Automotive Fuel Cell Cooperation

Automotive Fuel Cell Cooperation, commonly known as AFCC, was a Canadian automotive fuel-cell technology company headquartered in Vancouver, British Columbia. It was created on February 1, 2008, through a spin-off from Ballard Power Systems. The separation was intended to give the automotive fuel-cell business a dedicated structure and allow Ballard to concentrate on other fuel-cell applications, including non-automotive systems and buses. At formation, AFCC was jointly owned by Daimler, Ford Motor Company, and Ballard Power Systems. Daimler held 50.1 percent, Ford held 30 percent, and Ballard retained 19.9 percent. AFCC was privately held and had approximately 150 employees. Its principal technical focus was the development of hydrogen fuel-cell stacks and related technology for automotive use, positioning the company as a specialist supplier and development partner rather than as a consumer-facing vehicle brand. The ownership structure changed in 2009 when Ford purchased Ballard's interest for gross proceeds of $44.5 million. After that transaction, Ford held 49.9 percent of AFCC and Daimler remained the majority owner with 50.1 percent. The arrangement linked AFCC closely to Daimler's and Ford's efforts to develop hydrogen fuel-cell electric vehicles while preserving a specialized engineering organization for stack research and product development. AFCC technology was used in the Mercedes-Benz F-Cell vehicle in 2010. The F-Cell application demonstrated the company's role in supplying automotive fuel-cell stacks for a production-oriented hydrogen vehicle program, although hydrogen-fuel infrastructure, system cost, durability, and vehicle commercialization remained significant industry challenges. In 2013, AFCC's owners entered a three-way development agreement with Nissan Motor Company. The participating automakers sought to develop a next-generation fuel-cell system capable of supporting more affordable, mass-market fuel-cell electric vehicles, with an objective of reaching the market as early as 2017. The project was intended to be jointly led by Daimler, Ford, and Nissan, with engineering work distributed across locations internationally. AFCC was assigned responsibility for research and product development relating to the automotive fuel-cell stacks. AFCC's first chief executive was Dr. Andreas Truckenbrodt, previously associated with hybrid-development leadership at Daimler. He led the company from its creation until February 2014, a period covering the spin-off, the restructuring of ownership, the Mercedes-Benz F-Cell application, and the expansion of the company's collaborative development work. AFCC ceased operations in June 2018. In July 2018, much of its equipment was sold to Ballard Power Systems, its former parent and founding shareholder. The end of operations marked the conclusion of AFCC as a standalone automotive fuel-cell company. Its history reflects the collaborative and highly specialized structure that characterized early automotive hydrogen technology development: automakers provided vehicle programs and commercial direction, while a dedicated engineering company developed the fuel-cell stack technology intended for those vehicles.

Automotive Fuel Cell Cooperation was established in Vancouver, British Columbia, on February 1, 2008, as an automotive-focused spin-off from Ballard Power Systems. The restructuring separated Ballard's automotive fuel-cell activities from its broader corporate operations and created a privately held company dedicated to developing fuel-cell technology for vehicles. Ballard continued to pursue other applications, including non-automotive systems and buses, while AFCC concentrated on hydrogen fuel-cell stacks for automobiles. The new company was owned by three major stakeholders. Daimler held a 50.1 percent majority interest, Ford Motor Company held 30 percent, and Ballard retained 19.9 percent. AFCC employed about 150 people and operated as a specialist technology organization serving the research and development needs of its automotive shareholders. Its central engineering task was the development of fuel-cell stacks, a core component that converts hydrogen and oxygen into electricity for an electric drivetrain. In 2009, Ford acquired Ballard's AFCC interest for gross proceeds of $44.5 million. The transaction left Ford with 49.9 percent ownership and Daimler with 50.1 percent. This change simplified AFCC's shareholder structure while maintaining the company's role in the fuel-cell programs of its two principal automaker owners. AFCC technology reached a notable vehicle application in 2010, when one of its fuel-cell stacks was used in the Mercedes-Benz F-Cell. The vehicle served as an example of Daimler's continuing work on hydrogen-powered electric mobility and illustrated AFCC's role in transferring stack-development work into an automotive platform. The company broadened its collaborative scope in 2013. Daimler, Ford, and Nissan signed an agreement to work jointly on next-generation fuel-cell technology. The stated ambition was to help make fuel-cell electric vehicles sufficiently affordable for mass-market use, with the companies discussing a possible market introduction as early as 2017. The collaboration was to be jointly led by the three automakers, with engineering activities distributed among sites around the world. AFCC was given responsibility for fuel-cell-stack research and product development within the arrangement. Dr. Andreas Truckenbrodt served as AFCC's first chief executive. Previously connected with hybrid-development work at Daimler, he led the company for more than six years, from its establishment through February 2014. His tenure covered AFCC's formation, the change in ownership following Ford's purchase of Ballard's stake, the Mercedes-Benz F-Cell application, and the beginning of the Nissan-related next-generation development collaboration. AFCC ended its operations in June 2018. In July of that year, much of the company's equipment was sold to Ballard Power Systems. The transaction returned significant physical assets to the organization from which AFCC had originally been spun off, although AFCC itself no longer continued as an operating company. The company's lifecycle illustrates the dependence of early automotive fuel-cell ventures on partnerships among automakers and specialist technology developers, as well as the difficulty of sustaining a standalone organization while the market for hydrogen passenger vehicles remained commercially immature.

• 2018

  Operations cease and equipment is sold

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  AFCC ended operations in June, and much of its equipment was sold to Ballard Power Systems in July.

• 2014

  Andreas Truckenbrodt leaves the chief executive role

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  AFCC's first chief executive, Andreas Truckenbrodt, completed more than six years of leadership through February.

• 2013

  Three-way next-generation fuel-cell agreement

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  Daimler, Ford, and Nissan agreed to collaborate on next-generation automotive fuel-cell technology, with AFCC responsible for stack research and product development.

• 2010

  AFCC stack is used in Mercedes-Benz F-Cell

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  An AFCC fuel-cell stack was incorporated into the Mercedes-Benz F-Cell vehicle.

• 2009

  Ford acquires Ballard's ownership interest

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  Ford purchased Ballard's stake for $44.5 million in gross proceeds, leaving Ford with 49.9 percent ownership and Daimler with 50.1 percent.

• 2008

  AFCC is established as a Ballard spin-off

  [1]Automotive Fuel Cell Cooperationen.wikipedia.org

  Automotive Fuel Cell Cooperation was formed on February 1 in Vancouver as an automotive fuel-cell technology company spun off from Ballard Power Systems.

Specialist developer of hydrogen fuel-cell stacks and automotive fuel-cell technology for automaker programs.

• Automotive fuel-cell component

  Automotive fuel-cell stacks

  AFCC's principal technical output was the hydrogen fuel-cell stack for automotive applications. The stack formed the electrochemical core of a fuel-cell electric powertrain, producing electricity from hydrogen and oxygen. AFCC developed stack technology for vehicle programs led by its automaker shareholders and served as a research and product-development partner rather than selling a broad consumer product range.

• Automotive application · 2010

  Mercedes-Benz F-Cell fuel-cell stack application

  An AFCC stack was used in the Mercedes-Benz F-Cell vehicle in 2010. The application connected AFCC's component-development work with Daimler's hydrogen vehicle program and provided a concrete demonstration of its technology in a passenger-car context.

• 2018

  End AFCC operationsStrategy

  Background

  AFCC's standalone operating period concluded after a decade of automotive fuel-cell development and collaboration.

  Action taken

  The company ended operations in June 2018, and much of its equipment was sold to Ballard Power Systems the following month.

  Aftermath

  AFCC ceased to operate as an independent automotive fuel-cell technology company.

  Source

• 2013

  Develop next-generation automotive fuel-cell technology with NissanOther

  Background

  The participating automakers sought to address the cost and commercialization barriers preventing fuel-cell electric vehicles from reaching a broad market.

  Action taken

  Daimler, Ford, and Nissan established a three-way development agreement, assigning AFCC responsibility for fuel-cell-stack research and product development.

  Aftermath

  The collaboration created a broader automaker development framework, although AFCC ultimately ceased operations in 2018.

  Source

• 2009

  Ford buys Ballard's AFCC stakeM&A

  Background

  Ballard held a 19.9 percent interest in AFCC after the 2008 spin-off.

  Action taken

  Ford purchased Ballard's interest for $44.5 million in gross proceeds.

  Aftermath

  Ford's ownership rose to 49.9 percent, while Daimler remained the 50.1 percent majority owner.

  Gross proceeds from sale of Ballard's AFCC interest. $44.5 million (2009)

  Source

• 2008

  Separate automotive fuel-cell development from BallardStrategy

  Background

  Ballard sought to create a dedicated structure for automotive fuel-cell technology while continuing to focus on other fuel-cell applications as a publicly traded company.

  Action taken

  The automotive business was spun off into privately held Automotive Fuel Cell Cooperation, owned by Daimler, Ford, and Ballard.

  Aftermath

  AFCC became a specialized developer of automotive fuel-cell stacks and related technology.

  Source

• 2018

  AFCC operations end[1]Automotive Fuel Cell Cooperationen.wikipedia.org

  Bankruptcy

  Automotive Fuel Cell Cooperation ended operations in June 2018. Much of its equipment was subsequently sold to Ballard Power Systems.

• 2013

  Daimler, Ford, and Nissan announce fuel-cell technology collaboration[1]Automotive Fuel Cell Cooperationen.wikipedia.org

  M&A · Product generation

  AFCC's owners signed a three-way agreement with Nissan to develop next-generation fuel-cell technology aimed at reducing costs and supporting mass-market fuel-cell electric vehicles.

• 2010

  AFCC fuel-cell stack used in Mercedes-Benz F-Cell[1]Automotive Fuel Cell Cooperationen.wikipedia.org

  Product launch · Product generation

  An AFCC-developed fuel-cell stack was used in the Mercedes-Benz F-Cell vehicle, demonstrating the company's automotive application work.

• 2009

  Ford acquires Ballard's stake in Automotive Fuel Cell Cooperation[1]Automotive Fuel Cell Cooperationen.wikipedia.org

  M&A

  Ford purchased Ballard Power Systems' interest in AFCC for gross proceeds of $44.5 million, increasing Ford's ownership to 49.9 percent while Daimler retained a 50.1 percent majority stake.

1. 1Automotive Fuel Cell Cooperationen.wikipedia.org