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JapanJapan’’s Energy Policys Energy Policy
April 26,2006April 26,2006
Atsushi TAKETANIAtsushi TAKETANIEmbassy of JAPANEmbassy of JAPAN
2
Source: METI
Total Primary Energy Supply in JapanTotal Primary Energy Supply in Japan
Coal
Oil
Natural GasNuclear
Hydro
New Energy & others
0100200300400500600700
1965 1970 1975 1980 1985 1990 1995
100m
illio
nK
L<
Oil
Eq
uiv
alen
t>
2001
1st Oil Crisisin 1973 2nd Oil Crisis
in 1979
77% 49%
Gulf Warin 1991
Japan USA UK France Germany Italy EU
Dependence on Oil 49% 39% 35% 34% 37% 51% 40%Dependence on Oil Imports 99.7% 60% ?54? 98% 97% 94% 74%
Dependence on Middle East 87% 23% 5% 24% 10% 30% 22%
Comparison of structure of energy supply with other countriesComparison of structure of energy supply with other countries(Year 2002) (%)(Year 2002) (%)
JapanJapan’’s Energy Supplys Energy Supply
Source :IEA
3
Dependence on OilDependence on Oil
Dependence on oil has dropped below 50% over the past 30 years. Theshare of oil to total power generated has fallen to 11%.
However, Japan still depends on overseas fossil fuels for 80% of its primaryenergy supply. Thus, further diversification of energy supply is necessary.
【Figure 3-1: Changes in Shares of Primary Energy Supply】 【Figure 3-2: Changes in Share of Power Generated】
38%
59%
76%69%
54%47%
0%
0%
2%
3%
4%
3%
41%
27%
15%
14%
16%
20%
1%
1%
2%
5%
10% 14%
0%
0%
1%4%
9% 9%20%12%
5% 6% 7% 6%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
1960 1965 1973 1979 1990 2003
Renewable/newenergy,
etc.
Nuclear power
Natural gas
Coal
LPG
Oil
Source: Created based on the Agency for Natural Resources and Energy, “Comprehensive Energy Statistics.”
19%
31%
73%
53%
29%
11%
29%
26%
5%
4%
10%
24%
0%
0%
2%
14%
22% 28%0%
0%
3%
14%27%
26%
0%
0%
1% 1%1% 1%
52%
42%
16% 15%11% 10%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
1960 1965 1973 1979 1990 2003
Renewable/newenergy, etc.
Pumped hydropower
Nuclear power
LNG
Coal
Oil, etc.
Source: Created based on the Agency for Natural Resources and Energy, “Outline of Electric Power Development.”
Changes in Environment of Japan Changes in Environment of Japan’’s Energy Policys Energy Policy
(1) Structural changes in international oil market(1) Structural changes in international oil market(2) Increase in energy demand in Asian region(2) Increase in energy demand in Asian region(3) Increase in Oil demand and dependence on Middle(3) Increase in Oil demand and dependence on Middle East East(4) Increase of environmental restraints(4) Increase of environmental restraints →→Entry into force of the Kyoto ProtocolEntry into force of the Kyoto Protocol
Ministry of Economy, Trade and Industry hasMinistry of Economy, Trade and Industry hasembarked on a review of the energy policy.embarked on a review of the energy policy.The final reThe final report will be issued in May 2006.port will be issued in May 2006.
5
World Primary Energy Supply Outlook by RegionWorld Primary Energy Supply Outlook by Region
Source: IEA/World Energy Outlook 2004
Primary Energy Supply Outlook in Asian RegionPrimary Energy Supply Outlook in Asian Region
Source: DOE/EIA International Energy Outlook 2004
Increase in Energy Demand in Asian regionIncrease in Energy Demand in Asian region
36%39%42%
45%
56%
9%9%
10%
10%
15%
15%
14%
13%
12%
7%
21%
20%
19%
18%
12%
6%
5%
5%
4%
4%
5%
5%
4%
4%
1%
7%
6%
5%
5%
4%
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
18,000
1971 2002 2010 2020 2030
?iMtoe)
5,536
10,345
12,194
14,404
16,487
OECD?iExcludingJapan and Korea?j
Former USSR
China
Asia?iIncludingJapan and Korea?j
Latin America
Middle East
Africa
447.5
547.5
657.5675
992.5
2275
637.5
1135
2060
0
500
1000
1500
2000
2500
1990 2001 2025
(Mtoe)
Japan
China
Other Asia
6
World Primary Energy Supply Outlook by SourcesWorld Primary Energy Supply Outlook by Sources
World Oil Supply Outlook by RegionsWorld Oil Supply Outlook by Regions
Total Supply :77mb/d Total Supply :121.3mb/d
Asia:India、ASEAN(excluding Indonesia)etc.
出典:IEA/World EnergyOutlook(2004)
20022002 20302030
Increase in Oil Demand and Dependence on Middle EastIncrease in Oil Demand and Dependence on Middle East
22%22%23%23%25%
35%35%
35%36%
44%
25%
24%
22%
21%
16%
5%
5%
6%
7%
1%
2%
2%
2%
2%
2%
10%
10%
10%
11%
12%
2%
1%
1%
1%
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
18,000
1971 2002 2010 2020 2030
?iMtoe?j
5,536
10,345
12,194
14,404
16,487
Coal
Oil
Natural Gas
Nuclear
Hydrogen
Biomass andwaste
Otherrenewables
Source: IEA/World Energy Outlook 2004
OECD28%
Other16%
Asia3%
China4%
Former USSR12% Other OPEC
12%
OPEC Middle East25%
OPEC:37%OECD10%
Other20%
Asia1%
China2%
Former USSR13%
Other OPEC11%
OPEC Middle East43%
OPEC?F54%
7
-10
-5
0
5
10
15
20
1990
1995
2000
2010
(%)
Co
mp
ared
wit
h C
O2
em
issi
on
s o
f 1
99
0
The actual level of CO2 emission caused by energy consumption,The actual level of CO2 emission caused by energy consumption,and Japanand Japan’’s target for 2010s target for 2010+
+
+
+
Kyoto Target -6%
20%
6%
Kyoto Protocol Target Kyoto Protocol TargetThe Kyoto protocol entered into force on 16 February 2005 followingThe Kyoto protocol entered into force on 16 February 2005 followingratification by Russia.ratification by Russia.
Formulate a ‘legal plan for achievement of Kyoto Protocol Target’instead of the present revision of ‘Guideline of Measures to PreventGlobal Warming’.
The law concerning implementation of global warming countermeasures will takecomplete effect.
2010
8
The Basic Principles of JapanThe Basic Principles of Japan’’s Energy Policys Energy PolicyStipulated in The Basic Law on Energy Policy-Making Stipulated in The Basic Law on Energy Policy-Making ((2002/62002/6))
Harmony Harmony with Environmentwith Environment
UsageUsage of Market of Market
MechanismsMechanisms
Assurance of Assurance of Stable SupplyStable Supply
**Basic Plan on Energy : endorsed by the Cabinet on October 7, 2003Basic Plan on Energy : endorsed by the Cabinet on October 7, 2003
9
Medium-to-Long Term Energy StrategiesMedium-to-Long Term Energy Strategies
(1) Promotion of Energy Conservation
(2) Diversification of Energy Supply Sources
(3) Achievements and Targets forImplementation of New Energy
(4) Energy Technology Innovation
(5) Constructing Regional and Global Networks
10
*Energy Consumption in 2001 (kl:Oil Equivalent)/GDP in 2001* Converting Japan as 1
Energy ConservationEnergy Conservation
Comparison of Energy Consumption per GDPComparison of Energy Consumption per GDP
2.7
1.9
1.61.4
1.0
0.0
0.5
1.0
1.5
2.0
2.5
3.0
Japan USA UK France Germany120110Å@180100
Cement
Å|Å|Å|161100Paper
120118100Chemicals
111103112118100Steel
GermanyFranceUKUSAJapanÅ@
International Comparison of EnergyInternational Comparison of EnergyConsumption Rates (Japan=100)Consumption Rates (Japan=100)
Source : Subcommittee on Demand & Supply, AdvisoryCommittee for Natural Resources and Energy, Interim Report1998
※Chemicals shows the unit of soda industry.※Cement shows the unit of calcination process.
11
Uniformmanagement
Radical Change of the Law Concerning the RationalRadical Change of the Law Concerning the RationalUse of Energy (The Energy Conservation Law)Use of Energy (The Energy Conservation Law)
Factories and Businesses
Type1 specified energymanagement company*Control of heat and
electricity added together
Type1specified heatmanagement
factoryOver 3,000kl
Type1specifiedelectricity
managementfactory
Over 12GWh
<Obligations> ① Formulation of medium-to-long termplan ② Regular report ③ Appointment of energy management
Factories and businesses Targeted forenergy conservation : 10,000 → some tens of thousands
Transportation
・Cargo owners・Transportation companies・Passenger transportcompanies
<Obligations>① Formulation of action plan② Regular reports
No regulation
House andBuildings
Residences
Residences
Fulfill energyefficiency measures,such as insulationefficiency,concerning housesand buildings
<Obligations>House: Publication of guidelineBuilding:Notificationof energy efficiency measures
※Improvement of the factory and businessmanagement system in order to manage heat andelectricity integrally※Type2 specified energy management factoriesabsolved of obligations should also manage heatand electricity integrally.
Newly targeted
Retailer
<Obligations>・Achievement ofTop runner standard・Display of energy consumption efficiency
・Display ofannualconsumption ofelectricity andfuel efficiency
newly targeted
Top runner equipments
18 items (cars, air conditioner, etc.)
No regulation
Manufacturer
【Same as at present】
CurrentCurrent
After revisionAfter revision
EnergySupplier
No regulation
Power companyGas company
Newly targeted
・Implementation ofenergy efficiencypromotion business(informationprovision toconsumers)
12
Stockpiling Stockpiling of Oil and LPGof Oil and LPG
● National oil stockpiling bases : 10
National LPG stockpiling bases (under construction) : 5
Source: JNOC
0
2,000
4,000
6,000
8,000
10,000
12,000
7 2 7 3 7 4 7 5 7 6 7 7 7 8 7 9 8 0 8 1 8 2 8 3 8 4 8 5 8 6 8 7 8 8 8 9 9 0 9 1 9 2 9 3 9 4 9 5 9 6 9 7 9 8 9 9 0 0 0 1 0 2
???
Government stockpile
Private sector stockpile
81days
91days
*as of 31Dec. 2004
13
Diversification of Energy Supply SourcesDiversification of Energy Supply Sources::Sakhalin ProjectsSakhalin Projects
2007:2007:CommencementCommencement
ofofnatural gas bynatural gas byLNG *planningLNG *planningmax. 9.6MMt/yrmax. 9.6MMt/yr
2008:2008:Commencement ofCommencement ofnatural gas bynatural gas bypipeline *planningpipeline *planningmax. 6MMt/yrmax. 6MMt/yrlength: 1,300-1,600kmlength: 1,300-1,600km
1999:1999:CommencementCommencement
ofofoil productionoil productionMax. 180,000B/DMax. 180,000B/D
2005:2005:CommencementCommencementof oil productionof oil productionmax. 250,000B/Dmax. 250,000B/D
ScheduleSchedule
10 billion USD10 billion USD12 billion USD12 billion USDGrand TotalGrand TotalProjectProjectCostCost
Gas: approx.Gas: approx.17TCF17TCF
Gas: approx.Gas: approx.17TCF17TCF
Oil: approx.1.1Oil: approx.1.1billion BBLbillion BBL
Oil: approx.2.3Oil: approx.2.3billion BBLbillion BBLRecoverableRecoverable
ReservesReserves
Sakhalin-2Sakhalin-2
__
Sakhalin-1Sakhalin-1__
Source: Report from related companies
Sakhalin-1
Sakhalin-2
14
Acceleration of Shift to Natural Gas Acceleration of Shift to Natural GasMerits of Natural GasMerits of Natural Gas
☆☆Promising as a source of hydrogen for fuel cells and distributed generationPromising as a source of hydrogen for fuel cells and distributed generation(e.g. co-generation)(e.g. co-generation)
☆☆Environment friendlyEnvironment friendly☆☆Stable supply sourceStable supply source(e.g. Asia-Pacific, etc.)
Main Measures to Promote Natural GasMain Measures to Promote Natural Gas
☆☆ Promotion of Domestic Pipeline ProjectsPromotion of Domestic Pipeline Projects
☆☆ Promotion of new form of utilization (GTL/ DME)Promotion of new form of utilization (GTL/ DME)
Oman2.8%
USA2.1%
Other0.1%
UAE9.0%
Brunei10.9%
Qatar11.3%
Australia13.1%
Malaysia20.8%
Indonesia29.9%
15
Nuclear power generation is a main power source that accounts for about one- third of the total electricity generation in Japan.
At present, Japan has 54 nuclear power generation units in operation (3units are now under construction). There are also plans to build additional11 units in the future.
Promotion of Nuclear PowerPromotion of Nuclear PowerPromotion of Nuclear Power
Development Plan of Nuclear Power Plant
Utilities Plant name GrossCapacity(MW)
Date ofconstruction
start
Date ofcommercialoperation
Currentstatus
Hokkaido Tomari-3 912 November 2003 December 2009 1*Namie-Odaka 825 Fiscal 2011 Fiscal 2016
Higashidori-2 1385 In or after fiscal2011
In or after fiscal2016
Fukushima I-7 1380 April 2007 October 2011 *Fukushima II-8 1380 April 2007 October 2012 *Higashidori-1 1385 Fiscal 2007 Fiscal 2013 *
Higashidori-2 1385 In or after fiscal2009
In or after fiscal2015
Hokuriku Shika-2 1358 August 1999 March 2006 1*Shimane-3 1373 December 2005 December 2011 1*
Kaminoseki-1 1373 Fiscal 2009 Fiscal 2014 *Kaminoseki-2 1373 Fiscal 2012 Fiscal 2017
J-Power Ohma 1383 August 2006 March 2012 *JAPC Tsuruga-3 1538 May 2007 March 2014 *
Tsuruga-4 1538 May 2007 March 2015 *Total
Source: FY 2005 Power Supply Plans
Note 2: * represents the 10 nuclear power plants that are scheduled to be in commercial operation inor before fiscal 2014.
Tohoku
Note 1: 1 represents the plant that is now under construction.14 units 18,588MW
Tokyo
Chugoku
OpetratingOpetrating : 54 units : 54 unitsUnder construction : 3Under construction : 3unitsunits
Note: The units under construction representthose units that have been given approvals toinstall nuclear reactors and their constructionplans have been approved.
J-Power Ohma (prepare to start construction)
Kansai Mihama 1-3, Ohi 1-3, Takahama 1-4 (operating)
Hokkaido Tomari 1,2 (operating) Tomari 3 (under construction)
Kyushu Genkai 1-4 (operating)
Tokyo Kashiwazaki Kariwa 1-7 (operating)
JAPC Tsuruga 1,2 (operating) Tsuruga 3,4 (prepare to start construction)
Hokuriku Shika 1 (operating) Shika 2 (under construction)
Chugoku Shimane 1,2 (operating) Shimane 3 (under construction)
Kyushu Sendai 1,2 (operating)
Chugoku Kaminoseki 1,2 (prepare to start construction)
Shikoku Ikata 1-3 (operating)
Chubu Hamaoka 1-5 (operating)
JAPC Tokai (operation terminated) Tokai II (operating)
Tokyo Fukushima II1-4 (operating)
TokyoFukushima I 1-6 (operating)7,8 (prepare to start construction)
Tohoku Namie Odaka (prepare to start construction)
Tohoku Onagawa 1-3 (operating)
TohokuHigashidori 1 (operating)Higashidori 2 (prepare tostart construction)
TokyoHigashidori 1,2 (prepare tostart construction)
16
Deregulation and Nuclear PowerDeregulation and Nuclear Power•The measures to maintain nuclear power generation amid the deregulation
Maintenance of Robustness in the Field of Technology and Human ResourcesMaintenance of Robustness in the Field of Technology and Human Resources (Measures for large-scale construction of replacement reactors around 2030)
•Project to develop next-generation light-water reactors (the project by cooperationbetween the government and the private sector for the first time in 20 years)
•Measures for developing human resources. (to support local efforts for development offield service engineers)
•Export business of the nuclear power industry
Steady Promotion of Nuclear Fuel CycleSteady Promotion of Nuclear Fuel Cycle•Scenario to start commercial introduction of fast-breeder reactors (FBRs) in 2050
Compatibility of Non-Proliferation and the Peaceful Uses of Atomic EnergyCompatibility of Non-Proliferation and the Peaceful Uses of Atomic Energy•Discussion on the international nuclear management mechanism
Future Efforts for Nuclear Energy PolicyFuture Efforts for Nuclear Energy PolicyFuture Efforts for Nuclear Energy Policy
The Advisory Committee to the Minister for Economy, Trade andIndustry plans to discuss the following wide-ranging issues and toconclude in summer 2006.
17
Achievements and Targets for Implementation of New EnergyAchievements and Targets for Implementation of New Energy
* Unused energy: includes snow and ice cold heat.
* Black liquor and scrap wood are forms of biomass so this category includes those parts used for power generation.
* Clean energy vehicles: include electric vehicles, fuel cell vehicles, hybrid vehicles, natural gas cars, methanol vehicles and diesel alternative LPgas vehicles.
* Natural gas cogeneration: include production by fuel cells.
New energy on the demand sideNew energy on the demand sideNew energy on the supply sideNew energy on the supply side
19,100,000 Kl(Approximately
3%)
6,930,000 Kl(1.2%)
Total(gross supply of
primary energy ratio)
4,940,000 Kl4,710,000 KlBlack liquor and scrapwood, etc*
580,000 Kl60,000 KlUnused energy *
670,000 Kl-Thermal utilization ofbiomass
140,000 Kl36,000 KlThermal utilization ofwaste
4,390,000 Kl740,000 KlSolar thermalutilizationField of use of energy
340,000 Kl(330,000 kW)
226,000 Kl218,000 kW)
Biomass generation
5,520,000 Kl(4,170,000 kW)
1,520,000 Kl(1,400,000 kW)
Waste powergeneration
1,340,000 Kl(3,000,000 kW)
189,000 Kl(46,3000,000
kW)
Wind powergeneration
1,180,000 Kl(4,820,000 kW )
156,000Kl(637,000 kW)
Photovoltaic powergenerationField of pow
er gen erat ion
Targets forFY2010
FY2002
Fuel cells
Natural gascogeneration *
FY2001
2,200,000 kW12,000K kW
4,640,000 kW1,900,000 kW
3,480,000vehicles
115,000vehicles
Clean energy vehicles *
Targets forFY2010
Renewables Portfolio Standard Lawenforced in April 2003 imposes a certainamount (more than 1.35% in 2010) ofNew Energy usage on electric industry.Consequently, it leads to the expansionof New Energy.
【RPS Law】
18
Installed Photovoltaic(PV) PowerInstalled Photovoltaic(PV) Power< Cumulative >< Cumulative >
Inst
alle
d P
V P
ow
er (
MW
)
Wind Power in JapanWind Power in Japan< Cumulative >< Cumulative >
Source: NEDO
New Energy New Energy
0
100
200
300
400
500
600
700
800
900
(MW?
Japan Germany USA Netherlands Australia Spain Italy France
World Total World Total (2003)(2003) 1,8091,809〔〔MWMW〕〕 JapanJapan 860MW860MW GermanyGermany 410MW410MW USAUSA 275MW275MW
0.0
10.0
20.0
30.0
40.0
50.0
60.0
70.0
80.0
90.0
100.0
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
(MW)
0
100
200
300
400
500
600
700
800Number
Energy Output
Number
FY2003FY2003678M678MWW
Source: Trends in Photovoltaic Applications/ IEA/ PVPS(2003)
*IEA/ PVPS members; Australia, Austria, Canada, Switzerland, Denmark, Germany, Spain, Finland, France, UK, Israel, Italy, Japan, Korea, Mexico, Netherlands, Norway, Portugal, Sweden, USA
735
19
【Targets for introduction of fuel cells】○Fuel Cell Vehicles : about 50,000 by 2010 about 5,000,000 by 2020
○Stationary Fuel Cells : about 2.2GW by 2010
Residential dispersed energy
Long-time usable power supply
- Harmony with Environment
- Assurance of Energy Security
- Creation of new industries
- Harmony with Environment
- Assurance of Energy Security
- Creation of new industries
Stationary Fuel CellStationary Fuel Cell Fuel-Cell VehicleFuel-Cell Vehicle
Portable Fuel CellPortable Fuel Cell High temperature typefuel cell
High temperature typefuel cell
Zero emission vehicle
Fuel Cell
H2O
H2
Polymer Electrolytemembrane
Chemicalchange
Highly efficient power generation
Power Control unit
Motor
Fuel Cell
Hydrogengas cylinder
O2
about 10GW by 2020
Energy Technology Innovation : Fuel Cells Energy Technology Innovation : Fuel Cells
20
MiddleEast
RussiaRussia
ProducingProducingcountriescountries
(APEC)
Bilateral relations
Consumers:USA, Europe, China, Korea,ASEAN, India, etc.
Producers: Australia, Russia, SaudiArabia, Iran, etc.
(IEA)
Producer &consumerdialogue(IEF, etc.)
Industrializedconsuming countries
(APEC)
Asian ConsumingCountries
= ASEAN+3,India etc.
Asia Pacific EconomicCooperation (APEC)
Constructing Regional and Global NetworksConstructing Regional and Global Networks
New National Energy Strategy
<Background>-The world energy market has changed, due to the rapid growth in China and India- Tight energy supply will continue in the long term- Market will be more sensitive to the factor in the short terms such as hurricanes
The need for New National Energy Strategy in coordination with the private sector<Basic Concept> -Energy Security -Coping with Climate Change
<Time schedule>2006. Mar. Interim Report2006. May. Complete report of New National Energy Strategy Which might include: Targets for Higher Energy Conservation, Lower Oil Dependence, and More Nuclear Power