jesus tamang. philippines. low carbon growth strategies and challenges
TRANSCRIPT
Philippines: Low Carbon Growth
Strategies and Challenges
JESUS T. TAMANG
Director, Energy Policy and Planning Bureau
Department of Energy
ADB’s First Regional Consultation Meeting for Research and Development Technical Assistance (RDTA) on Strengthening Planning Capacity for Low Carbon Growth in Developing Asia
Traders Hotel, Kuala Lumpur, Malaysia
January 26-27, 2010
Talking Points
Current Energy Situation
The Energy Reform Agenda
Policies and Institutions Supporting Low Carbon
Development
Current Low Carbon Initiatives
Challenges and Next Steps
Increased Energy Self-sufficiency and Fuel Diversification
Total = 40.4 MTOE
Oil32%
Coal17%
Natural Gas8%
Hydro6%
Geothemal23%
Biomass 14%
Wind & Solar 0%
2009
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
45,000
2001 2002 2003 2004 2005 2006 2007 2008 2009
kTOE
Oil Coal Natural Gas HydroGeothemal Biomass Wind & Solar
-
10
20
30
40
50
60
70
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
45,000
2001 2002 2003 2004 2005 2006 2007 2008 2009
%
kTOE
Oil Coal Natural Gas Hydro
Geothemal Biomass Wind & Solar Self-sufficiency
The Current Energy Situation
Increased Self-sufficiency and Fuel Diversification in
Power
Total = 62,000 GWh
Oil8%
Coal26%
Natural Gas33%
Hydro16%
Geothemal17%
Wind & Solar 0%
2009
-
10,000
20,000
30,000
40,000
50,000
60,000
70,000
2001 2002 2003 2004 2005 2006 2007 2008 2009
GWh
Oil Coal Natural Gas Hydro
Geothemal Biomass Wind & Solar
20
30
40
50
60
70
-
10,000
20,000
30,000
40,000
50,000
60,000
70,000
2001 2002 2003 2004 2005 2006 2007 2008 2009
%
GWh
Oil Coal Natural Gas Hydro
Geothemal Biomass Wind & Solar Self-sufficiency
The Current Energy Situation
Transport sector remains to be the biggest user of oil
The Current Energy Situation
Sector Mil. BBls Percent Share
Transport 67.5 65.03
Industry 10.0 9.63
Residential 9.8 9.44
Power 8.3 8.00
Commercial 6.7 6.45
Agriculture 1.5 1.45
Total 103.8 100.00
Ensure Energy
Security
Achieve Optimal Energy Pricing
Develop a Sustainable
Energy System
Good Governance thru stakeholder participation,
transparency, multi-sectoral partnership and use of ICT
“Energy Access for More”
A key priority of government to mainstream access of
the greater majority to reliable energy services and fuel, most
importantly, local productivity and countryside development
Energy Reform Agenda
Policies and Institutions Supporting Low Carbon Development
Policies Institutions
Renewable Energy Act DOE, National Renewable
Energy Board
National Biofuels Law DOE, National Biofuels
Board
Investment Priorities Plan Department of Trade and
Industry,
Board of Investment
Clean Air Act DENR
Climate Change Act Climate Change
Commission
Policies and Institutions Supporting Low Carbon Development
Policies Institutions
Energy Conservation Bill DOE \ EUMB
LPG Bill DOE\OIMB
Downstream Sector Natural
Gas Bill
DOE \ Natural Gas Office
Current Low Carbon Initiatives
Expand Use of Renewable Energy
Enhance Efficiency of Energy Usage
Promote Use of Clean Alternative Fuels and
Technologies
Improve Transport Sector Efficiency and
modal shifts
Improve Efficiency of Energy Supply
Cumulative
Installed
Capacity (MW)
2010 2015 2020 2025 2030
Hydropower 3,477.81 4,433.51 6,432.21 6,615.19 7,533.84
Wind 33.00 199.00 903.00 953.00 1,018.00
Solar 6.74 11.75 36.27 60.65 85.00
Biomass* 75.50 93.90 93.90 93.90 93.90
Geothermal 1,972.07 2,382.07 3,037.07 3,177.07 3,447.07
TOTAL 5,565.12 7,120.23 10,408.55 10,805.91 12,083.91
Expand Use of Renewable EnergyDouble Installed Capacity by 2030
Promote private sector participation and generation from renewable energy thru
a. Renewable Portfolio Standard
b. Feed-in Tariff System
c. Renewable Energy Market
d. Net Metering for Renewable
RE for off-grid household electrification
Expand Use of Renewable EnergyDouble Installed Capacity by 2030
Enhance Efficiency of Energy Use
Continue implementation of existing programs
National Energy Efficiency and
Conservation Program (NEECP)
Government Energy Management Program
(GEMP)
The Philippine Energy Efficiency Project
(PEEP) – with ADB
Expand coverage of Appliance Labeling
Program
Implement Energy Labeling for new models of
passenger cars and light-duty vehicles
Develop and implement Efficiency Guidelines
Develop /Promote Green Building Technology
Promote Use of Clean Alternative FuelsBiofuels
Year Diesel Demand
(In million
liters)*
Biodiesel Blend
(Targets)*
Fuel
Displacement
(In million liters)
2009 5,144.54 2% 102.89
2010 5,379.42 2% 107.59
2015 6,632.36 10% 663.24
2020 7,805.75 15% 1,170.86
2025 8,768.48 20% 1,753.70
2030 9,427.89 20% 1,885.58
Note: *Based on JICA Study on Capability Enhancement on Policy and Planning for a
More Effective and Comprehensive Philippine Energy Plan (PEP) Formulation
Promote Use of Clean Alternative FuelsBiofuels
Note: *Based on JICA Study on Capability Enhancement on Policy and Planning for a
More Effective and Comprehensive Philippine Energy Plan (PEP) Formulation
Year Gasoline
Demand
(In million liters)*
Bioethanol
Blend
(Targets)*
Fuel
Displacement
(In million liters)
2009 3,380.10 5% 169.01
2010 3,570.58 5% 178.53
2015 4,305.30 15% 645.79
2020 5,213.00 20% 1,042.60
2025 6,013.85 20% 1,202.27
2030 6,704.34 20% 1,340.87
Promote Use of Clean Alternative FuelsNatural Gas
• Pipelines
423 kms of Transmission
504 sq. kms. of Distribution
• Gas-fired Power Plants
3000 MW of Greenfield
600 MW of Conversion
• Gas in Industry
30 Ecozones in Calabarzon
Subic and Clark
Cogeneration Systems
• Gas in Buildings
Cogeneration Systems
District Cooling
• Gas in Transport
10,000 units of CNG Vehicles
Refilling Stations
Mother Stations
Conversion Kits
• LNG Terminals
BATMAN 1
(Batangas Manila)
80-100 kms. (2013)
BATMAN 2
(Bataan - Manila)
140 kms. (2016)
BATCAVE
(Batangas – Cavite)
40 kms (2020)
RO-BIN
(Rosario - Biñan)
35 kms. (2014)
SU-MA
(Sucat - Malaya)
35 kms. (2017)
ET LOOP
(EDSA – Taft Loop)
40 kms. (20200
CATLINE (Calaca
Spurline)
30 kms.
1. Nuclear
2. Ocean
3. Hydrogen
Promote Use of Clean Alternative FuelsEmerging Technologies
1. Expand use of Compressed Natural Gas in Public Transport
a. 200 units by 2010
b. 10,000 units by 2030
2. Promote conversion to LPG of PUVs
a. 15,000 taxis and 293 tricycles as of 2009
3. Introduce the use of e-vehicles
4. Expand / Shift to more efficient mass transport systems e.g. MRT/LRT, BRT
Promote Use of Clean Alternative FuelsImprove Transport Sector Efficiency and modal shifts
Improve Efficiency of Energy Supply
1. Improve efficiency of Transmission and Distribution networks e.g. system loss
2. Rehabilitate inefficient power plants
3. Promote energy efficiency in energy production and transformation i.e. oil, gas and coal production; refinery operations
Challenges and Next Steps
Measure GHG reduction of policies,
programs and projects implemented
Move from Energy Labeling to
Standardization
Optimize use of alternative fuels, RE
resources and cleaner technologies
Identify and prioritize programs and projects
with low carbon impacts
Challenges and Next Steps
Conduct of vulnerability and risk assessment
Inventory of completed and on-going studies
Develop methodologies and scenarios
Climate-proof the energy system
Identify appropriate technologies
Capacity building for climate change
Institutionalize/Mainstream climate change in
development planning including LGU
Raise awareness on climate change
Challenges and Next Steps
Review and modify engineering design
practices
Amend the Building Code and Standards
Develop Rating system for Green Buildings
Incorporate structural adaptation in the design of
energy infrastructure and systems
Reinforce/strengthen existing infrastructure
Production facilities, power plants, TDL, etc.
Identify and secure sources of funds for low
carbon future
Philippines: Low Carbon Growth
Strategies and Challenges
JESUS T. TAMANG
Director, Energy Policy and Planning Bureau
Department of Energy
ADB’s First Regional Consultation Meeting for Research and Development Technical Assistance (RDTA) on Strengthening Planning Capacity for Low Carbon Growth in Developing Asia
Traders Hotel, Kuala Lumpur, Malaysia
January 26-27, 2010
There is a need to assess
- the energy systems/infrastructures vulnerability
- pressure in energy demand, and
- energy supply vulnerability
There is a need to develop models on climate change
impacts including weather extremes, variability, hydro
resources, mean temperature, wind speeds to allow
energy experts assess the implication of climate on
demand and supply of energy which will facilitate the
development of adaptation options
There is a need to assess impact of climate change on
energy resources e.g. hydro, wind, solar
There is a need to maintain climatology and hydrology
research and development efforts
Challenges and Next Steps
Integrating climate change adaptation to energy
planning (national and local) of policies, regulations,
codes and standards, and the design of infrastructure
Developing strategies to address changing demand
patterns
Diversifying energy supply sources
Investing in technological change to increase energy
demand and supply options
Enhancing energy efficiency programs and
implementing energy efficiency measures
Sharing and dissemination of knowledge, research and
best practices on adaptation
Challenges and Next Steps