Thermoelectrics Goes Automotive I

Die Autoren: Fachleute aus der Automobilindustrie, von Material-, Modulentwicklern sowie von Hochschulen und Forschungseinrichtungen, die sich mit den verschiedenen Aspekten der Thermoelektrik beschäftigen und für den Durchbruch der Technologie ihr Know-How verbreiten möchten

Thermoelectrics for Waste Heat Recovery and Climate Control in Automobiles – Thermoelectrics, Bridging the Distance between Material, Module and Generator – Methods of Mechanical Characterization – Pathways for Acceleration of Development and Commercialization of Novel Thermoelectric Materials – Production of Low-Cost, Low-Weight and Flexible Thermoelectric Converters – Experimentelle Fahrzeug-Untersuchungen im Hinblick auf exergetische Potentiale und Gesamtsystemrückwirkungen bei der Integration Thermoelektrischer Generatoren – Der AGR-TEG: Ein Pilotprojekt auf dem Weg zur Industrialisierung der Thermoelektrik im Kraftfahrzeug – Progress Report on Vehicular Waste Heat Recovery using a Cylindrical Thermoelectric Generator – Demonstration of High Temperature Thermoelectric Waste Heat Recovery from Exhaust Gases of a Combustion Engine – Energy Autonomous Sensor Systems for Automotive Condition Monitoring – Demonstration of TEG-Powered Wireless Autonomous Transducer Solution for Condition Monitoring in Industrial Environment – Energy Recovery as a Key Technology for Future Mobility – Vergleich gesetzlicher Fahrzyklen mit dem realen Kundenverhalten – Fuel Economy Simulation of Series Hybrid Utilizing Thermoelectric Heat Recovery System – Die gesamthafte Auslegung eines TEGs vom thermoelektrischen Material bis zum Kraftfahrzeug – Numerical Optimisation of Contact Pressure with Respect to the Heat Exchange Properties of a Thermo-Electric Generator – Computer Designing and Test Results of Automotive Thermoelectric Generator – Grid Autarchy of Automated Pellets Combustion Systems by the means of Thermoelectric Generators – Field Test of Thermoelectric Generating System at Komatsu Plant – Production and Exploitation of Thermoelectric Air Conditioning Systems for Vehicles – Opportunities of Waste Heat Recovery or Heat Conditioning via Thermoelectricity in Passenger Cars: A Comparison of the System Integration Challenges – RENOTER Project: Waste Heat Recovery on Passenger Car and Heavy-Duty Truck Diesel Engine Thanks to Thermoelectricity – Thermoelectric Properties of Boron Carbide with Si Doping