hy-cap /...
TRANSCRIPT
1. General Introduction
2. Governmental funding & new factory
3. Super-Capacitor Summary
4. Markets & application of VinaTech
1. Company Overview
Founded 1999. 07. 26
CEO Do-Kyung Sung
Main Business
Manufacture Super-Capacitor
Distribute electronic parts
Capital USD1.1 mil.
Assets USD12M
Revenue USD19M(‘11)
Staff 95(R&D 15)
Office Jeonju, Korea
Home page www.vina.co.kr
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1. Company History
2011 Set up the new factory(2.5M pcs / Month)
Funded $10M (GS Caltex, LG Elec.)
2010 03. Global investment related development Project[ SSD Back-Up Super-
Capacitor )
($9M in total supported by government]
2008 09. Best HRD award by government (Human Resource Development)
03. NDA Contract with D(Japan) for High Voltage Super Capcitor Joint R&D
2007 12. Redesign CI & BI VINATech / XELLED
07. The next Generation new Technology development project
06. INNO-BIZ certified
2006 12. Announced Vina’s Moral Code & Awarded / $3M Export Prize
06. Appointed Export prospects Enterprise - SMBA
2005 12. Awarded Innovation Prize by Korea Daily News
10. Awarded 2005 Venture Enterprise Prize – Small-Mid Biz Administration
05. Model Economist Prize By SMBC )
2004 12. Capital Increase - $400,000 => $800,000
09. Register R&D Center
07. Acquired ISO 9001, ISO 14001
1999 07. Establish - VINATech co., ltd..
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• 3 Major Projects
• J-Project
• Value Management
Energy Storage
• Radial Super Cap Global Top • Sales $20M • Profit $3M
Distribution
Based on happiness of all our members, we offer environment-friendly products and
contribute to the continuous prosperity of society
Str
ate
gic
Pla
n
2011
Vis
ion
2012
Mis
sio
n
1. Mission & Vision
• Active Components Big 5 ITEM • Sales $ 20M • Commission $0.8M
• Develop 6 Prime
Customer
• Develop Item related to
growing industry
• Provide Total Solution
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2. New factory in 2011
Carbon Valley complex in Jeonju city
- Government to invest $3.5 billions to boost carbon industry
- Applicant criteria : Technology, Marketing & sales etc.
- Authority : Carbon Technology Institute, Korea Industrial Technology,
Carbon association
- VinaTech evaluated & approved in October, 2009 (selected as one of three)
- Benefits received : supported 40% of total company investment from government
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⊙ Land : 11,185m2
⊙ Building : 6,745m2 1st 3,775m2 / 2nd 2,970m2
⊙ Amount invested : $10M (Land $3M, Building $2M, Facility $5M)
⊙ Monthly Capacity : 10 line (10Ø -2Mp, 18Ø -1Mp, 35Ø-200K]
⊙ Set-up completed : Around next spring, 2010
◆ New factory (Jeonju city)
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Long Life (Over 500,000 Cycles)
Higher Power Density (Over 10 times vs. Battery)
Quick charge & Discharge (seconds)
Environment-friendly (RoHS compliant)
High Efficiency (over 95%)
Wider Operating Temperature (AN -40℃~ 60℃ / PC -25℃~ 70℃)
3.1 Supercapacitor / Features & Benefits
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Product series
EDLC : 2.5V, 2.7V, 3.0V SERIES
Hybrid Capacitor : 2.3V SERIES
Applications
Electrical
Energy Chemical
Energy
Charge
Discharge
+
+
+
+
+
+ -
- -
-
-
-
+ +
+
+ + +
- -
+
+ +
+ -
- -
- - -
+ +
-
-
- -
DISCHARGED CHARGED
Secondary Battery : Slow and
High Energy Supercap : Quick and low Energy
Hybrid Super Cap
Energy
Power
3.2 Hybrid capacitor
Product Performance (Super-Capacitor)
From Activated Carbon Surface, Ion’s Physical Desorption Mechanism
EDLC and Li- Hybrid Mechanism
Voltage : 2.3V
Cap. : 10F ~ 800F
Energy : 8Wh/Kg
Cycle : over 50,000
High Power High Energy
Voltage : 2.5V,
2.7V
Cap. : 3F ~ 600F
Energy : 4Wh/Kg
Power : 4kW/Kg
Cycle: 500,000
AMR
Motor Start
UPS/HEV
Electric Valve, Toy
Solar application
Emergency Light
EDLC
EDLC Module
Application
Hybrid SC
Hbrid SC Module
Application
Electric Double Layer Capacitor Hybrid Capacitor
Propylene Carbonate E’lyte
Comparison (EDLC vs. Hy-SC vs. Battery)
EDLC Hy-SC
Battery
Charging Time 1~ 30sec 1 min ~
hrs
0.3 ~3 hrs
Discharging Time
1~ 30 sec 1 min ~ hrs
1 ~ 5 hrs
Energy Density Wh/kg 4 8 20 ~ 100
Power Density W/kg
2,000 ~ 5,000
500 ~ 1,000
50 ~ 200
Efficien cy 0.90~ 0.95 0.90~ 0.95 0.7 ~ 0.85
Cycle life > 500,000 > 50,000
500 ~ 1,200
3.3 Super-Capacitor vs. Battery
Energy Density
Voltage
Operating
Temperature
Safety/Ecology
Cycleability
Power Density
Battery EDLC
High Temperature Load Life Test for Life EstimationHY- CAP 2. 7V Series[50F]
10
100
1000
10000
100000
1000000
0 10 20 30 40 50 60 70 80 90 100 110
Temperature(℃)
Lif
e(h
r)
12.5 Years
For 30% Drop in Cap, 2.7VDC
For 30% Drop in Cap, 2.3VDC
For 30% Drop in Cap, 2.1VDC
Life Estimation based on temp. & working voltage
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3.4 Intellectual Property / Patents No.
Patent Number Patent Submit/Approv
ed date Remark
1 10-0570359 Hybrid battery 2006.04.05 Patented
2 10-0578158 Electric Double Layer Capacitor 2006.05.02 Patented
3 10-0663832 Hybrid battery 2006.12.26 Patented
4 10-0706713 Hybrid battery 2007.04.05 Patented
5 10-0706714 Hybrid battery 2007.04.05 Patented
6 10-0706715 Hybrid battery 2007.04.05 Patented
7 10-0787120 Aging Jig device for capacitor 2007.12.12 Patented
8 10-2007-0126106 Electrode element and energy storage device containing the same 2007.12.06 Patented
9 10-2007-0126114 Jig Device for battery element 2007.12.06 Patented
10 10-2007-0126115 Vibration resistant energy storage device having and method for manufacturing the same 2007.12.06 Patented
11 10-2008-0012643 Self Generate Remote controller which remove the distance differences 2008.02.12 Applied
12 10-2008-0044054 EDLC Module and its manufacture method 2008.05.13 Applied
13 10-2008-0044049 Molding type internal serial connected EDLC and iits manufacturing method. 2008.05.13 Applied
14 10-2008-0045928 Stacking type EDLC 2008.05.19 Applied
15 10-2008-0092796 Laver cover assemble device for EDLC 2008.09.22 Applied
16 10-2009-0007146 Improved Power battery’s power 2009.01.29 Applied
17 10-2009-0007147 Power battery 2009.01.29 Applied
18 10-2009-0007148 Improved power battery for life circle and power 2009.01.29 Applied
19 10-2009-0017699 Electrochemical energy storage device 2009.03.02 Applied
20 10-2009-0034792 Activated carbon electrode which has excellent Aqueous Electrolyte impregnation for power
battery and its manufacturing method 2009.04.21 Applied
21 10-2009-0074778 Energy storage device, lithium metal capacitor and the method for the same 2009.08.13 Applied
22 10-2009-0074782 Chip type lithium metal capacitor and manufacturing method of the same 2009.08.13 Applied
23 10-2009-0074783 Coin type lithium metal capacitor and manufacturing method of the same 2009.08.13 Applied
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Manufacturing Process
Mixing Coating Winding Roll process
Aging Inspection Sleeving Drying Electrolyte
DRY ROOM
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[Aging ---> Barcode reading ----> Cell checking]
Manufacturing Process : Bar coding (large cell)