Life Booster of Batteries: The Solid State Batteries

Rakesh Joon

International Journal of Power Electronics Controllers and Converters

Life Booster of Batteries: The Solid State Batteries

Rakesh Joon ✉

Abstract

Solid state batteries are much safer than the existing lithium-ion batteries due to solid electrolyte, light weight, reliable, recyclable and safe. Because of the highly reactive organic solvent which has a high risk of boiling, freezing or burning in existing batteries,, will be replace by solid state batteries which has very long life validity in very near future. The sulphide solid electrolyte which has very high ionic conductivity can substantially decrease the internal resistance which largely affects the characteristics of charging and discharging of a battery. In this paper we studied the advantages of solid state batteries which uses solid electrolyte (oxide and sulphide) over the existing lithium-ion batteries which uses liquid electrolyte (LiPF6, etc.).

Full text

The full text of this article is available to subscribers.

On a subscribing campus you are let in by network address, with no login at all.

One-off purchase. Permanent access to this article, no account needed.

A year of online access to every article in International Journal of Power Electronics Controllers and Converters. Or choose several journals →

Life Booster of Batteries: The Solid State Batteries

Abstract

Read more of it

Publish your article

Abstract

Related articles

Enhancing Weak Grid Stability Using Grid-Forming BESS in Renewable-Dominated Power Systems

Classification of power quality disturbances using advanced deep learning algorithms for Accurate and efficient electrical signal analysis

Fault-Tolerant Modular Power Converter for Large-Scale Renewable Energy Integration

Vehicle to Grid and Grid to Vehicle single phase Grid

Optimizing Power Quality and System Efficiency in Wind Energy Conversion Systems for Enhanced Stability and Robust Integration with the Electrical Grid

Performance Evaluation of EV Charging Station with Bidirectional Power Flow for Grid Support Applications

Read more of it

Publish your article