H3P PROJECT - Modular Peak Power Plant
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    • Project Introduction >
      • Background
      • Concept & Definition
      • Individual components
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      • Electrochemistry
      • System Losses
      • Assumptions & Symbols
    • Fuel Cell Measurements
  • Model
    • Approach
    • Parameters Definition
    • MATLAB Model
  • Results & Conclusions
    • H3P - Results
    • Discussion
    • Conclusions
  • Additional Information
    • Further Developments
    • Other Considerations
    • Alternative Applications
    • Acknowledgments
    • Bibliography
  • Team
  • Home
  • Context
  • Project
    • Project Introduction >
      • Background
      • Concept & Definition
      • Individual components
    • Theory >
      • Electrochemistry
      • System Losses
      • Assumptions & Symbols
    • Fuel Cell Measurements
  • Model
    • Approach
    • Parameters Definition
    • MATLAB Model
  • Results & Conclusions
    • H3P - Results
    • Discussion
    • Conclusions
  • Additional Information
    • Further Developments
    • Other Considerations
    • Alternative Applications
    • Acknowledgments
    • Bibliography
  • Team

Acknowledgements

        This project was completed by great support of our supervisor Prof. Joe Clarke who provided insight and expertise.

        We are also thankful to David Hogg from Hydrogen Office who provided vital information about hydrogen kits.

        Thank you very much also to John Redgate, from the fuel cell laboratory of Strathclyde University, who assisted us in our lab visits.

        Finally, we are thankful to our colleagues who helped us in any parts of our project with their valuable thoughts during whole project phases and crits.

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