Publication: Desarrollo de un sistema de ensayos de fuentes electroquímicas de alta potencia
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2012-12-12
Defense date
2012-12-12
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Abstract
La situación energética está condicionada por las reducidas reservas de combustibles fósiles. Este hecho, junto con la creciente preocupación por el medioambiente, conlleva el impulso de la investigación y desarrollo de otros tipos de fuentes de energía. Por ejemplo en el sector del transporte, el motor de combustible puede ser sustituido por sistemas electroquímicos como pilas de combustible, baterías o supercondensadores. El éxito de la implantación de estos sistemas a nivel general depende de la superación de problemas como el coste y la autonomía. Este Proyecto Fin de Carrera está dentro del proyecto del Laboratorio de Sistemas de Almacenamiento de Energía del Departamento de Ingeniería Eléctrica donde se pretende crear un equipo el cual pueda efectuar la mayoría de ensayos que se realizan a los sistemas de almacenamiento electroquímico, y en particular este proyecto aborda el desarrollo del software para el control del equipo. En el cual se estudian los distintos tipos de almacenamiento y los habituales ensayos que se les realiza. Además se procede a estudiar las distintas configuraciones de los equipos para después programarlas en el software. ________________________________________________________________________________________________________
The energy situation is conditioned by the limited reserves of fossil fuels. This fact, coupled with the growing concern for the environment, carries the momentum of research and development of other energy sources. For example in the transport sector, the motor fuel may be substituted by electrochemical systems such as fuel cells, batteries or supercapacitors. The successful implementation of these systems in general level depends on get over problems such as cost and autonomy. This Final Degree Project is within the project of Energy Storage Systems Laboratory of Electrical Engineering Department which aims to create equipment that can perform the most usual tests on electrochemical storage systems; particularly this project tackles the development of software to equipment control. In which different storage types are studied and the usual tests were performed. Furthermore I proceed to study several equipment setups and then program the software.
The energy situation is conditioned by the limited reserves of fossil fuels. This fact, coupled with the growing concern for the environment, carries the momentum of research and development of other energy sources. For example in the transport sector, the motor fuel may be substituted by electrochemical systems such as fuel cells, batteries or supercapacitors. The successful implementation of these systems in general level depends on get over problems such as cost and autonomy. This Final Degree Project is within the project of Energy Storage Systems Laboratory of Electrical Engineering Department which aims to create equipment that can perform the most usual tests on electrochemical storage systems; particularly this project tackles the development of software to equipment control. In which different storage types are studied and the usual tests were performed. Furthermore I proceed to study several equipment setups and then program the software.
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Electroquímica, Fuentes de energía, Desarrollo de software, Almacenamiento electroquímico