Top Best Geothermal Power Plants in Philippines for 2024

Southeast Asian nation of the Philippines is home to more than 100 million people. Energy production is a crucial component of supplying the power and resources required for this growth in an economy that is expanding quickly. This Philippines power plant list gives a comprehensive overview of all current and future power plants in the nation. The Philippines uses a wide range of sources to generate electricity, including coal-fired plants, natural gas and oil-fired plants, renewable energy sources including geothermal and hydroelectricity, and nuclear developments. This list gives specifics on every power plant operating in the Philippines at the moment, including its location, electricity owner, and other crucial characteristics like rates and plant capacity.

The list of all Philippine geothermal power plants may be seen below.

List of all Geothermal Power Plants in Philippines in table format

For the benefit of our readers, we have compiled a list of geothermal power plants in the Philippines in the following table:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
LEYTE GPP 112.5 11.1308, 124.6553 Geothermal N/A
MAKBAN 442.8 14.0881, 121.2264 Geothermal N/A
MAKBAN-Binary 15.7 14.1447, 121.3152 Geothermal N/A
MANITO-Lowland 1.5 13.1235, 123.8693 Geothermal N/A
MT APO 109 7.0083, 125.0894 Geothermal N/A
PALINPINON GPP 192.5 9.3031, 123.2141 Geothermal N/A
TIWI 234 13.4655, 123.6486 Geothermal N/A
UNIFIED LEYTE 610.2 11.1308, 124.6553 Geothermal N/A

GEODB, WRI, CARMA, Wiki-Solar, and GCPT are information sources.

Best Geothermal Power Plants in Philippines in 2023

Below is information on the top geothermal power plants in the Philippines:

Powerplant BACMAN Reviews

The BACMAN Power Plant, which is situated at 13.0547 N and 123.9678 E, is the first power plant to be built in the nation. Since its formal inauguration in 2008, this geothermal-fueled plant has been able to produce a maximum power output of 130 megawatts. The BACMAN Power Plant, the country’s largest geothermal power plant, generated a sizeable portion (20%) of the nation’s overall electricity production.

The station, which is owned and operated by a single government-run organization, makes efficient use of a wide range of geothermal energy-harvesting technologies. The plant uses a variety of techniques, such as steam-powered turbines, in addition to geothermal wells, to maximize its capacity for energy production. By 2020, the BACMAN Power Plant is expected to still be in use and produce an average of 114 megawatts of power per hour.

Powerplant LEYTE GPP Reviews

The largest geothermal power plant in the Philippines and one of the biggest in the world right now is the Leyte Geothermal Power Plant (LEYTE GPP). The 112.5 megawatt (MW) power plant is situated on the island of Leyte. The expected annual average output of this power plant, which began operating in 2012, is 617,000 megawatt hours (MWh). The power plant’s precise coordinates are 11.1308 latitude and 124.6553 longitude.

Geothermal energy is the main source of electricity production at LEYTE GPP. Geothermal energy is produced by the heat from the molten core of the earth. As it emits no damaging emissions into the environment, it is a sustainable and clean kind of energy. Because of this, geothermal energy is a sought-after source of baseload electricity, and LEYTE GPP uses this renewable resource to supply the area’s electricity needs.

Powerplant MAKBAN Reviews

One of the biggest geothermal power plants in Asia is the Makban Geothermal Power Plant, which is situated in the Philippines’ Laguna province. The Philippine Energy Development Corporation (PEDC) runs this power plant, which has a 442.8 MW capacity. 14.0881 Latitude and 121.2264 Longitude are its coordinates. Geothermal energy, which is made available by the local hydrothermal subsurface reservoirs, serves as its main fuel source.

The power plant was initially built in 1979, but it wasn’t fully operational until 2005, when it was anticipated to produce 380 GW-h of energy annually. Over 3 million homes in the area may be powered by this energy. The power plant primarily serves its own needs, but it also distributes any extra energy to other parts of the province of Laguna. It is thought to be one of the region’s most effective and trustworthy power plants.

Powerplant MAKBAN-Binary Reviews

A notable power generation facility in the Philippines, the MAKBAN-Binary Power Plant has been in operation since August 2012 and is capable of producing 15.7 megawatts of electricity. The Filipino company San Miguel Corporation runs this geothermal energy power station, which is situated at latitude 14.1447 and longitude 121.3152 and provides electricity to the Filipino people.

Steam and hot water are extracted from the aquifer beds in the MakBan Caldera Complex and mixed during the manufacturing process at the MAKBAN-Binary Power Plant. After that, a set of turbines are spun in order to produce electricity using the steam and hot water. The National Grid Corporation of the Philippines’ transmission lines receive the generated electricity after that. The MAKBAN-Binary Power Plant is capable of producing 15.7 megawatts of power.

In addition, the MakBan-Binary power plant is considered to be environmentally friendly and emits very little carbon dioxide dioxide compared to other power plants. Moreover, due to its geothermal energy capabilities, the power plant is capable of providing clean and renewable energy, contributing in the long term sustainability of the region.

Powerplant MANITO-Lowland Reviews

The Manitowoc-Lowland Power Plant is located in Manitowoc County, WI, at 13.1235 and 123.8693 latitude and longitude, respectively. The powerplant is a 1.5 MW geothermal facility that has been in operation since September 2004. It is currently Asia s largest geothermal power facility at this capacity and is expected to generate an estimated 1.5 megawatt-hours of electricity annually.

The geothermal energy is extracted from the surrounding geothermal area and is tagged with a binary coding that allows it to deliver energy in the most efficient and efficient way possible. One of the highest priorities of Manitowoc-Lowland operations is to ensure reliability and safety of its operations and to guarantee the same for its consumers. The power plant also works in sync with the county s initiative to reduce emissions and environmental impact.

Powerplant MT APO Reviews

MT Apo, located in the southern part of the Philippines, is a geothermal power plant with a capacity of 109 megawatts. The exact location of the plant is at the coordinates 7.0083 N and 125.0894 E. The plant entered into operations in 2015 and has already achieved a notable level of success in its production of clean geothermal energy.

The geothermal energy converter of the power plant uses water and other resources in order to harness the steam and other forms of highly-pressurized heated fluids. The combination of these sources is then used to produce turbine-generated electricity which is then distributed to various parts of the country. This process results in the generation of approximately 85.97 megawatts of electrical power.

The geothermal facility of the MT Apo power plant operates at a high level of efficiency when compared to various other sources of energy. This is primarily due to its location, which provides natural steam and water resources for the generation of electricity. The geothermal energy obtained at this location is also considered to be amongst the most cost-effective sources of electricity. Furthermore, the sustainability and environmental friendliness of the source make it a viable option for the energy sector in the country.

Powerplant PALINPINON GPP Reviews

The Palinpinon Geothermal Power Plant (GPP) is located in the Philippines. With a capacity of 192.5 megawatts, it is one of the largest geothermal power plants in the world. The exact coordinates of the plant are 9.3031 Latitude and 123.2141 Longitude. It was commissioned in December 1997 and has been producing electricity ever since. Geothermal is the primary fuel, generating energy through the process of steam pressure created by the Earth s heat.

The Palinpinon Geothermal Power Plant is owned and operated by the National Power Corporation (Napocor). It produces an estimated 155 megawatts of electricity annually. This is enough to power over 148,000 households in the country. The plant runs 24 hours a day, seven days a week and generates over 90% of its power from renewable sources. Its ability to produce 24/7 power makes it a reliable source of electricity. It has also played a major role in improving Philippines energy resources and meeting the country s energy needs.

Powerplant TIWI Reviews

Tiwi is a small island nation in the Caribbean Sea. It is home to one of the largest and most efficient geothermal power plants in the world, the Tiwi Geothermal Power Plant. With a capacity of 234 MW, it is located on the northern tip of the island near the capital city. The exact coordinates of the plant are 13.4655 N, 123.6486 W.

The primary fuel used at the plant is geothermal energy from the Earth’s interior. This energy is extracted by circulating water through cracks and faults in hot rocks deep within the Earth. The energy is then converted into electrical energy to supply the island’s growing population. The plant has been operational since 2019 and is estimated to generate enough electricity to meet the needs of Tiwi’s residents for many years to come.

Powerplant UNIFIED LEYTE Reviews

July 15, 1984,750 MW

UNIFIED LEYTE is a 610.2 MW geothermal powerplant located in the Leyte province, Philippines at the Latitude and Longitude coordinates of 11.1308 and 124.6553 respectively. This geothermal powerplant was commissioned and started operations on 15th July, 1984. UNIFIED LEYTE Powerplant is powered by Geothermal energy, which is the primary fuel that powers the plant. The plant has been operated by the National Power Corporation, a company owned by the Philippine government. The estimated power generation of the powerplant is 750 MW.


Q. What is a geothermal plant?

A. A geothermal power plant is a type of power plant that uses natural geothermal energy from the Earth s core as its source of energy. This energy is then converted into electrical energy to be used in homes and businesses. Geothermal plants are typically located near tectonic plate boundaries, where the Earth s traditional internal heat is pushed toward the surface. This makes the location ideal for harnessing the thermal energy.

Q. What is the purpose of geothermal power plants in the Philippines?

A. Geothermal power plants in the Philippines are used to provide an alternate power supply to the country s national grid. Geothermal plants are renewable sources of energy that can reduce the dependence on non-renewable sources, such as fossil fuels. Even though the country has limited geothermal resources and studies of potential geothermal sites are in early stages, the use of geothermal power in the Philippines could significantly reduce the demand for other non-renewable sources of energy.

Q. What is the capacity of geothermal plants in the Philippines?

A. According to the Department of Energy, the Philippines has a total geothermal installed capacity of 1,410 megawatts (MW). This energy is produced by 37 geothermal power plants located mainly in the northern regions of the country. These geothermal plants account for approximately 8.8 percent of the country s total installed capacity. The majority of these geothermal power plants are owned and operated by the National Power Corporation (NPC).

Q. What are the benefits of geothermal power plants in the Philippines?

A. Geothermal power plants in the Philippines offer a number of economic, environmental, and social benefits. Firstly, geothermal energy is a renewable and non-polluting source of energy that does not emit harmful gases into the atmosphere such as carbon dioxide, which is released when fossil fuels are burned. In addition, geothermal energy is more reliable and can be dispatched quickly, even when demand for power is peak. This helps to avoid blackouts and other disruptions to the national grid. Lastly, geothermal energy is relatively cost-effective, making it an attractive option for many households and businesses.

Q. What are the challenges faced by geothermal power plants in the Philippines?

A. The challenges faced by geothermal power plants in the Philippines include a complex and ever- increasing regulatory framework, the need for more accurate scientific data and geological information, complicated land-tenure issues, and the cost of drilling operations. In addition, some of the geothermal resources in the Philippines are either located in environmentally-sensitive areas or are located on tribal land, which complicates their development.

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