48 mw wind power

PUERTO GALERA, ORIENTAL MINDORO, PHILIPPINES

PHASE 1 – 16 MW

I. THE MINDORO ADVANTAGE

PUERTO GALERA, ORIENTAL MINDORO, PHILIPPINES PHASE 1 – 16 MW

1. Strategic Location

o Nearest island to Metro Manila and
CALABARZON

o Located at the center of the Philippines. Luzon
Metro Manila
o Oriental Mindoro serves as the main link
CALABARZON
to Luzon, Visayas and Mindanao thru the
Nautical Highway. MINDORO

Visayas

Mindanao

Calapan City Port Dangay Port oin Roxas,
Oriental MIndoro


2. Geographical Advantage in Size/Area

Mindoro is the 7th largest island in the Philippines.

Land Area
Province
( in sq. km.)
Batangas 3,165.80
Cavite 1,287.60
Laguna 1,759 .00
Rizal 1,175.96
Total 7,388.36
Land Area
Province ( in sq.
km.)
Or. Mindoro 4,364.72
Occ. Mindoro 5,879.90
Total 10,224.62


3. Abundant Natural Resources

o Oriental Mindoro – with protected watersheds

o Rich fertile land suitable to massive agro-industrial
development.

o Most ideal for agro-eco-tourism (green mountains,
clean lakes and rivers, and white sand beaches.

o Rich in minerals such as gold, nickel, marble, and
others.


4. Environmental Protection

o Preserved watersheds with strong rivers for
hydropower, irrigation, and mineral free flow
waters.

o Comprehensive Land Use Plan that
indentifies geo-hazard areas.

o Successful implementation of laws against
illegal logging, illegal mining, illegal fishing,
etc. Free flowing mineral water in the province.

o Awarded by Asian Development Bank (ADB)
as Most Successful Reforestation Program in
the Philippines under Low Income Upland
Community Projects (LIUCP).

o Naujan Lake (13,000 has.)- the cleanest lake
in the Philippines.

Naujan Lake is one of the cleanest lakes in the Philippines


5. Strong Agro-Industry – To be the Food Basket of the Philippines.

o Today, Mindoro is considered as the:
1. Rice Granary of the Philippines.
2. Calamansi King.
3. Banana (cassava variety) King.

o Best site for Aquaculture
o Best site for upland and lowland farming.


5. Political Stability and Peace and Order

o Good working relationship among National and
Local Officials including NGOs.


6. Infrastructures.

o Concrete National Highways
o Completed Vital National and Provincial Bridges
o Implementation of Flood Mitigation Projects.
o Farm to Market Roads.
o Schools, Hospitals and Other Facilities for Social
Services.
o Commercial and Housing Development


Strong Tourism Potential – To be the Eco-tourism Capital of the Philippines.

o Beach Resort Development with about 300 kms. shoreline.
o Lake Naujan – cleanest lake in the Philippines
o Puerto Galera – Tourism Capital of Oriental Mindoro
o Bulalacao – next tourism capital of Mindoro in the south..
o Mt. Halcon – 8,488 ft. above sea level, Temperature;
Day : 12-18˚C, Night : 4-12˚C


List of 35 Waterfalls in Oriental Mindoro

1. Tamaraw Waterfalls, 19. Tabunan Water Falls,
2. Aninuan Water falls, 20. Enchanted Water Falls,
3. Binaybay Water Falls, 21. Bosai Water Falls,
4. Lambingan Water Falls, 22. Campamento Water Falls
5. Agsambalilo Water Falls, 23. Cawa-Cawa Water Falls,
6. Paspasin Water Falls, 24. Walang Langit Water Falls
7. Raymundo Water Falls, 25. Manihala Water Falls,
8. Ibuye Water Falls, 26. Talse(Molo) Water Falls,
9. Kaguinto Water Falls, 27. Tangisan Water Falls,
10. Bayanan Water Falls, 28. Agpayan Water Falls,
11. Lantuyang Water Falls, 29. Campana Water Falls,
12. Paitan Water Falls, 30. Tangisan Water Falls,
13. Arangin Water Falls, 31. Agpayan Water Falls,
14. Karacha Water Falls, 32. Campana Water Falls,
15. Taguan Water Falls, 33. Matang Pugita WaterFalls
16. Arambyaw Water Falls, 34. Cabugno Falls
17. Maradyong Water Falls, 35. Bagong Sikat Falls
18. Talon Water Falls,


MINDORO VISION 2020


Long Term Program Under Mindoro Vision 2020

Food Basket of the
Philippines

Agro-Eco-Tourism Capital of
the Philippines

Producer and Exporter of
Power and Energy

Productive and Self-Reliant
People Living in an Ecologically
Balanced Environment


II. OR. MINDORO POWER
DEVELOPMENT PROGRAM


A. Oriental Mindoro Power Demand Forecast

1. Type of Forecast

a. ORMECO DEMAND FORECAST
Forecast is based on an average minimal increase of power
consumption ranging from 4% to 7 % per year.

b. ORMINVEST FORECAST
Forecast is based on development programs i.e. eco-tourism
and agro-industrial development, commercial and housing programs.
An estimated increase in power demand is projected at 20% per year.

Note:
ORMECO - Oriental Mindoro Electric Cooperative
ORMINVEST – Oriental Mindoro Investments, Inc.


Oriental Mindoro Projected Demand for Power

ORMECO ORMINVEST
Year
FORECAST GROWTH FORECAST GROWTH
2010 28.56MW 28.56MW
2011 30.37MW 6.35% 34.27MW 20.00%
2012 32.51MW 7.04% 41.13MW 20.00%
2013 34.64MW 6.58% 49.35MW 20.00%
2014 36.78MW 6.17% 59.22MW 20.00%
2015 38.92MW 5.81% 71.07MW 20.00%
2016 41.06MW 5.59% 85.28MW 20.00%
2017 43.19MW 5.21% 102.34MW 20.00%
2018 45.33MW 4.95% 122.80MW 20.00%
2019 47.47MW 4.72% 147.36MW 20.00%
2020 49.74MW 4.72% 176.84MW 20.00%


B. Alternative Sources of Renewable Energy

A. HYDRO POWER:
San Teodoro 50 MW
Baco 25 MW
Naujan
20 MW
Victoria 25 MW
Bongabong 20 MW
Bansud 10 MW
Occidental Mindoro, 20 MW
Combined Capacity 160 MW
Note: 39 WATERFALLS HAVE YET TO BE
B. WIND EXPLORED FOR HYDROPOWER PROJECT.
POWER: c
Puerto Galera power resources.48MW
for hydro
c
Victoria 20 MW
Bulalacao 40- 70 MW
c
Abra de Ilog 10- 20 MW
Combined Capacity 118-158 MW
C. GEO-THERMAL:
Naujan 20-
70 MW RENEWABLE ENERGY SITES
GRAND TOTAL 300-388 MW


III. MINDORO POWER PROGRAM
DEVELOPMENT UPDATES


1) Electrification Level in Oriental Mindoro (As of October, 2011)

Barangays Sitios
City/Municipality UnEnergize
Potential Energized % Potential Energized % d
Calapan City 62 62 100 347 337 97.12 10
Naujan 70 70 100 403 320 79.40 69
Victoria 32 32 100 195 157 80.51 38
Baco 27 27 100 157 117 74.52 40
San Teodoro 8 8 100 69 35 50.72 34
Puerto Galera 13 13 100 74 41 55.41 29
Socorro 26 26 100 175 123 70.29 52
Pola 23 23 100 153 93 60.78 62
Pinamalayan 37 37 100 237 192 81.01 45
Gloria 27 27 100 189 131 69.31 58
Bansud 13 13 100 92 43 46.74 42
Bongabong 36 36 100 224 131 58.48 81
Roxas 20 20 100 135 111 82.96 12
Mansalay 17 17 100 77 44 57.14 22
Bulalacao 15 15 100 48 27 56.25 21
Totals 426 426 100 2575 1903 73.90 613
Source: ORMECO, Inc.
Note: All 426 Barangays are energized. However, Electricity Rates as of April, 2012:
26.10% of all the 2,575 Sitios are still unenergized. Commercial P11.43/kwh Public Buildings P11.15/kwh
Pres. Aquino promised to fully energized the Residential P12.42/kwh Street Lights P13.24/kwh
province by 2016. Industrial P11.04/kwh


2) 4.2 MW Hydro Power Project in San Teodoro, Or. Mindoro.

LINAW-KAWAYAN MINI-HYDRO POWER PLANT
Development Bank of the Philippines (DBP) Loan extended to ORMECO.
Photo was taken during the Groundbreaking Ceremony.


BLESSING AND RIBBON CUTTING (MARCH 2, 2012)

2.1 MEGAWATTS LINAW-KAWAYAN MINI-HYDRO PROJECT
AT SAN-TEODORO, ORIENTAL MINDORO.


CEREMONIAL SWITCH ON

AT SAN-TEODORO, ORIENTAL MINDORO.


CEREMONIAL SWITCH ON with PRES. AQUINO and Sec. ALMENDRAS

CEREMONIAL SWITCH ON - MARCH 02, 2012
Other Officials: CONG RGV, GOV. BOY UMALI, CONG. REY UMALI, AND OTHERS.


3. Diesel Bunker Power at Calapan City 6.4 MW

A P400 MILLION
POWER
DEVELOPMENT
IN 2011


4. Batangas-Mindoro Submarine Cable Project Under H.R. No. 56


APPLICATION OF NGCP TO ERC

Filed: August 1, 2011
with ERC Case No. 2011-108

Supported bY:
H.R. No. 56 by: Hon. RGV
 Resolution No. 11-41 of Board of
Directors, ORMECO
Resolution No. 36-2011 of Boar d
of Directors, OMECO

NGCP has included the Project
under the name “Luzon-Mindoro
Interconnection Project” as part of
2009-2010 Transmission
Development Plan.

PAGE 3
PAGE 2 1
PAGE


Based on DOE, about 203 MW
generation capacity is targeted to be
installed in Mindoro up to year 2016.

Interconnection Scheme:
1)Via Batangas – 230 KV Substation
2)Via Ilijan – 500 KV Sub-station

NGCP proposes Option 1 – 230 KV via
Batangas with a project cost estimate
of P10.99 Billion.

PAGE 3
PAGE 4


NGCP prays for ERC to:
1)Issue Provisional Authority to
Implement BMIP
2)Approve the Application for
Implementation of BMIP

Batangas-Mindoro Submarine Cable Project Under H.R. No. 56

4. Project Benefits:

a. Reliability of Power Supply in Mindoro will improve

b. Cheaper Power for All

c. Mindoro Grid will become part of NGCP Operation thus will
strengthen the Transmission

d. Mindoro will become conducive for expanding business in tourism,
manufacturing and other industries thereby improving the economy
of the island.

e. Possible development of coal-fired power plants since Mindoro is rich
in coal resources.


Batangas-Mindoro Submarine Cable Project Under H.R. No. 56


LATEST DEVELOPMENTS


IV. MINDORO RENEWABLE ENERGY PROGRAM, IN SUPPORT
TO NATIONAL POWER PROGRAM OF PRES. AQUINO.


1. The Mindanao Power Crisis.

o Higher Electricity Cost
or No Electricity.

o Power Supply deficit
up to 270 MW

o Earliest to set up new
power plant, 2014.

o Problem could have
been prevented if
gov’t decided to invest
in RENEWABLE
ENERGY – Sen. Angara.


2. Power outrage also seen in Visayas.


3. The LUZON Power Crisis NEXT


4. Like Mindanao, Luzon will experience power shortage.


5. Luzon Grid needs more Power Sources.


6. Renewable Enengy, primary and immediate solution to nation’s power crisis..


7. Mindoro Renewable Energy, One of the Reliable Sources.

o Based on DOE, about 203 MW to be
installed in Mindoro Island by Year
2016.
o Mindoro Island excess power capacity
can be exported to Main Luzon Grid.

o Mindoro Island has still other sources
of Renewable Energy like:
a. 35 Waterfalls,
c b. other sources to be explored
c i.e.: coal and biomass.
c
LEGEND:
SITES OF RENEWABLE ENERGYSOURCES
PROPOSED SUBMARINE CABLE


Mindoro’s Renewable
Energy Resources in
Support to Pres.
Aquino’s Power
Development Program


The 48 MW
WIND ENERGY PROJECT
PUERTO GALERA, ORIENTAL MINDORO, PHILIPPINES


Project Background

1. A long 7 Years Process

Dec., 2010. Meeting with House of Representative, Department of Energy,
National Power Corporation, Contractor and Italian Ambassador Luca
Fernari.


Project Background

2. Finally Approved under Sec. Jose Rene D. Almendras

Signing of Service Contract for 16MW Wind Power ProjectBy Energy Sec. Jose Rene D.
Almendras, Cong Rodolfo G. Valencia , Gov. Alfonso V. Umali, and CMC Asia Chairman Andy
de Rossi with Congress Chief of Staff Nico Valencia and Nicky Villaseñor, PHESI President


Latest Development

Signing of MOA between PHESI, CMC-ASIA and GAMESA EOLICA S.L. UNIPERSONAL,
witnessed by Vice President JEJOMAR BINAY, Cong. RGV, Gov. Umali, Cong. Umali and
other LGUs.


Latest Development

Signing of ESA with Oriental Mindoro Electric Cooperative.


Latest Development

Official Signing and Awarding Ceremony, Shangri-la Hotel, Makati.


Philippine Hybrid Energy Systems, Inc.
Unit 2406, 24/F The Orient Square Bldg., Emerald Ave.,
Ortigas Center, Pasig City
Tel: +63 2 638 2801, +63 2 638 8901 to 02
Fax: +63 2 638 8899

JETTY
•A Jetty has been designed (armor rock plus a concrete) to

SPECIFICATION
Dimension: 35 meters width (W); 45 meters length (L)

• The Access Road has been designed to achieve and
compromise the high slopes of the terrain from the Jetty to
the wind farm site.

SPECIFICATION

Length: 4.45 km (approximate)
Width: 5 meters; maximum of 10 meters on curves

• Typical Section: 0.35 meter thick of aggregate (compacted); if
slope is over 10%, 50 mm thick of asphalt
runway will be considered.

• The Internal Roads have been designed achieving a
compromise between the high slopes of the terrain and the
amount of soil to be removed. All the roads from the position
of WTG # 1 to WTG # 8 are considered internal roads.

SPECIFICATION

Length: 7 segments @ 200 meters per segment (approximate)
Width: 10 meters (6 meters plus 2 meters sidetrack, both sides)
Typical Section: 0.35 meter thick of aggregate (compacted); if slope is
over 10%, 50 mm thick of asphalt runway will be
considered.

WIND TURBINE

Gamesa G8X -2.0 MW

Wind Vane

Anemometer

• Wind turbine of the Gamesa G8X-2.0MW platform are of the
three-bladed wind-facing rotor type with a nominal power of
2.0 MW.

• It consists of three major parts: TOWER, NACELLE, and BLADES.

• Wind Turbines have an instrument on top of the nacelle, an
anemometer and wind vane, which respectively measure wind
speed and direction.

• When the wind changes direction the motors turn the nacelle and
the blades, directly facing the wind.

Properties of the Model

ROTOR

Diameter 80 m

Swept area 5,027 m²

Rotational speed 9.0 - 19.0 rpm

BLADES

Number of blades 3

Length 39 m

Airfoils NACA 63. XXX - FFA-W3

Material Pre-impregnated epoxy glass fiber

TOWER

Type Modular

Height 60, 67, 78 and 100m

GEAR BOX

1 planetary stage
Type
2 parallel stages

1:100,5 (50Hz)
Ratio
1:120,5 (60Hz)

GENERATOR 2.0 MW
Type Doubly-fed machine
Rated power 2.0 MW
Voltage 690 V AC
Frequency 50 Hz / 60Hz
Potection class IP 54
Power factor 0.95 CAP - 0.95 IND throughout the power range

TOWERS

• The wind turbine tower is made of tubular steel, in a truncated
conical shape, divided into four sections.

• Includes platforms, ladders, and emergency lighting.

• Includes a cable guided elevator for easy maintenance of the
wind turbine.

TOWER FOUNDATION

Specifications:

• The tower foundation will be a squared size 15.84m x 15.84m x
1.46m concrete pad.
• Foundation ring (diameter = 4.037) is embedded from the surface
of pedestal ; whereas the pedestal (with dimensions of 8.449 m in
diameter & 2.15m in thickness) is connected to the pad through
vertical armors.

Transporting of Towers Erection of Towers

NACELLE

• The nacelle is a cover housing that holds all the generating
component in a wind turbine, including the generator,
gearbox, drive train and brake assembly.

• The dimension of the nacelle is approximately 10.6m x 3.4m x
3.6m. Its weight is approximately 70 tons.

• Contains 800kg service crane with lifting capacity up to
8000kg

Conveying of Nacelle Installation of Nacelle

BLADES

• The blades in wind turbines of the Gamesa G8x-2.0MW
platform are manufactured in an organic matrix composite and
reinforced with fiber glass or carbon fiber, which provide the
necessary rigidity without increasing the weight of the blades.

• The length of the blade is 39 meters

• The blades come with the necessary drains to prevent water being
retained inside, which can cause imbalance or structural damage due
to water vaporization upon lightning striking them.

Transporting of Blades Installation of three-blades

SUBSTATION

• A 20MVA 22.8/69 kV substation will be built in order to increase
the voltage to transmission levels.

• Medium Voltage facilities will have two vacuum circuit breakers for two
feeders, and one circuit breaker for spare. A Fused Load Breaker Switch
(FLBS) will protect the auxiliary facilities of the substation.

• A 69/22.8 kV, 20 MVA power transformer will be installed. The neutral in
the high voltage side will be solidly connected to earth.

• High voltage output will be connected to the transmission line
through a SF6 circuit breaker and a disconnector switch.

• DNP3 will be the substation communication bus

• Three Winding Phase Shihlin electric generator step-up transformer

omposed of the following main bays:
A
On
A
On

24 kV Equipment
• Installed inside the control building of the substation

• Single Busbar

 Composition of Busbar:

 Switchgear Cabinet for power transformer protection
 Switchgear Cabinets to connect the wind turbines circuits
 Switchgear Cabinets for auxiliary services transformer protection
 Spare Switchgear cabinet for possible future expansions
 Ground reactor bay
 Voltage Measurement
 Lightning arresters

Transmission Line

• Single circuit, 4.5 m length, 69 kV line will join the substation and
the connection point.

• 200mm2 Aluminum Conductor Steel Reinforced cable will be
used.

• 17 poles will be used to hold up the cables. Install a pole close to the
substation for the line termination. Another pole near the metering
facilities will be installed to perform the same function.

Metering Interconnection Station
• Equipped with metering equipment to measure the flow of
electricity in both directions at the same rate
• Has a SF6 circuit breaker and a disconnector switch.

END OF
TECHNICAL
PRESENTATION

ACKNOWLEDGEMENTS

o H.E. BENIGNO S. AQUINO, III
o SEC. JOSE RENE D. ALMENDRAS, DOE
o CONGRESS OF THE PHILIPPINES
o PROVINCIAL GOVERNMENT OF OR. MINDORO
o SANGGUNIANG PANLALAWIGAN
o PUERTO GALERA LOCAL GOVERNMENT
o OR. MINDORO ELECTRIC COOPERATIVE
o NATIONAL POWER CORPORATION
o NATIONAL ELECTRIFICATION AUTHORITY
o ITALIAN EMBASSY
o CMC-ASIA, INC.
o ORMINVEST FOUNDATION, INC.
o K4 ORIENTAL MINDORO COUNCIL, INC.
. . . and the MINDOREÑOS!


PARA SA MAUNLAD NA MINDORO!

HON. RODOLFO G. VALENCIA NICO P. VALENCIA
Congressman, President
First District, Oriental Mindoro K4 Oriental Mindoro council, Inc.

48 mw wind power

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