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Energy - Renewable and Green Energy | Models for Solid Oxide Fuel Cell Systems - Exploitation of Models Hierarchy for Industrial Design

Models for Solid Oxide Fuel Cell Systems

Exploitation of Models Hierarchy for Industrial Design of Control and Diagnosis Strategies

Marra, D., Pianese, C., Polverino, P., Sorrentino, M.

2015, 250 p. 20 illus.

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  • Demonstrates the efficacy of suitable modeling methodologies to ensure high energy conversion performance, while ensuring safe and long life operation of solid oxide fuel cell systems
  • Aims to highlight the specific benefits achievable by exploiting models hierarchy
  • Provides readers with effective application examples of the proposed modeling methodologies
The book presents methodologies that are suitable for optimal design of control and diagnosis strategies for Solid Oxide Fuel Cell (SOFC) systems. Key feature of the methodologies presented is the exploitation of modelling tools with an optimal balance between accuracy and computational burden. Particular emphasis is given to the useful combination of models within a hierarchical framework, aimed at reducing the experimental efforts required for characterization and testing. Such tools are proven to be highly effective for SOFC systems destined to both residential and transportation applications. Optimality through the book is always conceived in such a way as to let the SOFC systems work efficiently while guaranteeing safe thermal operation as well as extended lifetime. The book is intended for scientists and engineers involved into the design of marketable SOFC systems. It gathers the knowledge and the experience gained in other research and industrial areas, for which control and diagnosis have proven to be the main keys of success and market penetration.

Content Level » Research

Keywords » Energy Conversion Systems - Fuel Cell Modeling - Hierarchical Modeling - Optimal Balance of Plant Analysis - Solid Oxide Fuel Cells

Related subjects » Energy Technology - Mechanical Engineering - Renewable and Green Energy

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