next generation energy storage device ver5. 2016
TRANSCRIPT
Next Generation Energy Storage Device
Green – CapElectric Double Layer Capacitor
Light Rail Transit
Hybrid carFUEL CELL
Page 1
Ver5. 2016
Green-Cap is the brand name of SAMWHA’s Electric Double Layer Capacitor(EDLC).
Electric Double Layer Capacitor(EDLC) is a next generation energy storage device.
What is the Green-Cap ?
Structure of EDLC
Activated carbon electrode
separator
Activated carbon electrode
separator
Collector Tab
Cylindrical Type Green-Cap Prismatic Type Green-Cap
The structure of EDLC is made by both pasting a
electrode onto the aluminum foil, prismatic type in
stacked layer-type, and cylindrical type in wind-type
winded with a separator.
EDLCs store electrical energy using the electric
double layer that is created at the interface between the
electrode surface and the electrolyte.
The electrodes are made of activated carbon, which
has a high surface area per unit volume, further
increasing the capacitor's energy density.
EDLC has feature that is not electrochemical
reaction, whereby rapid electrical charge and
discharge is possible and have longer life cycle.
Electric Double Layer Capacitor Principle
Activated Carbon
+
-
+
+
+
-
-
++
-
--
+
+
+
-+
-
-
-
Separator
Current CollectorCurrent Collector
+ -
+
++
++
++
++
+
+
--
- -+
++
++
++
--- - -
--
- - --
-- -
Separator
Electrolyte Electrode
Charge
-
+
-
+
-
-
Electric Double Layer
Page 2
Long cycle life (over 500,000cycles)
- Maintenance-free
- Lithium ion Battery(500~1000cycle)
High Power Performance (vs. Battery)
- Rapid charging and discharging (at heavy current)
- High discharge current Application
→ Renewable Energy (windmill, Solar-Energy product) , Regenerative Braking System
Very safe, No risk of explosion or ignition
High Energy Performance (vs. Conventional electrolytic capacitor)
Environmental friendly
No heavy metals used(consisted of two activated carbon electrodes)
Wide operating temperature range (-40 ~ 60 )
Feature of the Green-Cap
Page 3
Advantages ( vs. Battery )
Advantages of the EDLC (vs Battery)
Parameters EDLC Battery
Environment Friendly harmful
Charge Time Sec. unit Hr. unit
Temp. Characteristic - 40 ~ 65 - 20 ~ 60
Energy Density (Wh/kg) 1 ~ 15 20 ~ 100
Power Density (W/kg) 10,000 ~ 20,000 50 ~ 200
Charge/Discharge Cycle Life > 500,000 500 ~ 1,000
Ad
va
nta
ge
sD
isa
dva
nta
ge
s
Power
(20 times better)
Energy
(10 times less)
Energy efficiencyQuick
charging
Semi-permanent
lifeNo Maintenance
Page 4
Energy storage device
Excellent power capabilities
High reliability and long life
Enabler of new applications
Regenerative braking systems for hybrid vehicles and electric rail
Battery-free backup power systems
Distributed power for vehicle systems
Highly reliable wind turbine pitch systems
Augmentation Technology
Extend battery life
Improved safety and reliability
Enhance efficiency
Optimize system size and cost
How EDLC Works
Benefits of Green-Cap
Page 5
Transportation >>
- Auxiliary power for the regenerative braking of railroads
- Peak power compensation for heavy machinery
Automotive >>
- Output load compensation for FCEV
- Auxiliary power for the regenerative braking of HEV
New & Renewable Energy >>
- Emergency power for wind power generation
- Energy storage for solar power generation system
- Output load compensation for fuel cell batteries
Power Solutions : UPS, etc. >>
- Instantaneous power compensation of precise devices
- Fast operation of office automation machines
Military and aerospace devices >>
- Highly reliable power for military and aerospace fields
How EDLC Works
Green-Cap Applications
Page 6
• Also called module or pack or bank
Serial connection :
Total Voltage = Voltage of each cell X n
Total Capacitance = Capacitance of each cell / n
Total Resistance = Resistance of each cell X n
Parallel connection :
Total Voltage = Voltage of each cell
Total Capacitance = Capacitance of each cell X n
Total Resistance = Resistance of each cell / n
Ex) 2.5V 60F 15mohm 3 pcs in series = 7.5V 20F 45mohm
2.5V 60F 15mohm 3 pcs in parallel = 2.5V 180F 5mohm
• Serial and/or parallel connection of Green-Caps
Introduction to Green-cap Module
Module
Page 7
Series ShapeRate Working
Voltage (V)
Capacitance
(F)
Internal resistance
(mΩ) at 1kHz
LC(72hr)
(mA Max.)
Size
Ø D × L ()
DS Radial
2.5
3 140 0.008 8 × 20
5 110 0.013 10 × 20
10 65 0.025 10 × 30
25 35 0.063 16 × 25
60 20 0.150 18 × 40
2.7
3 60 0.008 8 × 20
5 50 0.014 10 × 20
10 30 0.027 10 × 30
25 20 0.068 16 × 25
50 10 0.140 18 × 40
DB Snap-in 2.5 /( 2.7)
100 15(8) 0.27 22 × 45
200 10( 7 ) 0.54 30 × 45
300 6 ( 3.5 ) 0.91 35 × 50
360 6 (3.2) 0.97 35 × 60
400 6 (3.2) 1.08 35 × 60
DH
Axial
(Weldable)2.7
1200 0.35 2.7 60.4 × 74
1600 0.30 3.0 60.4 × 85
2000 0.25 4.2 60.4 × 102
3000 0.20 5.2 60.4 × 138
Axial
(Threaded)2.7
1200 0.35 2.7 60.4 × 74
1600 0.30 3.0 60.4 × 85
2000 0.25 4.2 60.4 × 102
3000 0.20 5.2 60.4 × 138
Page 8
Product
Page 9
Solar Products Windmills UPS Hybrid car
DM Series
Rated
Voltage
Capacitance
(F)
ESR, DC
(mΩ)
L/C(72hr)
(mA Max.)
Specific EnergyWeight
(g)
Dimension
Ø D × L ()
(Wh/kg) (Wh/L)
2.7
1200 0.50 2.7 3.92 5.73 310 60.4 × 74
1600 0.45 3.0 4.70 6.65 345 60.4 × 85
2000 0.35 4.2 4.94 6.93 410 60.4 × 102
3000 0.28 5.2 5.68 7.68 535 60.4 × 138
Feature
DH Series
CHARACTERISTIC LIST & DIMENSIONS CHARACTERISTIC LIST & DIMENSIONS
Introduction to Green-Cap Series
Part
Number
Rated
Voltage
Capac
itance
(F)
ESR, DC
(mΩ)
Max.
Current
(A)
Total
Energy
(Wh)
Dimension
(mm) Weight
(kg)
L W T
DM005000
15W010025 1.5 143 3.1 0.005 23 10 18 0.0034
DM015006
66W0100615 66.6 30 167 2.43 117 81 80 0.6
DM015050
00W0100615 500 2.4 1704.5 15.63 417 68 157 6.0
DM045016
66W0101845 111.1 8.1 1315.7 31.25 418 191 121 13
DM045011
11W0101845 166.6 7.1 1704.5 46.88 418 191 157 15
DM075002
66W0106075 26.6 52.5 333.3 20.83 372 316 90 8
• Low Internal Resistance
• Balancing and Overvoltage Protection of Individual Cell
• Efficient Heat Transfer to Outside
• Compliant with RoHS Requirement
Feature Weldable & Threaded
Terminal TypeHigh Power Density
• Endurance : 2.7V 65 1500hours
• The large size and high power density
• Charge and discharge efficiency are higher than in batteries
Page 10
Forklift Fuel cell car Electric rail Hybrid Bus
Introduction to Green-Cap Series
DB Series
Feature
Radial TypeStandard Series
DS Series
CHARACTERISTIC LIST & DIMENSIONS CHARACTERISTIC LIST & DIMENSIONS
Feature
• Endurance : 2.5V 70 1000hours, 2.7V 60 1000hours
• The small size and high capacitance, low resistance
• Can be charge and discharge more times than secondary batteries
Rate
Voltage
Capacitance
(F)
ESR, DC
(mΩ)
L/C(72hr)
(mA Max.)
Specific EnergyWeight
(g)
Dimension
ØD×L()(Wh/kg) (Wh/L)
2.5
3 350 0.008 1.63 2.59 1.6 8 × 20
5 250 0.013 1.97 2.76 2.2 10 × 20
10 120 0.025 2.48 3.68 3.5 10 × 30
25 65 0.063 2.89 4.32 7.5 16 × 25
60 30 0.15 3.77 5.12 13.8 18 × 40
2.7
3 90 0.008 2.17 3.02 1.4 8 × 20
5 70 0.014 2.41 3.22 2.1 10 × 20
10 50 0.027 3.49 4.30 2.9 10 × 30
25 35 0.068 3.78 5.04 6.7 16 × 25
50 20 0.14 4.40 4.97 11.5 18 × 40
Rate
Voltage
Capacitance
(F)
ESR, DC
(mΩ)
L/C(72hr)
(mA Max.)
Specific EnergyWeight
(g)
Dimension
ØD×L()(Wh/kg) (Wh/L)
2.5
100 35 0.25 3.62 5.07 24 22 × 45
200 20 0.50 4.13 5.46 42 30 × 45
300 15 0.75 4.20 5.41 62 35 × 50
360 15 0.88 4.17 5.26 75 35 × 60
400 10 1.0 4.63 6.01 75 35 × 60
2.7
100 10 0.27 4.82 5.92 21 22 × 45
200 9 0.54 5.33 6.37 38 30 × 45
300 3.5 0.81 5.33 6.31 57 35 × 50
360 3.2 0.95 5.21 6.14 70 35 × 60
400 3.2 1.08 5.79 7.02 70 35 × 60
Snap-in Terminal TypeStandard Series
• Endurance : 2.5V 70 1500hours, 2.7V 65 1500hours
• The middle size and high capacitance, low resistance
• Charge and discharge efficiency are higher than in batteries
Page 11
Introduction to Green-Cap Module
UPS
» Short Term UPS, VSP (Voltage sag protector)
Module Spec. StructureOperating
Temperature
Dimension
(mm)
15V 16.6F2.7V 100F(Ø22×L45)
6EA Series-40 ~ +60 W126 X D60 X H54
15V 66.6F2.7V 400F(Ø35×L60)
6EA Series-40 ~ +60 W220 X D37.5 X H70
125V 2F2.7V 100F(Ø22×L45)
50EA Series-40 ~ +60 W300 X D130 X H52
FEATURE
• High Power Density
• Low Internal Resistance
• Rapid charge and discharge
• Passive Balancing
FUNTION IN UPS
→ Unstable source of electricity
→ Protection sudden voltage decrease
<15V 16.6F Module> <15V 66.6F Module> <125V 2F Module>
Windmills
» Peak power providing for pitch controlling of each blade
Module Spec. StructureOperating
Temperature
Dimension
(mm)Class
75V 26.6F2.7V 400F(Ø35×L60)
30EA Series 2Parallel-40 ~ +60 W371 X D316 X H84
Windmill
1.5MW
75V 36F2.7V 360F(Ø35×L60)
30EA Series 3Parallel-40 ~ +60 L460xW154xH275.1
Windmill
2.5MW
135V 6.6F2.7V 360F(Ø35×L60)
54EA Series-40 ~ +60 W366.5 X D286 X H90
Windmill
2.8MW
<75V 26.6F Module>
Functions
→ Peak power providing for pitch controlling of each blade when emergency or braking
→ Back-up power source for motor driving of pitch system
Benefits
→ No-maintenance / No replacement
→ Instantaneous peak power capability
Functions
→ Gasoline enging + Electric motor with supercapacitor
(covering peak power when acceleration or engine starting)
Page 12
Introduction to Green-Cap Module
Mild Hybrids (Hybrid car)
Module Spec. StructureOperating
Temperature
Dimension
(mm)
25V 200F2.7V 2000F(Ø60×L102)
10EA Series-40 ~ +65 W400 X D271 X H68
» Regenerative Braking System
Scooter
Module Spec. StructureOperating
Temperature
Dimension
(mm)
57.5V 8.7F2.7V 200F 23EA
Series-40 ~ +60 200 X 140 X 52
» Regenerative Braking System Auxiliary power for the regenerative braking of scooter
Hybrid Bus
» Regenerative Braking System
Electric rail
» Energy Recuperation for Trains
Functions
→ Start/ Stop
→ Regenerative breaking
→ Torque support
Module Spec. StructureOperating
Temperature
Dimension
(mm)
48.6V 166.6F2.7V 3000F(Ø60×L138)
18EA Series-40 ~ +65 (W416 X D191 X H158)
48.6V 165F
Module
Module Spec. StructureOperating
Temperature
Dimension
(mm)
48.6V 166.6F2.7V 3000F(Ø60×L138)
18EA Series-40 ~ +65 (W416 X D191 X H158)
<1166V 55F Module Set>
<700V 10F Module Set>
Page 13
Introduction to Green-Cap Module
Car Audio (ISG system)
Module Spec. StructureOperating
Temperature
16.2V 8.3F2.7V 50F(Ø18×L40)
6EA Series-40 ~ +60
Fuel cell car
Module Spec. StructureOperating
Temperature
450V 10FPrismatic 2.7V 1700F
150EA Series-40 ~ +60
» Voltage DIP/SAGInstantaneous power compensation of precise devices
Functions
→ Audio off prevention
EDLC
» Regenerative Braking System
Car Black BOX
» Energy Back-up
Module Spec. StructureOperating
Temperature
5V 1.5F2.7V 3F(Ø8×L20)
2EA Series-40 ~ +60
Functions
→ Data recording
Elevator
» Energy Recuperation
Module Spec. StructureOperating
Temperature
320V 2.8F2.7V 360F(Ø35×L60)
128EA Series-40 ~ +60
Functions
→ Regenerative breaking
Your Future is with Us…
Thank You!!