Sodium Sulfur Batteries Market: Global Industry Analysis, Trends and Forecast, 2015 - 2025: Fmi Estimate

Global Sodium Sulfur

Batteries Market

Share, Global Trends,

Analysis, Research, Report,

Opportunities,

Segmentation and Forecast,

2015

Future Market Insights

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Unlike banking accounts, where one saves money and use it afterwards whenever

required; electricity is an asset which needs to be consumed as exactly when it is being

generated. When compare to energy generation, energy storage is quite complicated

process. Most of the times we refer how the energy could be saved when it is

economically dispatched, so as to utilize it in order to serve the consumers with a robust

and cost-effective manner. However, with the advancements in technology and

increasing demand of electricity it will give rise to dramatic change of load characteristics

all over the world. Future trend will be the application of using batteries to provide bulk

power to the load with a new set of regulations emerging to support the energy needs.

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When dealing in the field of exotic, high energy batteries; sodium-sulfur batteries need to

be understood. Alkali metals such as lithium, sodium and potassium which are highly

reactive in nature; are used as anodes in these batteries to achieve the highest

theoretical energy and power densities. Sodium-sulfur batteries are commonly known as

NaS batteries. Sodium-sulfur reactants have an operating temperature of 300ºC with a

potential energy density output of more than 400 Wh/kg or 200 Wh/lb. Their

charge/discharge efficiency is in the range of 86–92%. Compare this to about 30 Wh/kg

for a lead-acid battery. High operating temperature along with the highly corrosive nature

of the sodium metal allows this battery technology to be used in stationary applications

such as grid energy storage. Sodium sulfur batteries are made up of many cells.

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