BATTERIES: CURRENT STATUS AND FUTURE TRENDS (part 1)

MAYTE GIL AGUSTI; LEIRE ZUBIZARRETA SAENZ DE ZAITEGUI; VICENTE FUSTER ROIG; ALFREDO QUIJANO LÓPEZ

doi:https://doi.org/10.6036/7298

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BATTERIES: CURRENT STATUS AND FUTURE TRENDS (part 1)

NOVEMBER 2014 - Volume: 89 - Pages: 584-589

DOI:

https://doi.org/10.6036/7298

Authors:

MAYTE GIL AGUSTI - LEIRE ZUBIZARRETA SAENZ DE ZAITEGUI - VICENTE FUSTER ROIG -

ALFREDO QUIJANO LÓPEZ

Disciplines:

Power technology (ALMACENAMIENTO DE ENERGÍA )

Downloads: 322

Cites in Web of Science: 3

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Key words:: bateria, redox, battery, evolución, evolution, acido, alcalina, litio-ion, ion litio, niquel-cadmio, niquel-zinc
Article type:: AULA DYNA / DYNA CLASSROOM
Section:: LEARNING EVERY DAY

This paper reviews the different technologies of electrochemical storage from the perspective of its development. The study focuses on technologies with a high degree of maturity as the batteries are acidic, alkaline, high temperature, Lithium-ion and redox flow, and promising technologies such as the metal-air, Lithium-sulfur and sodium-ion, among others. On the other hand, describes the development objectives of the studied technologies by 2050. Finally, the different types of batteries depending on their application potential, either stationary or mobile.

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