한·중 태양광산업의 경쟁구조 분석과...
TRANSCRIPT
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2013. 12
2013-681
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2013 12
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...................................................................................... 3
.................................................................................... 13
1 ..........................35
1. ...................................................................... 35
2. ................................................. 39
(1) .............................................................. 39
(2) .................................................. 40
(3) ...................................... 47
(4) .................................... 51
(5) ................................. 55
2 ................................................59
1. ............................................. 59
2. .............................................. 65
3. .............................................. 70
(1) .......................................................... 70
(2) .......................................................... 87
4. ........................................... 99
(1) ...................................................... 99
(2) .....................................................110
3 .............................................125
1. .......................................125
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2. ................................................131
(1) ..........................................................................131
(2) ................................................................134
(3) ...................................................................137
(4) ...................................................................140
(5) ..........................................................................142
3. ....................................145
4. ........................................................150
4 ........................................................155
1. .......................................155
(1) ..........................................................................155
(2) ..............................................159
2. .........................................162
(1) ...............................162
(2) ....................................171
.............................................................................................191
............................................................................................195
Abstract .............................................................................................200
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........................................................ 42
....................................... 44
.................................................. 45
................................................ 46
.................................................. 48
.......................................... 52
................................... 54
.......................... 61
10 .............................................. 63
2012 ............................ 66
.................. 69
............................................. 72
PV ......................................................... 74
............................................ 74
(2012) ............................75
(2012) .............................................75
................................ 76
.......................................... 77
Top 10 ....................... 78
PV Top 10 ....................... 79
Top 10 ................. 80
........................................ 81
................................. 81
() ......................... 83
............................................. 84
................................................ 88
................................... 90
........................ 90
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......................................... 91
FIT RPS .............................................. 91
................................................. 92
................................................ 93
..................................... 95
........................... 96
............................... 97
.............................. 98
......................................................103
..................................103
RHO ........................................................104
10 ............................................105
.......................................................112
12.5 ...............113
12.5 .......................119
....................................................130
......................................................148
SWOT .............................................158
........................................161
R&D ....................................163
..........................168
R&D ....................................173
...............................................173
.................................................178
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.................................................................. 38
.......................................... 40
................................................... 49
............................................. 50
................................. 57
.............. 60
.................................. 62
PV ............................................ 64
/GDP .................................... 66
( ) ...................... 67
.............................. 70
6 .................... 71
........................... 73
............................................. 89
........................................ 99
..................................101
...................................106
............................108
(2012 ) ......................111
......................................132
.......................135
...............................139
...............................140
...............................143
..............................146
.......................147
.............................................160
.....................170
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.....................................183
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1
1.
,
,
.
.
2012
,
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,
-
14
.
, EU
.
(PV)
.
.
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. ,
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EU
(CO2) ,
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15
. EU
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2.
( : Photovoltaic Effect)
,
- -
- - - -
- - R&D, , - -
- SWOT - -
-
16
PV(Photovoltaic), (Solar Power), (Solar Cell)
.
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2012
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3.7
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2012
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36
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(PV)
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2011 3 11
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(BAU) 30% (2009.11), 2012
(RPS) .
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2012 , EU
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12.5
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1 37
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2012 9 12 5
, 2015 2,100kW
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Upstream Downstream
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35% 20% 15% 15% 15%
~35% ~25% ~25% ~10% ~8%
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1 45
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8)
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2
1.
2012
. 2012
,
.
EPIA() ,
2012 31.1GW 2011 30.4GW
.9) 2012
100GW 102GW .
,
55% .
9) European Photovoltaic Industry Association(EPIA), Global Market Outlook For Photovoltaics 2013-2017, 2013.04
-
60
, 2011 70%( 22.4GW)
, 2012 55%( 17.2GW) .
2012
.
, 2012
.
EPIA 2017 ,
10) 2017 2012 1.54 48GW
10) (FIT) , FIT
: MW
: EPIA,Global Market Outlook For Photovoltaics 2013-2017, 2013.04 : ROW : Rest of the World, MEA : Middle East and Africa, APAC : Asia Pacific
ROW 88 56 80 77 29 10 105 42 76 80 284 508
MEA n/a n/a n/a n/a 1 n/a n/a 1 1 22 46 121 410
China 10 5 10 10 10 8 10 20 40 160 500 2,500 5,000
America 24 32 47 66 104 106 150 213 346 543 1,029 2,179 3,758
APAC 117 140 191 230 282 303 324 271 535 742 1,583 2,672 4,769
Europe 56 133 135 202 707 984 992 2,028 5,710 5,830 13,622 22,411 17,159
Total 303 365 471 584 1,133 1,411 1,582 2,575 6,708 7,376 17,064 30,391 31,095
35,000
30,000
25,000
20,000
15,000
10,000
5,000
0
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012
303 365 471 5841,133 1,411 1,582 2,575
6,708 7,376
17,064
30,391 31,095
-
2 61
, 11) 2.7 84GW
.
2012
.
2011,
.
.
2011 1,
2012 ,
.
11) (FIT) ,
(Sun Belt) FIT
: MW
2000 2005 2006 2007 2008 2009 2010 2011 2012
Europe 129 2,289 3,281 5,310 11,020 16,850 30,472 52,884 70,043
China 19 70 80 100 140 300 800 3,300 8,300
Americas 146 501 650 863 1,209 1,752 2,780 4,959 8,717
APAC 355 1,500 1,825 2,096 2,631 3,373 4,956 7,628 12,397
ROW 751 1,003 1,108 1,150 1,226 1,306 1,590 2,098 2,098
MEA na 1 1 2 3 25 71 192 601
Total 1,400 5,364 6,946 9,521 16,229 23,605 40,670 71,061 102,156
: EPIA,Global Market Outlook For Photovoltaics 2013~2017, 2013.04 : ROW : Rest of the World, MEA : Middle East and Africa, APAC : Asia Pacific
-
62
2012 , 7.6GW
25% . (3.5GW), (3.3GW),
(3.3GW) .
,
, .
, , (MENA).
(Sun Belt) .
, ,
: MW
: EPIA,Global Market Outlook For Photovoltaics 2013~2017, 2013.04 : ROW : Rest of the World, MEA : Middle East and Africa, APAC : Asia Pacific
MEA 410 660 920 1,300 1,000 2,400 1,500 2,700 3,400 4,500 6,050
China 5,000 6,000 7,000 8,000 8,000 10,000 10,000 10,000 11,000 12,000 15,000
America 3,758 5,720 6,660 8,700 11,210 12,730 8,000 9,100 12,500 15,390 16,590
APAC 4,769 5,730 6,940 8,680 9,510 10,360 10,590 12,480 14,290 17,000 19,050
Europe 17,159 9,710 9,290 10,080 11,710 12,810 16,780 18,360 21,450 25,380 27,550
Total 31,095 27,810 30,810 36,830 42,330 48,300 46,960 52,640 62,640 74,270 84,240
90,000
80,000
70,000
60,000
50,000
40,000
30,000
20,000
10,000
0
27,810 30,810
36,830 42,330
48,300 46,96052,640
2015
62,640
74,270
84,240
31,095
Historicaldate
EPIA Business-ss-Usual EPIA Policy-Driven
2017201620142013201720162015201420132012
-
2 63
.
,
2 .
, ,
. ,
, , .
,
. 2013
,
.
, .
10
2012 installations (MW) Total installed capacity (MW)
1 Germany 7.604 Germany 32.411
2 China 3.510 Italy 16.250
3 Italy 3.337 USA 7.221
4 USA 3.313 Japan 7.000
5 Japan 2.000 China 7.000
6 France 1.079 Spain 5.100
7 UK 1.000 France 4.003
8 Australia 1.000 Belgium 2.567
9 India 980 Australia 2.400
10 Greece 912 Czech Republic 2.085
: IEA,New Snapshot of Global PV 1992-2012, 2013.04
-
64
2012 4 , 8
.
,
, 2012 LDK, Sunteck
, First Solar 2012 4
2,000 .
,
.
High
Low Country investment attractiveness
PV
attr
activ
enes
for
coun
try
PV
: IEA,New Snapshot of Global PV 1992~2012, 2013.04
Increasing PVOpportunity
High
-
2 65
.
.
, , ,
,
,
.
2.
,
2007 1
. 2008
.
.
IEA 2012
3,510MW (7,604MW) 2
. 2006~2008
. 2012 252MW
.
-
66
GDP ,
OECD
. 2012 GDP
0.5MW/ , 0.2MW/
. 2.19MW/ 1,
.
,
. 2012
2012
: MW
1 2 3 4 5 6 7 8 9 -
PV
7,604 3,510 3,337 3,313 2,000 1,079 1,000 1,000 980 252
: IEA,New Snapshot of Global PV 1992~2012, 2013.04
/GDP
: SNE Research, , , 2013.2
2.19
(MW/10)
1.16
0.59
0.45
0.38
0.22 0.20
2.5
2.0
1.5
1.0
0.5
0.0
Installation/GDP
-
2 67
7GW .
2011 6 2 4
. 2010
, 2012
0.4GW .
.
80% .
.
,
, ,
( )
: : IEA(2013.4), (2011.2, 2013.9)
2004 2005 2006 2007 2008 2009 2010 2011 2012p 2013e
10
9
8
7
6
5
4
3
2
1
0
(, GW)
-
68
. 2012
.
.
.
1 .
IEA , 2012
56,000 65,000 .
,
2,700MW GCL 8,000MW .
8
.
, ,
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,
,
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-
2 69
,
.
30%
.
,
, 16
. , 10
.
.
---()-
.
,
5 ( 860)
. 2007
, 2008
( 2012) ( 2012)
65,000Ton 45,000Ton
8,000MW (GCL Solar) 2,690MW
2,800MW (JA Solar) 1,775MW
23,000MW 2,857MW
: (2013.9), IEA(2013.4), EPIA(2013.4)
-
70
. 2009
1,000 .
3.
(1)
1)
, , ,
.
.
: (2013.1) : 2012 1 , 1Watt
A
B
0.18
0.18
0.25
0.35
0.14
0.15
0.3
0.35
0.87
1.03
(us)
-
2 71
.
,
.
,
5 70%, 10 86%
. 10 ,
, 5
. ,
.
2012 3.5GW
6
: REN 21, Renewables 2013 Golbal Status Report, 2013.6 : 2012 ,
China
United States
Germany
Spain
Italy
India
Gigawatts 0 10 20 30 40
90
86
71
31
29
24
60 70 80 90
0 0 0 0Windpower
SolarPV
Bio-power
Geothermalpower
C5Pand ocean
50
-
72
12), 7.0GW 4
. 6.6GW 5 ,
0.4GW .
,
. 2013 6GW
13GW .
2014 2
, 2014
10~15GW 2015 35GW
12) 2012 (4.5~5.0 GW) ,
(grid connection)
.
: GW, %
()
()
2012 2011 2012 2011
1 32.4 24.8 7 4.0 2.9
2 16.4 12.8 8 2.7 2.1
3 7.2 3.9 9 2.4 1.4
4 7.0 3.5 10 2.1 2.0
5 6.6 4.9 * 1.1 0.8
6 5.1 4.9 - 13.0 6.4
100 71
: REN 21, Renewables 2013 Global Status Report, 2013.6 : * EPIA(Global Martket outlook for PV 2013~17)
-
2 73
2020 100GW .
,
.
,
(Ground Mounted LS-PV) 2012 2,000MW, 57.1%
.
(Building PV) 41.7%
, (Rural Electrification),
.
6
, 2015
(grid
parity) .
2015
: IEA, PVPS annual report 2012, (2013.04).
2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
2.7
120.0
100.0
80.0
60.0
40.0
20.0
0.0
3.50
PV
Ins.
(GW
)
Annual Inst. (GW) Cumulative (GW)
6.0010.00 12.00 12.00 12.00 12.00
14.00 15.00
100.00
85.00
71.00
59.00
47.0035.00
23.0013.007.003.50
-
74
(peak power) , 2020
.13)
. 2007
, 2012 21GW 23GW
. EPIA , 2012
13) IEA, PVPS annual report 2012, (2013.04).
PV
2012
(MW)
(%)2012
(MW)
(%)
1 Rural Electrification 20 0.57 102.5 1.5
2 Comm. & Indus. 10 0.29 58.0 0.8
3 PV Products 10 0.29 57.5 0.8
4 Building PV 1,460 41.71 2,390.0 34.1
5 Ground Mounted LS-PV 2,000 57.14 4,392.0 62.7
3,500 100,0 7,000.0 100.0
: IEA, PVPS annual report 2012, (2013.04).
2007 2008 2009 2010 2011 2012
Cumulative Installation(GWp) 0.10 0.14 0.30 0.80 3.30 7.00
Module Pricd(CNY/Wp) 36.0 30.0 19.0 13.0 9.0 4.5
System Price(CNY/Wp) 60.0 50.0 35.0 25.0 17.5 10.0
Reasonable Tariff of PV(CNY/kWh) 3.20 3.00 2.50 2.00 1.15 1.00
: IEA, PVPS annual report 2012, (2013.04).
-
2 75
35% 1
, , 40GW .
80%
.
2009 2012
65,000 .
2012 60,000, EU 50,000, 45,000,
(2012)
: %
C-Si Cells C-Si TF
35 78 71 73 12
17 8 5 13 18
28 1 2 3 14
APAC 20 13 22 11 56
100 100 100 100 100
27 80 66 69 6
20 7 5 14 20
34 1 2 4 12
APAC 19 12 27 13 62
100 100 100 100 100
: EPIA,Global Market Outlook For Photovoltaics 2013~2017, 2013.04
(2012)
EU
() 60,000 50,000 13,000 45,000 65,000 7,000 240,000
: IEA, PVPS annual report 2012, (2013.04).
-
76
13,000 .
2012
8( 55% )
. 80%
. 2009
50%
.
Sun Tech
,
.
GCL Sun Tech, Yingli Green Energy,
Trina Solar, Canadian Solar .
2012 Yingli 2,100MW
1 , Canadian Solar, Sun
Tech, Trina Solar .
, 2012
GCL 1
2006 2007 2008 2009 2010 2011 2012
() 300 1,100 4,729 20,357 45,000 85,000 65,000
() 4,000 10,000 25,000 40,000 89,000 145,000 145,000
() 3,700 8,900 20,271 19,643 44,000 60,000 80,000
(%) 92.5 89.0 81.1 49.1 49.4 41.4 55.2
: IEA, PVPS annual report 2012, (2013.04).
-
2 77
, Daqo, ReneSola 10
.
OCI 4 , 2011 10
2012 10 .
10 9
. GCL 1
, 6 .
,
JA Solar, Yingle, Trina Solar 3
. 2012 1,300MW
: MW
2011 2012
1 Sun Tech Power 2,090 1,800
2 Yingli Green Energy 1,603 2,100
3 Trina Solar 1,510 1,800
4 Canadian Solar 1,323 1,900
5 Tianwei New Energy 900 1,000
6 Hanwha Solar One 844 1,000
7 Jinko Solar 760 900
8 LDK Solar 600 750
9 JA Solar 500 900
10 Hareon Solar 428 800
11 Others 10,422 10,050
21,000 23,000
:IEA, PVPS annual report 2012, (2013.04).
-
78
10 .14) PV
10 . 2012 Suntech
Yingli PV
.
15) 10
, 5 Suntech, JA Solar, Yingli
. 3% 10
.
14) Suntech
.
15) .
Top 10
(2012) (2012)
() () ()(MW)
1 GCL() 65,000 GCL() 8,000
2 Wacker() 52,650 LDK() 4,300
3 Hemlock() 50,000 Yingli() 2,450
4 OCI() 42,000 ReneSola() 2,000
5 REC() 22,400 Jiangxi sornid hi-tec() 1,600
6 MEMC() 12,500 Nexolon() 1,500
7 Tokuyama() 9,200 Jinglong Group() 1,500
8 Daqo() 7,300 Huantai Silicon() 1,500
9 M.Setek() 7,000 Jinko Solar() 1,200
10 ReneSola() 4,000 Xian Longi Silicon() 1,190
: (2013.9)
-
2 79
,
.
, 2013 4 Suntech
JA Solar
.
,
2011 . Yingli, Trina
Solar 2011
.
Suntech 2012 500%(40),
PV Top 10
(2012) Solar PV (2012)
()(MW)
()(MW)
1 JA Solar() 2,800 Yingli() 2,200
2 Yingli() 2,450 First Solar() 1,900
3 Trina Solar() 2,400 Suntech Power() 1,800
4 Hareon Solar() 1,870 Trina Solar() 1,800
5 Suntech Power() 1,800 Hareon Solar() 1,700
6 First Solar() 1,700 Canadian Solar() 1,600
7 Motech() 1,500 Hanwha Sloarone() 1,300
8 Canadian Solar() 1,500 Jinko Solar() 1,200
9 Sun Power() 1,300 Sharp() 1,050
10 Hanwha Sloarone() 1,300 Sun Power() 1,000
: (2013.9)
-
80
LDK 1,350% (54) . 2013
,
.
(MOST)
, 5
.
(, , ,
, , CPV, , BOS
) .
Top 10
(2011) Project Developer(2012 )
(%) ()(MWp)
1 First Solar 7.4 First Solar() 7.4
2 Sun Tech 7.3 Juwi() 7.3
3 JA Solar 6.3 SunEdison() 6.3
4 Yingli 5.6 Active Solar() 5.6
5 Trina Solar 5.3 Belectric() 5.3
6 Canadian Solar 4.5 Huanghe Company() 4.5
7 Motech 4.2 Solarhybrid() 4.2
8 Gintech 3.7 CECEP() 3.7
9 Neo Solar 3.3 China Guodian Corporation() 3.3
10 Hanwha Sloarone 3.2 SunPower() 3.2
: Solar PV (REN21, 2013), (2013.9)
-
2 81
:
2010 2011 2012 2013 2Q
Yingli 1,896 421 2,332 -428 1,828 -405 550 -21
Canadian Solar 1,495 120 1,898 6 1,294 -142 380 12HanWha SolarOne
1,145 179 1,019 -174 590 -189 193 -19.9
Trina Solar 1,857 417 2,047 30 1,296 -264 440 -24
SunPower 2,219 138 2,374 -534 2,417 -287 576 31
Wacker 4,748 803 4,910 611 4,635 258 1,150 -
JA Solar 1,784 300 1,705 -66 1,078 -231 258 -5.4
First Solar 2,564 746 2,766 434 3,369 439 519 39
: (2013.9)
R&D at both Laboratory level and industry level
Poly-silicon industry level BOS AND PV systems
Hydrogen Reduction
60 kWh/kg
Inverters
Total Capacity 3 GW/Year
Total Power Consumption
120 kWh/kg Types
off-grid, centralized,
string inverter, micro-inverter
By-products Recycling
100% Power Range 100 W-1 MW
Capacity/Factory
1,000~60,000 Ton/Year Energy
Storage
Lead-Acid Industrialized
Total Capacity 100,000 Ton/Year Lithium Battery Industrialized
()
-
82
2) 16)
12-5(2011~15)
. 2012
(NEA) 12-5 , 2020
.
16) IEA(PVPS annual report 2012) .
R&D at both Laboratory level and industry level
Poly-silicon industry level BOS AND PV systems
Cost $15-20USD/kg
Energy Storage
Vanadium Redox Battery
Industrialized
Efficiency of solar cellls Na-S Battery No
PV CellsLaboratory
(%) Industry
(%) Flywheel No
Mono-Si 20.40 19.00 Super-Capacitor Industrialized
Poly-Si 18.00 17.00 Pumped Storage Industrialized
D-Junction a-Si 9.20 8.00 Compressed Air Storage
No
u-Si/a-Si M-Junction
11.80 10.00
PV Systemss
Off-grid PV Mature
GaAs 29.25 No LS-PV Mature
CIGS 14.30 12.00 PV Buildings Mature
CdTe 13,38 11.00 Sun Trackers Mature
DSC 7.40 No Micro-Grid Demonstration
HIT 17.27 No PV Products Mature
Back-Contact No No Monitoring Sys. Mature
: IEA, PVPS annual report 2012, (2013.04).
-
2 83
, 2012
36.4% 2020 54% .
,
.
, .
(RE Law, 2006.1.1 )
,
.17)
FIT(Feed-In Tariff;
17) RE (Surcharge) 0.8cents/kWh 200~250
(20-25 BCNY) , Special RE 100~200 .
()
: GW
2012 2015 2020
(Distributed PV)
Rural Electrification 0.102 318.2 6.92
Communication and Industry 0.058 100.0 2.17
PV Buildings 2.390 14.0 40.0
(LS-PV)
PV Products 0.058 1.0 4.0
Large Scale PV(LS-PV) 4.392 15.0 40.0
Solar Thermal Power(CSP) 0.000 1.0 2.0
7.0 35.0 100.0
(%) 36.4 51.4 54.0
: IEA, PVPS annual report 2012, (2013.04).
-
84
LargeScale PV
Phases Approved Capacity Feed-in Tariff
2011 FIT 2,000 MW FIT = 1.15 CNY/kWh
2012 FIT 2,000 MW FIT = 1.0 CNY/kWh
Total (2009-12) 4,300 MW 800 MW waiting for
grid connection
Financial Source Renewable Energy Surcharge
PV BuildingProject
Phases Approved Capacity Subsidy to Capital
(CNY/W)
3rd phase, 2011 106 projects, 120MW BIPV 12 CNY/W
4th phase, 2012 250 MW BIPV 9 CNY/W,
BAPV 7.5 CNY/W
Total (2009-12) 500 MW
Financial Source Special Fund for Renewable Energy
Golden SunDemonstration
Phases Approved CapacitySubsidy to Capital
(CNY/W)
3rd phase, 2011 140 projects, 690MC-Si 9.0 CNY/W, a-Si 8.5 CNY/W
4th phase, 2012 167 projects, 1,709 MWPV Building
5.5CNY/W, off-grid >7.0 CNY/W
Total (2009-12) 2,870 MW
Financial Source Special Fund for Renewable Energy
Additional PVBuilding Projectand Golden SunDemonstration
Phases Approved Capacity Subsidy to Capital
(CNY/W)
November 2012 2,830 MW BIPV 7 CYN/W,
BAPV 5.5 CYN/W
Financial Source Special Fund for Renewable Energy
2012 10,500MW
: IEA, PVPS annual report 2012, (2013.04).
-
2 85
)
.
, PV Building Project, Golden Sun Dem-
onstration .
3)
, ,
.
,
.
,
.
,
.
, .
2012
,
-
86
.
2013 3 Sun Tech()
(), LDK
. ()
5 4,100 (CB)
.
2 () LDK
,
. () () LDK
100% 1.2 , 3.3 .
, EU
EU 2013 6
,
EU 2013 7 27
.
(Watt) 0.56 , 7
(GW) , 2015
. 90(
70% ), EU
, EU 47.6%
.
EU 15
-
2 87
,
.
, EU
47.6% .
-EU
,
. (ProSun)
, (ECJ)
.
EU EU
.
(2)
. 2008
.
,
, , , ,
-
88
.
, 2008 2011
.
2012 56,000, 2,690MW
. 2012 1,775MW,
2,857MW ,
.
5~20%
, 1% .
2006 21MW 2008
, 2011
2012 279MW . 2015
320MW .18)
2.6%
18) IEA 2012 252MW
.
2008 2009 2010 2011 2012 2013.
(Ton) 5,000 16,500 36,200 57,800 56,000 53,000
(MW) 430 535 1,270 2,890 2,690 2,420
(MW) 146 726 1,180 2,040 1,775 1,580
(MW) 300 910 1,860 3,154 2,857 2,783
: (2013.9)
-
2 89
. 2000 1.1%
2011 2.75% . 25.5%,
12.6%, 6.3%, 3.7%
.
2012 1%
. 2012
(RPS)
,
.
,
.
: , 2012 , 2013
Annual Comulative
2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011
700
600
500
400
300
200
100
0
(MW)
-
90
.
19% , 16%,
9%, 6.9% .
.
(FIT)
. 2012 FIT 52%
, 11% .
: MW
2006 2007 2008 2009 2010 2011 2012p 2013e 2014e 2015e
21 45 278 170 131 92 279 330 330 320
: (2013.4), (2013.9)
: %
2.2 1.2 0.7 1.0 0.8 0.7 1.6 1.2
3.4 3.6 0.7 2.7 1.4 7.5 0.4 0.8
4.5 2.9 3.4 6.9 19.0 9.0 16.0 29.0
13.8 10.5 10.2 2.1 14.6 3.8 4.8 19.7
: , 2013 , 2013 : , toe
-
2 91
, (RPS) 19)
.
2012
, 1 FIT 10
19) 2012 , FIT RPS .
2012
(MW)2012
(MW) (%)
5.5 28.3 3.0
2.0 12.5 1.3
18.9 61.6 6.4
32.5 28.3 11.5
0 500.0 51.9
RPS 149.7 179.7 18.7
RPS 0 69.7 7.2
208.6 962.8 100.0
: (2013.2)
FIT RPS
(MW) () (MW) ()
FIT(02~11) 1,028 2,089 497 1,979
RPS(12) 842 1,165 337 1,790
: , , 2013.8
-
92
80%
. 2014~15 150MW
1.2GW 1.5GW
.
, 2000
.
2007 2011 ,
.
80%,
73% .
2011 ,
.
() () ()
14,563 9,854 5,105
10,660(73%) 7,917(80%) 4,594(90%)
2,456(16%) 1,008(10%) 488(10%)
722(5%) 745(8%) 22(-)
184(1%) 36(-) -
203(1%) 43(-) -
338(2%) 105(1%) 1(-)
: (2012) (2013.9) : 2011
-
2 93
,
.
. OCI ,
,
. LG 2010
. ,
.
.
. ,
OCI 2011 42,000
, 2012 2 4, 5
. SDI
, LG LG
2007 2011 2012()
() 30 98 -
() 1,279 10,660 8,500
() 4,410 79,170 50,430
() 142 4,594 3,000
() 3,660 42,049 31,173
: SNE (2013.2), (2013.9)
-
94
.
, KCC , KAM
.
. 2012
(Q-Cell)
.
.
. LG , LST
,
, .
. CIGS
.
.
.
. ,
-
2 95
.
2008
. ,
2009 1,000 .
23%
.
(MT)/
(MW)
(MW)(MW)
OCIOCI
(42,000)(693)
OCI()
LCC/
KCC/KAM*(6,000)
(370)
(320)
/*
(4,800)
(182)
(150)
(50)
*
(7,000)
(600)
(10,000)
(800)
(13,000)
(15,900)
(10,000)
SDI
(150)
LGLG(10,000)
LG LGLG CNSLG
: , , 2012 : * 2011 , KCC, KAM, , .
-
96
,
, CIGS, .
,
, , , ,
.
, 2008 (Si
, CIGS, , )
.20)
,
.
90%
.
20) , 2012 .
:
2010 2011 2012 2013 1Q 2013 2Q
OCI 26,064 7,166 42,759 11,179 32,185 1,548 7,804 -236 7,157 177
4,513 480 5,882 -226 3,769 -1,003 892 -139 818 -53
2,306 121 1,953 40 2,254 187 395 13 729 28
1,603 574 3,134 263 1,430 -1,068 254 -117 317 -56
2,107 213 1,936 -365 1,556 -416 165 -62 284 -54
: (2013.9)
-
2 97
~2002 2003 2004 2005 2006 2007 2008 2009 2010 2011
(3.5%)
50 18 58 71 96 84 86 30 29 35 557
18 10 43 59 61 52 40 4 4 10 301
68 28 101 130 157 136 126 34 33 45 858
(26.2%)
368 75 145 183 305 311 639 550 514 420 3,510
339 62 134 160 289 309 548 431 395 247 2,914
707 137 279 343 594 620 1,187 981 909 667 6,424
(23.1%)
228 51 91 150 191 171 567 706 844 768 3,767
147 19 36 54 109 111 293 332 395 422 1,918
375 7037 127 204 300 282 860 1,038 1,239 1,190 5,685
(14.2%)
140 19 83 109 173 169 175 375 405 416 2,082
91 56 22 41 62 97 94 328 315 326 1,395
231 56 105 150 235 266 269 703 720 742 3,477
(2.7%)
121 19 108 19 32 31 48 37 87 55 467
32 9 10 8 13 16 25 21 33 17 184
153 28 28 27 45 47 73 58 120 72 651
(5.3%)
190 29 42 42 77 67 50 84 129 174 884
103 13 17 16 42 30 16 35 48 89 409
293 42 59 58 119 97 66 119 177 263 1,293
(5.4%)
115 41 50 39 62 61 94 68 67 92 689
126 30 33 21 21 36 129 174 27 31 628
241 71 83 60 83 97 223 242 94 123 1,317
(11.3%)
171 6 23 28 138 157 106 5 11 214 859
111 5 10 12 144 226 533 - - 886 1,927
282 11 33 33 282 383 639 5 11 1,100 2,786
(2.2%)
15 12 22 22 33 46 40 36 77 69 371
9 5 8 8 11 17 14 12 24 52 160
24 17 30 29 44 63 54 48 101 121 531
()
-
98
.
,
. ,
, ,
: %
90 65 60 75 51 60
70 73 40 70 70 30
: , (2011)
~2002 2003 2004 2005 2006 2007 2008 2009 2010 2011
(0.6%)
7 4 7 9 6 14 7 4 12 28 98
2 2 2 5 7 10 5 2 2 7 44
9 6 9 14 13 24 12 6 14 35 142
(1.8%)
12 3 2 6 10 32 17 35 78 97 292
2 4 - 1 5 13 19 16 36 49 145
14 7 2 7 15 45 36 51 114 146 437
(3.9%)
104 35 45 117 34 66 123 127 148 68 867
- 2 2 40 4 12 17 12 10 - 99
104 37 47 157 38 78 140 139 158 68 966
1,519 330 588 794 1,158 1,209 1,953 2,056 2,400 2,433 14,440
980 180 317 425 769 928 1,733 1,366 1,289 2,135 10,122
2,499 510 905 1,219 1,927 2,137 3,686 3,422 3,689 4,568 24,562
: , 2012
-
2 99
.
,
88.5%
92.3% .
4.
(1)
1)
,
.
: ( ), Solar Energy, 2012.10
100
90
80
70
60
(=100 )
90.889.9
88.591.1 92.3 90.5
-
100
.21)
, ,
,
.
2004 12
.
, ,
, ,
. 1997 10
2(2003), 3(2008)
.
2008 8
3
12
.
2010 10 , 2011 10
. 10 ,
,
21) , 1987 12
, 1997 12
. 2004 12
.
-
2 101
.
4
R&D , ,
,
.
2013 7 30
, 2013 10 31
.
2013 2 4
2013 .
4 2030 11%
. ,
,
: , , 2013.3
()
07 09 11
101 3,6611.2
6.3193
10,3954.7
26.8
2.2 4.0 8.3 7.7224 14,5639.9 51.1
07 09 11 07 09 11 07 09 11
() () ()
Value Chain
-
102
( ),
( ),
( )
.
2) (RPS)
RPS
. 500MW
, .
2012 2% 2022 10% .
RPS (FIT)
2012 ,
2013 8 .
,
,
. 2014~15 2
RPS .
, (RHO)22)
22) Renewable Heat Obligation( )
-
2 103
: MW
2012 2013 2014 2015
220 330 330 320 1.2GW
- - (+150) (+150) 0.3GW
220 330 480 470 1.5GW
: , , 2013.8.26.
() 2015 1.2GW2015 1.5GW(+300MW)
( ) 100MW*
( ) 30kW 1.0 1.2
150MW * 30% 100kW
() 500 ,
( )
*, *
(, ) () LNG
() 3
: , , 2013.8.26.
-
104
2016
.23)
1 ( : 10%)
.
,
.
23)
. (RHO) (13.6.114.5.31), (13.4.114.3.31).
RHO
()
1980 2000.8 2009.1 2006.12
, , 27m
( )
50m2
, ,
60%
15~ 50%
50%
: , 2013 , 2013.8.
-
2 105
3)
, 10 .
10 . 2012
, RPS
-
.
10
10
1 Green Post, , 2,746 ,
, ,
2 Green port 28 , ,
3 Green School11, 462 , ,
, ,
4 Green lsland ( 132)
, ,
5 Green Logistics (700)
, ,
6 Green Industrial
Complex(40), (347), (396), (6),
, ,
7 Green Highway(167), (6 , 49 , 305 )
, ,
8 Green Army , ,
9 Green Factoty (215,591) , ,
10 Green Power , (229)
, ,
-
106
, .
. 2020 10% ,
2014 320 2017 400
. ISO
, ( ,
, ) ,
10
.
, .
.
. 1996 2012 7,000
2,200 . 2013 259, 2014
: , , 2013.3. : 2012 .
60.27%
2.25%
16.88%
18.74%
(toe, 61,169toe)
04~12 166,068 (5,594)
70,984
2006 2007 2008 2009 2010 2011 2012
7,181 7,467
50,456
10,021
60,572
93,991 96,045 88,99198,365
54,663
37,68419,153 29,859
()
60%
0.04%
1.82%
-
2 107
285 . ,
. 1,000m2
, , 10%
. 5%
2011 4 24) .
2014 15%
.
4)
, 2014 3
. , , 3
.
, , ,
.
, .
(2007) (2011)
.
.
,
24) 12.
-
108
. 2009
KS .
2010~2012 5 .
, .
.
2005~2012 8,578 .
A/S
. 2013
8 3
,
.
, .
: , , 2013.3.
685,4%
7,794,49%
1,942,12%
2,746,17%
423,3%
563,4%
523,3%
511,3%
421,3%
325,2%
-
2 109
.
,
,
75%
. 2011
.
5)
,
. R&D ,
R&D .
, ( , )
, (,
) .
, .
R&D
. ,
.
, R&D
R&D .
-
110
R&D
.
(2)
1)
. ,
,
.
, ,
.
2012 677 24%( 8%)
25)
. IEA
.26)
, ,
25) 2012 651 356 .
World Resources Institute, ChinaFAQs Short take(Oct.30, 2013)26) IEA 2012~18 40%
(Renewable Energy : Midium-Term Market Report 2013, 2013).
-
2 111
. ,
24% .
,
,
.
.
2012 8 6 12.5
.
2013 1 12.5
. 1
(2012 )
: , 2013. 11.16.
24.0%
17.7%
EU( 15) 9.8% 5.4%
5.2%
3.8%
303
-
112
2015 11.4%, 2020
15% ,
12.5 2015
9.5% .
(2013.2.7.), 12.5
(2012.12.28.) .
2015
30% ,
20% .
1 2010 (66%),
(18%), (12%, ), (3%),
(1%) . 200
. 2010
18%( ) 2000 17%
.27)
27) (2013) , , 2013.3.
: %
2011 2.75 8(2010) 3.7
2015 - 11.4 -
2020 11(2030) 15% 10
: World Resources Institute, ChinaFAQs : Renewable Energy In China - An Overview, July 16. 2013.
-
2 113
12.5
/
1. 1) ( ) 2) 3) 4)
39,400 kW 12,030 kW/h 39,000
26,000 9,100 29,580
10,000 1,900 6,180
2,100 250 810
1,300 780 2,430
800 480 1,500
200 120 370
300 180 560
2. 1) 2)
220 1,750
5,000 215 1,700
1,000 5 50
3. 1) 2) 3)
6,050
40,000 4,550
200
1,500
58,000
120
4. 1) 2) 3)
1,000
1,000 500
400 350
100 150
47,800
: , 2012 , 2013.2.
-
114
2)
, .
.
.
(),
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.
.
, , , ,
.
, 50km 100km
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kW 4,000
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8 3 ( ) 0.9~1
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-
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.
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. 100
2000 . ,
30
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.
(golden sun)
.28) 2009 ,
,
. 2012 2
. ,
20 ,
50~70% , 20MW .
28) http://baike.baidu.com/view/2488458.htm#refIndex_1_2488458
-
116
4) 29)
2011~15
. 6% 2020
2011 1.8, 2011~20 6.9%
.
2020 2015 2 ,
2020 2015 6
.
.
()
12.5(2012. 9. 12)
2015 2011 7 . 12.5
2,500
1.5% .
5)
,
.30) R&D ,
2013 10 ,
29) 2012 .
30) , (2013.9.16.)
-
2 117
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, 2013 10 1 2015
50% .
.
17%, 8.5% 1kWh
0.2~0.4 .
, 2013 8 1
.32)
.
.
6)
12.5 ,
.
31) 3% R&D
1000 (1.63 ) . .
3000, 5000, 200MWp,
50MWp.
32) http://finance.chinanews.com/ny/2013/07-31/5106367.shtml
-
118
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.
,
3~5 .
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.
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.
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33) http://finance.chinanews.com/ny/2013/07-31/5106367.shtml
-
2 119
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12.5
2015
-
- 1000 (1), 500 (3~5)
2015
//
,
1
150~160
- ,
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40% 500
BIPV(
) BIPV
BIPV ,
-
-
100 KW
,
:
-
120
.
95%
.
11.5
. 2020
15% , 50%
.
12.5 1.6 kW
4000 kW, 7400 kW
. 2015 2.9 kW
( 64%) 2020 4.2 kW
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-
3 149
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,
-
184
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system)
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191
1.
, ,
, 2013.5
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, , 2012
, 2013
, 2013.8.
^ ______, , ,
, 2013.5.28
______, , 2013.8.26.
, 2 , LG,
2013.7
(2013) ,
, 2013.3.
, 3 (2009~
2030), 2008.12.
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______ ,
2011.2
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, 2013 ?, 2013.4
______, - 2014 ,
2013.9
, 2012 , 2013
______, 2013 , 2013
______, , 2013.3
______, , 2012
, R&D
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______, ,
, 2012.6
______, , 2011
, ,
2013.2
______, , , 2013.9
______, ,
2011.2
,
, , 2013
SNE , , , 2013.2
2.
, 2010
, , 2009
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(), , 2012
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,
.
, .
, .
.
:
: (tel : 02-3299-3190, [email protected])
(tel : 02-3299-3032, [email protected])
(tel : 02-3299-3106, [email protected])
: Fax : 02-3299-3225, e-mail : [email protected]
()
/
E-mail
( )
-
197
1. () ( )
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-
Abstract
An Analysis on Competitive Structure and
Cooperation between Korea and
China in Solar Photovoltaic Industry
Song Wookyong et al. ([email protected])
Since 1990, renewable energy sources have grown at an average
annual rate of 2.0%, and growth has been especially high for solar
photovoltaic as a clean energy, which grew at average annual rates of
46.2%. Currently, China gets about 8% of its primary energy from re-
newable sources. Chinas 12th Five Year Plan sets out a specific goal
of 11.4% of total primary energy from non-fossil sources by 2015,
-
Abstract 201
and 15% by 2020. China has been following up on its goals with
significant investments in renewable energy, including over $65 bil-
lion invested in 2012. It is now also the worlds largest producer and
installer of some renewable energy technologies, and invests more in
renewables than any other nation.
However, global economic crisis and exploitation of shale gas
which is one of the most rapidly growing forms of natural gas,
blocked its fast growth. Chinese companies as well as Korean are
carrying out a large-scale restructuring and suffering from the depres-
sion and price reduction. In this situation, Korea and China need to
pursue new development paths with meaningful and complementary
cooperation.
The contents of this study can be divided by two parts : 1) Analysis
on the competitiveness between two countries by value-chain, and 2)
Suggestion of cooperative strategies regarding cooperative and ben-
eficial sustainable growth.
In the study on competitiveness by value-chain, China has a edge
in the field of cell and module except polysilicon, showing the global
dominant position in the downstream sector. Also, Its industrial base
is concentrated in the crystalline silicon PV. In contrary, Korea suc-
ceeded in the industrialization rapidly through the vertical in-house
strategy from polysilicon(raw material) to electricity service(system).
Furthermore, Korea is moving ahead in thin-film PV technologies on
the basis of LCD production experience and a lot of intellectual prop-
-
202
erty.
Considering future prospects for renewable energy, this study aims
to reveal new cooperation strategies which can improve the competi-
tiveness with harmonization of energy policy and industrial policy.
AIso, in this study we suggest some strategies in order to overcome
current industrial crisis. It needs to intensify the improvement of
technological cooperation between two countries. Joint projects by
operating the fund of industrial development will contribute to the
deepening of industrial partnership. It is desirable for two coun-
tries to lead de facto standard of the PV technologies jointly, as the
high global position is favorable to the them. Exchange of tech-
nical professionals should be expanded and activated by the way
of internship or joint start-ups by the bilateral specialists, between
firms or research institutes. Two countries can jointly exploit the
global markets through establishment of supply chain. That means
the vertical partnership that Korea has charge of material and compo-
nents, while China can supply the parts and system. Korea should
improve the thin-film PV technologies which consider as a post PV.
R&D investments aimed atlarge-scale and high efficiencyshould be
strengthened by government utilizing the superior infrastructure es-
tablished by technologies bases of LCD and secondary battery.
New financial support should be introduced for promotion of overall
value chain, considered that profits for PV business needs more 20
years. New business models should be diffused. It should expand
-
Abstract 203
the panel installation for house and business opportunity for cou-
pling system of PV and ESS.
Finally, we hope this study can be helpful for both policy makers
and those who design and build the next strategies for improving
competitiveness in renewable energy.
-
2013 12 24
2013 12 27
1983 7 7 6-0001
130-742 66