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Long description: In der Antriebstechnik besteht ein stetiger Trend zur mechanischen, elektrischen und informationstechnischen Integration in den technologischen Prozess. Es entstehen komplexe mechatronische Antriebssysteme, deren Produktentwicklung ein hohes Maß an Entwicklungsqualität verlangt. Die Vermittlung von Methoden- und Systemkompetenz sowie der effiziente Einsatz von Entwicklungstools sind hierzu notwendige Voraussetzungen. Bei der Forderung nach immer kürzeren Innovationszyklen kann die Simulation von Antriebskomponenten sowie des gesamten Antriebssystems die Entwicklungszeit aber auch die Entwicklungsrisiken deutlich senken. Neben der reinen Simulation ermöglichen durchgängige Entwicklungstools eine schnelle experimentelle Erprobung. Dies ist von steigender Bedeutung, wird doch das Betriebsverhalten des Antriebes zunehmend durch Steuer- und Regelalgorithmen bestimmt. Feinwerktechnisch und mikrotechnisch hergestellte Antriebe eröffnen neue Anwendungsmöglichkeiten, gerade, wenn es um die Miniaturisierung von Systemen geht. Neben den konventionellen Antriebsprinzipien gewinnen hier auch die unkonventionellen Aktorprinzipien an Bedeutung, zum Teil ist erst ihr Einsatz zielführend. Über diese Themen informieren Experten aus Forschung und Entwicklung am 10. und 11. September 2019 in Würzburg. Bereits zum 12. Mal findet die Fachtagung „Innovative Klein- und Mikroantriebstechnik des VDE statt, dieses Mal mit 25 peer-reviewed Beiträgen und drei Keynote-Vorträgen. Die Veranstaltung ist ein Fachforum für Entwickler, Hersteller und Anwender von Antriebskomponenten und Systemen im unteren Leistungsbereich, sie fördert die Zusammenarbeit zwischen Industrie und Forschungseinrichtungen.

Automotive --- Gebäudeautomatisierung --- Elektrowerkzeuge --- Haus- und Klimatechnik --- Mikroantriebstechnik --- Power-Tools --- Electric tools, Portable --- Portable power tools --- Tools

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Climate change is becoming visible today, and so this book—through including innovative solutions and experimental research as well as state-of-the-art studies in challenging areas related to sustainable energy development based on hybrid energy systems that combine renewable energy systems with fuel cells—represents a useful resource for researchers in these fields. In this context, hydrogen fuel cell technology is one of the alternative solutions for the development of future clean energy systems. As this book presents the latest solutions, readers working in research areas related to the above are invited to read it.

Research & information: general --- Technology: general issues --- fuel cell powered vehicle --- medium- and heavy-duty trucks --- component sizing --- ownership cost --- optimization --- hybrid power systems --- renewable energy sources --- fuel cell systems --- required-power-following control --- fuel economy --- permanent magnet synchronous generator --- fault ride-through --- interval type-2 fuzzy logic system --- wind energy conversion --- proton exchange membrane fuel cell --- hydrogen economy --- fueling flows control --- global extremum seeking --- load following --- matlab --- simulink --- real-time capability --- dynamic fuel cell model --- electricity distribution networks --- optimal capacitor allocation --- Genetic Algorithm --- Particle Swarm Optimization --- Bat Algorithm --- Whale Algorithm --- Sperm-Whale Algorithm --- alternative energy --- energy efficiency --- fuel cell --- hydrogen energy --- stationary application --- electrical vehicle --- AC charging station in mode 3 --- PLC --- steam methane reforming --- steam methanol reforming --- electrical efficiency --- exergy efficiency --- LNG --- Stirling engine --- solar concentrator --- automation system --- human–machine interface --- sensors --- direct methanol fuel cell --- multi stacks --- portable power --- energy management system --- Internet of Things --- long-term --- in-field test

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Climate change is becoming visible today, and so this book—through including innovative solutions and experimental research as well as state-of-the-art studies in challenging areas related to sustainable energy development based on hybrid energy systems that combine renewable energy systems with fuel cells—represents a useful resource for researchers in these fields. In this context, hydrogen fuel cell technology is one of the alternative solutions for the development of future clean energy systems. As this book presents the latest solutions, readers working in research areas related to the above are invited to read it.

Research & information: general --- Technology: general issues --- fuel cell powered vehicle --- medium- and heavy-duty trucks --- component sizing --- ownership cost --- optimization --- hybrid power systems --- renewable energy sources --- fuel cell systems --- required-power-following control --- fuel economy --- permanent magnet synchronous generator --- fault ride-through --- interval type-2 fuzzy logic system --- wind energy conversion --- proton exchange membrane fuel cell --- hydrogen economy --- fueling flows control --- global extremum seeking --- load following --- matlab --- simulink --- real-time capability --- dynamic fuel cell model --- electricity distribution networks --- optimal capacitor allocation --- Genetic Algorithm --- Particle Swarm Optimization --- Bat Algorithm --- Whale Algorithm --- Sperm-Whale Algorithm --- alternative energy --- energy efficiency --- fuel cell --- hydrogen energy --- stationary application --- electrical vehicle --- AC charging station in mode 3 --- PLC --- steam methane reforming --- steam methanol reforming --- electrical efficiency --- exergy efficiency --- LNG --- Stirling engine --- solar concentrator --- automation system --- human–machine interface --- sensors --- direct methanol fuel cell --- multi stacks --- portable power --- energy management system --- Internet of Things --- long-term --- in-field test --- fuel cell powered vehicle --- medium- and heavy-duty trucks --- component sizing --- ownership cost --- optimization --- hybrid power systems --- renewable energy sources --- fuel cell systems --- required-power-following control --- fuel economy --- permanent magnet synchronous generator --- fault ride-through --- interval type-2 fuzzy logic system --- wind energy conversion --- proton exchange membrane fuel cell --- hydrogen economy --- fueling flows control --- global extremum seeking --- load following --- matlab --- simulink --- real-time capability --- dynamic fuel cell model --- electricity distribution networks --- optimal capacitor allocation --- Genetic Algorithm --- Particle Swarm Optimization --- Bat Algorithm --- Whale Algorithm --- Sperm-Whale Algorithm --- alternative energy --- energy efficiency --- fuel cell --- hydrogen energy --- stationary application --- electrical vehicle --- AC charging station in mode 3 --- PLC --- steam methane reforming --- steam methanol reforming --- electrical efficiency --- exergy efficiency --- LNG --- Stirling engine --- solar concentrator --- automation system --- human–machine interface --- sensors --- direct methanol fuel cell --- multi stacks --- portable power --- energy management system --- Internet of Things --- long-term --- in-field test