This paper evaluates, in a case study with real data, the advantages of using regenerative braking in a tram line, both in case of non-reversible substations and substations equipped with battery energy storage. It shows that the addition of storage enhances energy efficiency a lot, and therefore this is a very cost-effective solution. © 2013 AEIT.

Use of electrochemical storage in substations to enhance energy and cost efficiency of tramways

Pasquali, M.;Conte, M.
2013

Abstract

This paper evaluates, in a case study with real data, the advantages of using regenerative braking in a tram line, both in case of non-reversible substations and substations equipped with battery energy storage. It shows that the addition of storage enhances energy efficiency a lot, and therefore this is a very cost-effective solution. © 2013 AEIT.
9788887237320
lithium battery battery energy storage braking energy recovery tramway
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12079/4455
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