Silicon Anode Battery Market: Anticipated To Predict A Promising Growth Rate During The Forecast Period 2016 - 2024

The popularity of lithium ion batteries has played to the advantage of vendors selling global silicon anode batteries across the globe. The undelayable need for efficient and performance-oriented batteries spans into a multitude of industries. Furthermore, use of high-end technologies in the energy sector has brought silicon anode battery under the spotlight of attention.

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Chemical and energy scientists concur with the fact that silicon anode batteries are much more efficient in powering systems as against their counterparts. Constant research and development pertaining to the energy sector has enabled battery manufacturers to earmark the best types of batteries. This has also led them to sell silicon anode batteries as their premium offering.

• Emergence of electric cars is the most crucial driver of demand within the global silicon anode battery sector. Several automobile manufacturers acknowledge the efficiency of lithium ion batteries for powering electric vehicles. Silicon anode battery is also a type of lithium ion battery.
• The growth of the energy sector has led to the development resilient solar technologies. Use of silicon anode battery in the renewable energy sector shall bring in fresh revenues for vendors selling silicon anode batteries. Besides, the ease of manufacturing these batteries as against its counterparts has also impelled sales.

Silicon anode battery is a different kind of lithium ion battery where silicon nano tubes or anodes with silicon coating are used in place of normal anodes. Silicon anode batteries are used mostly because of its long life as well as high energy storage capacity. Use of silicon material in anodes increases the storage potential of the batteries which is comparatively useful than the lithium ion batteries. Expansion and contraction takes place as a result of lithium accumulation in the battery due to which the discharge cycle for normal silicon based anodes are generally kept short.

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Use of silicon anode battery helps in storing more energy thereby increasing the potential of the battery. The high storage of energy helps automotive manufacturers to increase electric range of vehicles which helps in achieving the same range with less number of batteries. Use of silicon anodes further helps in reducing the cost of manufacturers. In addition to this silicon nano wires can be grown with carbon or graphite materials which further reduces the cost of the manufacturers.

Further rise in demand for different type of electric vehicles would help in growth of silicon anode battery. Other than this silicon batteries are also used for usage in compatible power devices having limited space which further has a positive impact in the market for silicon batteries globally. Even though silicon anode batteries are hugely used across different industries still the huge expansion and contraction in silicon anode batteries brings in cracks.

Some of the major players operating in the global silicon anode battery market include Panasonic Corporation (Japan), Zeptor Corporation (U.S.), LG Chem (South Korea), Amprius, Inc. (U.S.), Samsung SDI (South Korea), Nanotek Instruments, Inc. (U.S.), California Lithium Battery Inc. (U.S.). Enevate Corporation (U.S.),XG Sciences (U.S.), and Los Angeles Clean tech Incubator (U.S) among others present in the market globally.