our hydrogen fuel cells to provide reliable emergency backup power to their critical infrastructures clearly proves the attractiveness of this environmentally friendly, innovative technology.”

Peter Podesser, SFC Energy Chairman and CEO added, “Looking forward, there are plans to equip up to 1,500 radio tower sites all across Germany. This first nationwide programme demonstrates the increasing importance of hydrogen fuel cells as a valid and reliable alternative to conventional diesel generators to provide power to critical infrastructures. We see major potential for them as power and backup power sources also in many other industrial applications, for example rail and transport monitoring, data centers and transformer stations, and telecommunication equipment.”

Fuel cell backup power systems offer a number of advantages over other emergency power solutions, including:

  • High reliability and availability;
  • Low operational cost;
  • Zero-emissions, low noise and low vibration;
  • Operation in extreme climates;
  • Ease of use; and
  • Compact footprint.

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