Hydrogen conversion of a diesel locomotive: The rebirth of a Vossloh G2000
Lorenzo Gianotti
Hydrogen conversion of a diesel locomotive: The rebirth of a Vossloh G2000.
Rel. Massimo Santarelli. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Energetica E Nucleare, 2021
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Abstract
Today’s society is constantly looking for solutions to reduce the continuous increase in emissions into the air and the train has always been seen as the most environmentally friendly means of transport for handling large quantities of people and goods on long journeys.?? In this work a description will be made of the current situation in Italy regarding the railway lines, especially those related to freight transport, and showing how locomotives with diesel propulsion still exist and continue to be produced, having regard to the non-electrification of almost 20% of the lines currently in use.?? The analysis will focus on a locomotive in particular, the German Vossloh G2000 now always directed towards a lower use due to seniority but that has been the symbol of diesel transport on rail thanks to its power and regularity.
After a technical description, the main problems or defects will be described.?? The goal is to convert it to a hydrogen propulsion and analyse whether it could work on a practical level, while maintaining the same performance and trying not to impact the entire weight of the same.?? We will then describe the main technologies available to achieve a hydrogen propulsion, in particular will be given a description of the main types of fuel cells currently on the market with a focus on the PEM type, that is the one suitable for the transport sector.?? And the main hydrogen storage solutions with their strengths and weaknesses will also be described
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