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Innovation, Markets and Sustainable Energy

Innovation, Markets and Sustainable Energy

The Challenge of Hydrogen and Fuel Cells

Edited by Stefano Pogutz, Angeloantonio Russo and Paolo Migliavacca

Innovation, Markets and Sustainable Energy is the first attempt to explore fuel cells and hydrogen technologies by embracing a solid theoretical perspective in the field of innovation and management. Adopting a cross-sectional and international perspective, the book analyzes the implications of introducing fuel cells into the industrial system and explores the complexity of market development for new technological solutions.

Chapter 6: Rate and Dimensions of the Technological Knowledge Base Underlying Fuel Cell Innovations: Evidence from Patent Data

Ludovic Dibiaggio and Maryam Nasiriyar

Subjects: economics and finance, environmental economics, environment, climate change, environmental economics, innovation and technology, technology and ict


6. Rate and dimensions of the technological knowledge base underlying fuel cell innovations. Evidence from patent data Ludovic Dibiaggio and Maryam Nasiriyar INTRODUCTION Fuel cell technologies are often described as a set of ‘transformational’ energy technologies leading a new technological paradigm labelled as the ‘hydrogen era’ (Avadikyan et al., 2003). Fuel cells reveal many aspects of radical innovations that provoke a creative/destructive process, since innovations in this field replace the internal combustion engine that has been dominant in the automotive sector for nearly 100 years. Since the early 1990s, the fuel cell industry has experienced enormous growth as interest in alternative forms of energy has increased and continues to drive research and development. Realization of the economic potential and environmental benefits of fuel cells will heavily depend on the expansion of the stock of technological knowledge in the field. It has been argued that technological advances take place along purposive and selective patterns and are shaped jointly by technological and scientific principles and economic factors (Dosi, 1982; Nelson and Winter, 1982). This pattern, which defines a ‘technological paradigm’, is characterized by the properties of innovation processes and the nature of knowledge bases that in turn underlie production activities. Technological paradigms orient innovation choices because they determine the identification of technological opportunities and provide alternative technological trajectories to develop. A given knowledge base and the related technological environment define both the problems that firms face in their innovative and production activities and the types of incentives and constraints that exist relative...

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