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Battery

Technology and Commercialization Prospect of next generation battery (Wearable Flexible Mini cell)
  • Publishing Date : 2017-04-12
  • Published cycle : Special
  • Page :  125p

<2017> Next-generation battery technology and commercialization prospect

(Wearable flexible mini cell)

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The global secondary battery market focuses on small secondary batteries for mobile devices such as smart phones and notebooks.

In recent years, electric vehicles have been developed to replace internal combustion engine vehicles due to environmental problems.

As the demand grows, the market for mid- to large-sized secondary batteries will also grow rapidly.

Today, however, we need to think about a secondary battery that can power more diverse and sophisticated digital devices in the fourth industrial revolution. Future rechargeable batteries will need to research and develop different types of batteries.

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In order to prevail the secondary battery market, efforts have been made to develop new types of batteries, such as wearable batteries.

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The next-generation battery is a battery that minimizes the disadvantages of the current secondary battery. It is a battery with high energy density and stability. In addition, it can be a foldable battery that can be used in various forms, a mini cell that can be used in small devices, and a wearable battery that can be ergonomically worn by a person. Based on these possibilities, studies are underway to solve limitations and disadvantages of secondary batteries to improve performance and technological progress of secondary batteries.

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Wearable device batteries are small, flexible, and high capacity, so they can be applied to new battery technologies. The technology level of the commercialized battery is 'curved' at the previous level of flexible. It has yet to meet energy density (use time) and curvature required for flexible devices. The development of next-generation batteries is expected to result in a significant increase in demand for the products being applied.

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Recently, various researches have been proposed to solve the problems and limitations for flexible and wearable batteries. We need new materials for new electrodes and solid electrolytes, and we are looking for the best materials through many studies. In addition, it is important to improve battery performance and develop various forms for next-generation batteries, but above all, battery design problems must be solved.

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This report examines the market and technology trends of the next generation flexible wearable mini cell technology, discusses the technical solutions, practical applications, and commercialization prospects.

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Strong Point in this report

1.???? Technology development status of the next generation battery and country development roadmap.

2.???? Next-generation battery technology issues and key element technology.

3.???? Thin Battery (Wearable / Flexible Batteries) Industry trend

4.???? Development Trend of Thin Battery (Wearable / Flexible Batteries) Material

5.???? Future application and commercialization of next-generation battery

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And the latest technology development trends of the next-generation batteries up to (~ 2016).

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?[Contents]

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1. Lithium / next generation secondary battery technology development status

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1.1. Lithium / Next Generation Secondary Battery Technology Overview

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1.2. Lithium / Next Generation Secondary Battery Technology Development Trend

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1.2.1. All solid state batteries

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1.2.2. Thin film battery

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1.2.3. Lithium Polymer Battery

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1.2.4. Lithium sulfur battery

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1.2.5. Lithium air battery

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1.3. Lithium / Next Generation Secondary Battery Development Roadmap by Country

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1.3.1. US

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1.3.2. Japan

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1.3.3 China

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1.3.4. Europe

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1.3.5 Korea

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2. Thin Battery (Wearable/Flexible Batteries)

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2.1. Market Status

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2.2. Technology Status

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2.3. Development trend

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3. Thin Film Battery (Materials)

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3.1. Market Status

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3.2. Technology Status

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3.3. Development trend

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3.3.1. Anode material

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3.3.2. Electrolyte

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3.3.3. Anode material

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4. Limitation of Thin Batteries

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4.1. Limitation

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4.1.1. Lithium polymer battery for flexible and wearable

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4.1.2. Thin film battery for flexible and wearable

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4.1.3. All solid state batteries for flexible and wearable

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4.2. Solution

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4.2.1. Lithium polymer battery for flexible and wearable

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4.2.2. Thin film battery for flexible and wearable

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4.2.3. All solid state batteries for flexible and wearable

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5. Wearable / flexible battery application and commercialization prospect

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5.1. Wearable / flexible application

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5.1.1. Foldable smart phone

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5.1.2. Curved battery

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5.1.3. Cable battery

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5.1.4. Smart watch

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5.1.5. Wearable battery

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5.1.6. Smart card

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5.1.7. High capacity long-term application battery

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5.2. Commercialization prospect

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