Energy Low Emission Development Strategies in Asia: A Regional Overview and E...Worldwatch Institute
1. Welcome & Introduction: Alexander Ochs, Worldwatch Institute, LEDS-EWG Chair
2. Introduction to the LEDS Asia Regional Platform and the Importance of Energy in Asia: S.S. Krishnan, Center for Study of Science, Technology and Policy, LEDS-EWG Co-Chair for Asia
3. Key Low-Emission Energy Developments in Asia: Beni Suryadi, ASEAN Centre for Energy
4. Learning from Thailand’s Clean Energy Strategy: Bundit Limmeechokchai, Thammasat University
5. Q&A
6. Survey
Marketing Strategy for Renewable Energy development In Indonesia Context TodayMercu Buana University
Economic development depends on the availability of energy, especially in supporting the current government’s development priorities to build the infrastructure sector in Indonesia, while the goal of development is to improve the nation’s competitiveness this research aims to investigate the opportunity to reduce fossil energy and switch to renewable energy. One of the efforts to improve long-term national energy security length is through reducing dependence on fossil energy, and the government must take swift action to use renewable energy. The methodology in this research uses internal factor evaluation analysis, external factor evaluation and SWOT matrix. Furthermore, the data used is secondary data in the period 2017–2022 coming from various official sources. The development of renewable energy in the world followed by the technology, more advanced technology used, the cost of investment and renewable energy tariffs will be cheaper, thus will be more competitive with electricity from fossil energy. Currently the installed power generation capacity in Indonesia is 57 gigawatts, of which 86% still use fossil energy and the remaining is renewable energy. Renewable energy in Indonesia becomes a very potent alternative, where the energy source depends on the geographical area and the source of energy it produces. The potential of renewable energy in Indonesia is very big, Indonesia has 40% geothermal potential in the world.
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Energy Low Emission Development Strategies in Asia: A Regional Overview and E...Worldwatch Institute
1. Welcome & Introduction: Alexander Ochs, Worldwatch Institute, LEDS-EWG Chair
2. Introduction to the LEDS Asia Regional Platform and the Importance of Energy in Asia: S.S. Krishnan, Center for Study of Science, Technology and Policy, LEDS-EWG Co-Chair for Asia
3. Key Low-Emission Energy Developments in Asia: Beni Suryadi, ASEAN Centre for Energy
4. Learning from Thailand’s Clean Energy Strategy: Bundit Limmeechokchai, Thammasat University
5. Q&A
6. Survey
Marketing Strategy for Renewable Energy development In Indonesia Context TodayMercu Buana University
Economic development depends on the availability of energy, especially in supporting the current government’s development priorities to build the infrastructure sector in Indonesia, while the goal of development is to improve the nation’s competitiveness this research aims to investigate the opportunity to reduce fossil energy and switch to renewable energy. One of the efforts to improve long-term national energy security length is through reducing dependence on fossil energy, and the government must take swift action to use renewable energy. The methodology in this research uses internal factor evaluation analysis, external factor evaluation and SWOT matrix. Furthermore, the data used is secondary data in the period 2017–2022 coming from various official sources. The development of renewable energy in the world followed by the technology, more advanced technology used, the cost of investment and renewable energy tariffs will be cheaper, thus will be more competitive with electricity from fossil energy. Currently the installed power generation capacity in Indonesia is 57 gigawatts, of which 86% still use fossil energy and the remaining is renewable energy. Renewable energy in Indonesia becomes a very potent alternative, where the energy source depends on the geographical area and the source of energy it produces. The potential of renewable energy in Indonesia is very big, Indonesia has 40% geothermal potential in the world.
What is the plan of your country to have a 100% green energy supply and is th...Dimas Naufal Al Ghifari
Analysis of Indonesia's current energy shape and its mix proportions. An overview of current energy state and the gap to meet its ambitious 23% RE mix goals are presented. Furthermore, alternative recommendations for govermental policy to boost and sustain its renewable energy mix are presented
What Are The Plans of Indonesia to Reduce The Carbon Footprint in The Energy ...Dimas Naufal Al Ghifari
An analysis of Indonesia's readiness in embracing the development of its renewable energy sources in a form of consulting slides. An overview analysis of the present energy situation is established followed by the highlights of the current key renewables-related policies and regulations. Numerous remarks and recommendations are presented at the end.
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and Paulo Rodelio Halili
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(phalili@adb.org) is Senior Economics Officer at the
Economic Research and Regional Cooperation
Department, Asian Development Bank (ADB).
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ADB Economics Working Paper Series
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and Paulo Rodelio Halili
No. 460 | October 2015
Kee-Yung Nam (kynam@adb.org) is Principal
Economist, Maria Rowena Cham (rmcham@adb.org) is
Senior Economics Officer, and Paulo Rodelio Halili
(phalili@adb.org) is Senior Economics Officer at the
Economic Research and Regional Cooperation
Department, Asian Development Bank (ADB).
This paper was written as a background paper for the
ADB Myanmar Country Diagnostics Study. The authors
wish to thank Ron Ico, Lyndree Malang, and Lotis Quiao
for their excellent research support.
Impact of the Financial Crisis on the Energy Sector
Dr. Fatih Birol
Chief Economist
International Energy Agency
World Energy Council
Rome, 19th March 2009
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Import tax exemption for goods which can not be produced inland
Corporate tax exemption as highest priority.
Obligation to purchase electricity: EVN must purchase all electricity generated from renewable energy sources in 20 years
Land use fee exemption for renewable energy projects
Free Environmental protection fee
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Decision No.18/2008/QD-BCT dated 18/7/2008 on avoided cost tariffs for small hydro projects (for Small Hydro power plants)
Decision No. 37/2011/QD-TTg dated 29/6/2011 on support mechanism for wind power projects
Circular No.32/2012/TT-BCT dated 12/11/2012 on development wind power projects and power purchase agreement for wind power projects
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A review of of renewable energy laws lessons for thailand
1. Thailand’s Country Case
Study
A Review of of Renewable Energy Laws:
Lessons for Thailand
20 November 2013
Sopitsuda Tongsopit, ERI
Chris Greacen, Palang Thai
3rd Mekong Forum on Water, Food, and Energy,
Melia Hotel, Hanoi, Vietnam
Palang
Thai
2. 2
Outline
• Key Successes of Thailand’s RE Development
• Key barriers and bottlenecks
• Lessons learned from 4 Renewable Energy Laws
• Recommendations for the Development of
Thai law
3. Thailand: High Growth in Power Consumption; Limited
Resources
Total Electricity Net Consumption
(Billion Kilowatt-Hours)
160
140
120
Thailand
Indonesia
100
Malaysia
Vietnam
Philippines
80
Singapore
Myanmar
60
Brunei
Cambodia
40
Laos
20
Source: EIA (2013)
2010
2008
2006
2004
2002
2000
1998
1996
1994
1992
1990
1988
1986
1984
1982
0
1980
Billion KWh
3
Source: EPPO (2013)
based on Jan-Feb 2013 generation data
5. 5
THAILAND: Supportive RE Framework
AEDP 2012-2021 goal: 25% of total consumption is RE by
2021
Low Interest Loan: Revolving Fund
Note: RF program was fully subscribed as of 2012
Venture Capital: ESCO Fund
Tax Incentives: BOI Privilege
Investment Subsidy (Biogas)
Feed-in Tariff: Adder
7. 7
Feed-in Tariffs
• Feed-in tariffs (FiT) has been recognized as one
of the most effective and efficient drivers of
renewable energy (RE) scale-up worldwide.
• A feed-in tariff (FIT) rate can be defined as a
power purchasing rate per kilowatt-hour from
eligible renewable power sources for a prespecified period of time.
9. 9
Trend of MW in the Pipeline (All Renewables)
Oversubscription
to the ADDER
program
has been followed
by governance
challenges
10. 10
Key Barriers in Thailand’s RE Development
▫ Policy and regulatory uncertainties:
Interruption of support for solar power
▫ Complicated permitting process
Average > one year of permitting process for solar & WTE plants
▫ Lack of an effective monitoring and
evaluation system
▫ Lack of a unified energy plan
Many existing energy plans that do not synchronize
▫ Lack of integration of renewable energy with
other types of policies, including environmental,
11. 11
Thailand’s Alternative Energy Development Act
Thailand’s Alternative Energy Development Act
Chapter
1
General Provisions
2
The Alternative Energy Committee
3
Obtaining Alternative Energy Support
-roles of responsibilities of the Committee and the alternative
energy enterprise
4
Framework for Alternative Energy Support
-Priviledge, Investment , and Incentives
5
Alternative Energy Support
-RPS provision
6
Alternative Energy Fund
7
Enforcement
8
Transitional Provision
12. 12
Comparisons of the RE Laws of 4 Countries
Country
Name of the Law
The Act on granting priority to renewable
Germany energy sources
(Renewable Energy Sources Act – EEG)
Ontario
Green Energy Act
Malaysia Renewable Energy Act 2011
Japan
The Act on Special Measures Concerning
the Procurement of Renewable Electric
Energy by Operators of Electric Utilities
Year
Enacted
2000
2009
2011
2012
13. 13
Big Picture on the Reviewed Laws
1) The laws targeting RE use in the power sector and RE fuels are usually
separate.
2) Some laws amend or repeal other laws and may have subsidiary
legislations.
3) Balancing supportive measures and public interest (e.g., cost burden on
taxpayers/ratepayers); prevention of fraud; many installations on one plot
of land (Section 19 of German RE Law)
4) Policy and implementation details
-Certain laws such as the German RE Law include policy and
implementation details.
-Other laws determine a broad framework to be followed by
details from Ministerial Directives (Ontario’s Ministerial
Directives guiding the OPA) or ordinances (Japan’s METI).
15. Germany
• Name of Law: Renewable Energy Sources
Act (EEG)
• Enacted in 2000 (with recent updates in 2012)
• FIT: solar PV
wind
geothermal
hydropower
landfill gas
biomass.
•
16. German RE law: Objectives
•
•
•
•
Protect environment and climate
Reduce cost of energy supply
Conserve fossil fuels
Promote development of renewable energy
technology
17. Note: Thai electricity consumption:
112,401 GWh in 2012
German RE law: impacts
1360000 GWh (2012)
20.35% of gross
electricity
consumption
18. Key feature 1:
Legally binding renewable energy
targets
35% by 2020;
50% by 2030;
65% by 2040;
80% by 2050;
Section 1(2): Purpose
19. Key feature 2: Quantity of renewable energy is regulated
entirely by adjusting the price offered. (No MW caps)
7400
MW
installed
in 2010
and
2011.
13.5
ct/kWh
2013
Freestanding
Rooftop 30-100 kW
Rooftop <30 kW
Rooftop >100 kW
Section 20: Reductions in tariffs and bonuses
Section 20b: Reduction in tariffs paid for electricity generated from solar radiation
20. Key feature 3: For solar: volume-based mechanism to
adjust degression in response to recent deployment
Increased degression rate if
target exceeded
Target: 2500-3500 MW per
year
Section 20b: Reduction in tariffs paid for electricity generated from solar radiation
22. Key feature 5: Market integration model for
installations generating electricity from solar
• “The tariff paid for [solar] electricity larger than
10 kilowatts… shall be limited to 90 percent of
the total quantity of electricity generated in the
installation in that calendar year.”
• (This incentivizes installations where the
remaining 10% is used locally)
Section 33: Market integration model for installations generating electricity from
solar radiation
23. Key feature 6: Priority Grid access
• “Grid system operators shall immediately and as a
priority connect installations generating electricity
from renewable energy sources.”
Section 5: Connection
25. 25
Ontario’s Green Energy Act (GEA) 2009
Context and Driving Forces:
▫ Aging power industry infrastructure
▫ Commitment to phase out coal since 2003
(unique in North America)
▫ Economic recession & job losses
26. 26
Objectives of Ontario’s Green Energy Act
• Foster the growth of renewable energy projects
• Remove barriers to and promote opportunities
for renewable energy projects
• Promote and expand energy
conservation
• Promote a green economy
28. 28
Key Feature 1: FiT with additional
incentives for energy efficiency
and communities
29. 29
Ontario Power Authority's Feed-in Tariffs 2009
Effective Date 1 October 2009
1.35918
Years €/kWh $CAD/kWh
Wind
Onshore*
Offshore*
20
20
0.10
0.14
0.135
0.19
Ontario’s FiT
1.309
USD/kWh
0.13
0.183
Photovoltaics
MicroFIT
Rooftop <10 kW
Groundmounted <10 kW (2 July 2010)
20
20
0.59
0.47
0.802
0.642
0.7724
0.6183
Rooftop >10 kW<250 kW
Rooftop >250 kW<500 kW
Rooftop >500 kW
Groundmounted <10 MW*
20
20
20
20
0.52
0.47
0.40
0.33
0.713
0.635
0.539
0.443
0.6867
0.6116
0.5191
0.4267
Hydro
<10 MW*
>10 MW<50 MW*
40
40
0.10
0.09
0.131
0.122
0.1262
0.1175
Landfill Gas
<10 MW*
>10 MW*
20
20
0.08
0.08
0.111
0.103
0.1069
0.0992
Biogas*
On-Farm <100 kW
On-Farm >100 kW<250 kW
<500 kW
>500 kW<10 MW
>10 MW
20
20
20
20
20
0.14
0.14
0.12
0.11
0.08
0.195
0.185
0.16
0.147
0.104
0.1878
0.1782
0.1541
0.1416
0.1002
Biomass
<10 MW*
20
0.10
0.138
0.1329
• Eligible Technologies
• Wind
• Solar PV <10 MW
• Hydro <50 MW
• Biogas
• Biomass
•Adder on top of base rates:
-35% premium for power supply
during peak periods
-price adder for aboriginal
participation
-price adder for community based
projects
• Local Content Requirements
30. 30
Key Feature 2: Domestic Content
Requirements
Domestic Content Requirements under Ontario’s GEA
(Wind>10 kW and all solar projects are subject to domestic content requirements)
Wind (> 10
kW)
Solar (> 10
KW)
Solar (≤ 10
kW)
From October From January From January
1, 2009
1, 2011
1, 2012
25%
25%
50%
50%
60%
60%
40%
60%
60%
Notes:
• December 2012: the World Trade Organization (WTO) ruled that the domestic
content requirements of Ontario’s GEA violated trade rules
•
May 2013: Ontario’s Minister of Energy announced the elimination of domestic
content requirements
31. Repeal
Amendment
Key Features 3: Amendments of 12 existing laws
and Repeal of 2 existing laws, e.g.
31
Environmental Protection Act
(EPA) *One permit (renewable project approval) replaces all other permits previously
required under the EPA
Planning Act
*Curtailing the power of municipalities to block renewable energy projects
Electricity Act
*Giving the authority of the Ministry to direct the OPA on RE support and FiT
programs
Ontario Energy Board Act
*adjusting the purposes of Ontario Energy Board to emphasize RE support
Energy Conservation
Leadership Act
Energy Efficiency Act
33. 33
Impact: The Reviews of the GEA has been
mixed and currently subject to debate
• Pros:
>40 new manufacturing facilities
>28,000 new jobs
• Cons:
Increasing electricity prices (increase 4060% by 2015)
Net job losses in other sectors (mining,
manufacturing, and forestry sector)
34. 34
Recent Changes
1. Elimination of domestic content requirements:
Following the WTO’s December 2012 ruling that Ontario’s
GEA violated international trade rules
2. Ending Large-Scale FiT program and replace it by a
competitive procurement process
35. 35
Lessons learned from Ontario
• RE law can be an instrument for fulfilling development objectives, such as
economic renewal & green job creation, but this has to be accompanied by
well-structured policy design and support measures. In the case of
Ontario, this includes FiT rate adder for communities and domestic
content requirements.
• RE law can be an opportunity for revising existing laws to remove
barriers. In the case of Ontario, this took a year of lobbying effort and
lessons learned from experiments with an early form of FiT since 2006.
• Ontario’s OPA early success was attributable to the power industry
structure, with a government owned company as the main generation
company (See, e.g., Stokes (2013: 494), but public support declines over
time.
• Increasing ratepayers’ costs invite political intervention and public
scrutiny, so a FiT program should be able to demonstrate net benefits to
society
37. 37
Objectives of the Law:
“an Act to provide for the establishment and
implementation of a special tariff system to catalyse
the generation of renewable energy and to provide
for related matters.” (Renewable Energy Law 2011)
38. Renewable Energy Act 2011
Targets: Cumulative renewable energy capacity
♦ 73
MW by no later than 2010;
♦ 985 MW by no later than 2015;
♦ 2,080 MW by no later than 2020; and
♦ 4,000 MW by no later than 2030
40. Key Feature 1: Designated Authority
Sustainable Energy Development Authority Act
(SEDA Malaysia)
♦ SEDA Malaysia established on 1st September 2011 under the SEDA ACT 2011
♦ a one stop Renewable Energy (RE) centre.
♦ Functions:
-implement, manage, monitor, and review the Feed-in-Tariff
system
-advice the Minister and Government entities on all matters
relating to sustainable energy
-carry out investigations, collect, record and maintain data,
information and statistics concerning the feed-in tariff system
41. Key Feature 2: e-FIT System Allows
Real-Time Monitoring
Source: Adapted from Leong (2012)
42. 42
Recommendations for Thailand’s Renewable
Energy Law
Current Problems
Remedies through the law
1. Oversubscription to Quota causes
policy interruption
No capacity caps/quota. Instead
moderate supply by adjusting FIT price
2. If there’s no quota, there’s concerns
about impact on ratepayers.
Price signals to encourage production
where/when needed. Peak/off-peak
3. Complex permitting process involving
Simplify permit process by allowing
exemption for certain classes of
renewable energy projects
many agencies
4. Manual application process and lack of A transparent online system with realtransparency of the queuing system,
time monitoring and real-time reporting
of application process
raising question whether it is first-comefirst-serve