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Slide 1 Supercapacitors with graphene electrodes an advanced energy storage solution Presented by Dr.S.P. Chervonobrodov, CEO CONGRAN

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26-28 MAY, 2013 - FIRST ANNUAL YOUTH ENTREPRENEURSHIP AND INNOVATORS CONFERENCE IN RUSSIA. STARTUP VILLAGE - one of the most ambitious start-up conferences in Russia, organized by Skolkovo in cooperation with partners. The conference is the first this year and will be held annually. CONGRAN is the first conference day's pitch session participant in the Clean Technology and Energy pavillion.

TRANSCRIPT

Page 1: CONGRAN

Slide 1

Supercapacitors with graphene

electrodes – an advanced energy

storage solution

Presented by Dr.S.P. Chervonobrodov,

CEO CONGRAN

Page 2: CONGRAN

Slide 2

Project product

• Supercapacitors with energy density 5-10 times exceeding analogs

• Specific energy is comparable to present-day Li-ion accumulators

• High specific power of thousand watts for fast recharge

• New Congran supercapacitor will extend energy storage market

• Energy density of 50-100 Wh/kg (Li-ion accumulators level)

• Power density of 5-10 kW/kg much higher than current accumulators

• Non-toxic electrolyte and operating life exceeding Li-ion

• Supercapacitor based on inexpensive derivatives of graphene

• Cost-effective energy storage with five folding parameters

Competitive Advantages

Page 3: CONGRAN

Slide 3

Ragone graphics and correlations for the field of modern storage of

electrical energy.

Comparative Ragone plot

Page 4: CONGRAN

Slide 4

Innovation technology

Page 5: CONGRAN

Market competition

Slide 5

Page 6: CONGRAN

Global supercapacitors market

994 12001447

1745

2105

209 282 380 512 691

0

1 000

2 000

2014 2015 2016 2017 2018

Весь рынок

Транспорт

Slide 6

Page 7: CONGRAN

Slide 7

Project team

• Chervonobrodov Simon, Project Leader

Head of nanocarbon materials department at Kurchatov Institute

Owner of carbon production CarbonLight

• Goldberg Vladimir, Research Director

Doctor of Chemistry in polymers

Professor at Institute of Biochemical Physics, RAS

• The Project team consists of the researchers from

Institute of Biochemical Physics RAS,

Institute of Chemical Physics RAS,

Moscow State University,

Institute of Physical Chemistry and Electrochemistry RAS

Page 9: CONGRAN

Slide 9

Microphotos of graphene particles

Page 10: CONGRAN

Slide 10

ADDITIONAL SLIDES

Page 11: CONGRAN

Slide 11

Graphite "Graphene"Electrode based modification"graphene"

Graphene powder is made by Carbonlight from graphite oxide as a

mixture containing one to ten monolayers

Graphene structure