japan’s policy for wind energy · japan’s policy for wind energy hidenori yonekura september...
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Japan’s policy for Wind Energy
Hidenori YONEKURASeptember 27th, 2016
Renewable Energy Unit, Technology Strategy Center(TSC)
New Energy and Industrial Technology Development Organization
TSC Renewable Energy Unit
Contents
1. Transition and Outlook of Japanese Wind Energy Market
2. Policy Framework of Wind Energy and the position of on-shore and offshore energy in Japan
3. Support activities for further deployment of wind energy
4. Activities on offshore wind
2
TSC Renewable Energy Unit
Long-term Energy Supply-demand Outlook
3
Capacity PowerGeneration
On-shore
9,180MW
16.1TWh
Off-shore
820MW
2.2TWh
Total10,000
MW18.2TWh
Source: “Long-term Energy Supply-demand Outlook”(METI, 2015)
TSC Renewable Energy Unit
Accumulative Capacity Transition and Outlook in Japan
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0
2,000
4,000
6,000
8,000
10,000
12,000
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設備容量
[MW
]A
ccu
mu
lati
ve C
apac
ity
of
Inst
alle
d W
ind
Tu
rbin
es[M
W]
Target by METI in2030
Capacity Power Generation
On-shore 9,180MW 16.1 TWh
Off-shore 820MW 2.2TWh
Total 10,000M 18.2TWh
Installed Capacity
On-shore 3,067MW
Off-shore 50MW
Total 3,117M
2015
Source: NEDO data base and “Long-term Energy Supply-demand Outlook”(METI, 2015)
Feed-in Tariff started
TSC Renewable Energy Unit
Contents
1. Transition and Outlook of Japanese Wind Energy Market
2. Policy Framework of Wind Energy and the position of on-shore and offshore energy in Japan
3. Support activities for further deployment of wind energy
4. Activities on offshore wind
5
TSC Renewable Energy Unit
Tariff for renewables in FY2016
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PVUnder10kW
Over10kW
Tariff 25~27JPY/kWh 24JPY/kWh
PJ term 10 years 20 years
WindOnshore
Offshore(*)Over 20kW Under 20kW
Tariff 22JPY/kWh 55JPY/kWh 36JPY/kWhPJ term 20 years 20 years 20 years
*Limited to the wind firm which not only located in the offshore but also need vessels for construction and operation
Geothermal
Over 5MW
Under 15MW
Tariff 26JPY/kWh 40JPY/kWh
PJ term 15 years 15 years
BiomassBio gas
GenerationThinned tree Crop
residueScrap wood
OtherresidueUnder 2MW Over 2MW
Tariff 39JPY/kWh 40JPY/kWh 32JPY/kWh 24JPY/kWh 13JPY/kWh 17JPY/kWh
PJ term 20 years 20 years 20 years 20 years 20 years 20 years
Water power
1~30MW
200kW~1MW
Under 200kW
Small and medium-sized water power using existing watercourse
1~30MW 200kW~1MW Under 200kW
Tariff 24JPY/kWh 29JPY/kWh 34JPY/kWh 14JPY/kWh 21JPY/kWh 25JPY/kWh
PJ term 20 years 20 years 20 years 20 years 20 years 20 years
Source: METI website(2016)
*Tax will add to above tariff
TSC Renewable Energy Unit
Summary of Policy Framework for Wind Energy in Japan
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■ Improve the business predictability ( Tariff for multiple-
year would be settled)
■ Cost-effective pricing system ( Targeted price, Auction, etc. )
B) Strengthening of Industrial structure to achieve long-term stable wind industry
C) Promotion of offshore wind power generation
Revision of the FITComprehensive measures
for further deployment
A) Support for Smooth development including acceleration of the environmental assessment
1. High LCOE and increasing surcharge for FIT2. Hurdles for accelerating the deployment
Challenges
TSC Renewable Energy Unit
Contents
1. Transition and Outlook of Japanese Wind Energy Market
2. Policy Framework of Wind Energy and the position of on-shore and offshore energy in Japan
3. Support activities for further deployment of wind energy
4. Activities on offshore wind
8
TSC Renewable Energy Unit
A) Support for Smooth development -e.g. smooth EIA-
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Establishment of the methodology for advance environmental studiesHalving the time period for environmental impact assessment
Schedule on early-enforcement/demonstration projects of environmental impact assessment studies
Demonstration projects for
early-enforcement
environmental impact
assessment
2015
2015Actual
achievements
2016 2017 2018
2016Actual
achievements
2017Actual
achievements
Announcement of the
results of demonstrated
projects as a guidance
Guide(first)
Guide(second)
Guide(final edition)
reflecting reflecting reflecting
updating updating
reflecting to “Handbook for environmental impact assessment at power plants”
TSC Renewable Energy Unit
National government
A) Support for Smooth development -e.g. smooth coordination-
National government provide support on the local councils held and feasibility studies conducted by the local governments, local concerned parties and power suppliers for implementation of the local wind power generation project.
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【Major laws and regulations】➢ Environmental Impact
Assessment Law
➢ Agricultural Land Act
➢ Natural Parks Act
➢ Forest Act
➢ Green corridor etc.
<Roles of the council>
・Smooth adjustment of the regulations on possibility of
the grid-connection
・methods for profit-return system for the local community
utilizing wind power business
・Coordinating with agricultural, forestry, fisheries workers,
and land owners
Local government(s)
Support(attend as an observer)
Local concerned
parties
Wind power
suppliersExperts
Council<Vision for local support>
TSC Renewable Energy Unit
B) Strengthening of Industrial structure -e.g. Capacity building -
Adequate maintenance are important to prevent serious accidents and to improvement of capacity factor .
With the growth of wind power generating facilities, rapid increase in demands for maintenance is expected. The wind turbines maintenance is still an immature industry so that securing and training the human resources are necessary.
Japan Wind Power Association is considering to establish a certification system for private maintenance qualifications.
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<Maintenance for wind power generating facilities>
TSC Renewable Energy Unit
Contents
1. Transition and Outlook of Japanese Wind Energy Market
2. Policy Framework of Wind Energy and the position of on-shore and offshore energy in Japan
3. Support activities for further deployment of wind energy
4. Activities on offshore wind
12
TSC Renewable Energy Unit
Existing offshore wind firm in Japan
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Type LocationDistance
(km)Depth
(m)Rated(MW)
No. of WT
Total(MW)
Start operation
Note
Bottomfixed
Hokkaido 0.7 13 0.6 2 1.2 2003 Near shore
Akita 0.1 - 3.0 1 3.0 2005 Near shore
Yamagata 0.05 4 2.0 5 10.0 2004 Near shore
Ibaragi 0.04~0.05
44
2.02.0
78
14.016.0
20102013
Near shoreNear shore
Chiba 3.1 12 2.4 1 2.4 2013 Demonstration
Fukuoka 1.4 14 2.0 1 2.0 2013 Demonstration
Floating
Fukushima 20 120 2.07.05.0
111
2.07.05.0
201320162016
DemonstrationDemonstrationDemonstration
Nagasaki 1.0 100 2.0 1 2.0 2013 Demonstration
Total 29 64.6
TSC Renewable Energy Unit
Challenges of offshore wind power generation
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Preliminary survey
• Adjustment the issues regarding exclusive use of the sea areas with stakeholders
• Various procedures
• Finance
Design and installation
• Limits of port infrastructures/vessels/heavy machineries for construction of the large-scaled offshore wind turbines and foundations
• Completion Guarantee, risk of delay
Operation & maintenance
• Insurances
• Wake effect
• O&M infrastructure (maintenance ships, equipment etc.)
Decommission
• How to do the decommission
Cost and Risk reduction on offshore wind
TSC Renewable Energy Unit
Identification of the procedures for offshore utilization
Offshore field could determine the port area or general coastal area based on the“Ports and Harbors Act”.
Ports and Harbors Act was revised to establish an open application system forexclusive use regarding the port areas.
The guide for installing offshore wind firm in general coastal areas which includesdemonstration projects and examples of local government to support will bereleased in FY2016.
15Sourse:NEDO offshore wind conditions map(demonstration version)
general coastal areas
port areas• Based on the Ports and Harbors Act
• Based on the prefectural government policy
TSC Renewable Energy Unit
Identification of the offshore resources
16Source: NEDO offshore wind conditions map (demonstration version) http://dcm04.gis.survey.ne.jp/Nedo_Webgis/top.html
<wind direction distribution > <wind speed distribution>
<wind speed trend of month and year>
Offshore wind conditions map including offshore wind conditions, environmental/social conditions and marine geology is advanced under the lead of NEDO.
NEDO released demonstration version of offshore wind conditions mapping March of this year. NEDO will release full version of that within FY 2016,considering collected opinions.
TSC Renewable Energy Unit
RD&D on offshore wind
There are 2 bottom-fixed offshore (Choshi and Kita-kyushu) and 2 floating offshore (Fukushima and Goto) demonstration project has been implemented.
In addition to above PJ, new demonstration project lead by NEDO for low-cost floating offshore wind is starting.
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General coastal area Port area
(As of Jan. 2016)
Fukushima (Floating type)
Kita-Kyusyu (Bottom-fixed type)
Goto, Nagasaki (Floating type)
✓ Installation of 2MW-windmill was completed in March 2013. Power generation has been started since June 2013.✓ Demonstration data including operating data and wind-speed data will be collected by (the end of) the business year 2016.
✓ Installation of 2.4MW-windmill was completed in October 2012. Power generation has been started since March 2013.✓ Demonstration data including operating data and wind-speed data will be collected by (the end of) the business year 2016.
✓ Demonstration has been implemented to realize the world’s first full-scale offshore wind power generation at the point about 120m below the surface of the sea, roughly 20km off the coast of Fukushima since the business year 2011.✓ Wind turbines (2MW-one in November 2013, and 7MW-one in the business year 2015) were installed and started of operation. 5MW-wind turbine is planned to be installed around summer, 2016.
7MW SHINKAZE
2MW MIRAI
5MW HAMAKAZE
✓ Floating offshore wind turbines(100kW) was installed in June 2012. Floating offshore wind turbines (2MW-class) was installed and started of operation in October 2013. (Ministry of the Environment)✓ The demonstration project was closed at the end of the business year 2015. SPCs have started electric power selling business from April 2016.
Choshi (Bottom-fixed type)
Source: METI
2MW Haenkaze
TSC Renewable Energy Unit
Offshore wind installation projects
18
Ishikari-bay new portExpected capacity:
100,000kW
Noshiro port, Akita portExpected capacity
150,000kW
Omaezaki portExpected capacity:
50,000kW
Wakkanai portExpected capacity:
10,000kW
(As of Jan. 2016)
Sakata port(under contemplation)
Kashima portExpected capacity:
250,000kW
Off Iwafune, MurakamiExpected capacity:
200,000kW
Off Yasuoka, ShimonosekiExpected capacity:
60,000kW
Kita-Kyusyu portExpected capacity:
300,000kW
Mutsuogawara portExpected capacity:
120,000kW
Several bottom-fixed offshore wind firm are in progress across the country.
Off AkitaExpected capacity:
450,000kW
Source: METI
General coastal area Port area
TSC Renewable Energy Unit
Summary
As the Feed-in Tariff (FIT) system has started, there are the movement toward a growing introduction of the wind power generation. For further expansion, reduction of LCOE is indispensable from the aspect of cutting down on a burden of public imposition and some challenges such as long lead time and appropriate coordination with local community should be resolve.
Japan are conducting revisions of the FIT law, improvement of business environment to expand the installation of wind power generation, and construction of the framework for long-term stable wind energy industry.
Since Japan has limited points with good wind condition onshore, it is important to promote the offshore wind power generation.
For advance of the offshore wind, Japan has addressed the clarification of the process for the utilization of port/general coastal areas, the organization of offshore wind power potential map and the RD&D of offshore wind power generation, and handling the other issues toward the expanding installation.
Several first commercial bottom fixed offshore wind farm are in progress. 19
Thank you for your attention.
Hidenori YONEKURARenewable Energy Unit, Technology Strategy Center(TSC)
New Energy and Industrial Technology Development OrganizationTel: +81-44-520-5150, Email:[email protected]