Geothermal power plants are a novel source of renewable energy, using heat generated under the earth’s surface to supply steam, which is then used to show turbines to generate electricity using electromagnetism. Below we now have listed the ten largest geothermal power plants on this planet. Each has transformed our planet’s unique geological feature into a cost-effective and comparatively environmentally friendly solution to energy, housing, and modern social infrastructure.
10. Wayang Windu Power Plant, Indonesia (225 MW capability)
The Wayang Windu plant is situated 40 kilometers south of Bandung, West Java, Indonesia. Wayang Windu is operated by Star Energy Geothermal Limited. The power plant consists of two units, the primary one was inbuilt 1999, the second in 2009. At the time of installation, Block One was the biggest geothermal turbine on this planet. In total, each units have the capability to generate 225 MW of electricity for his or her buyer.
9. Malitbog Station, Philippines (power 230 MW)
The Malitbog Geothermal Power Plant, situated about 25 kilometers north of the town of Ormoc on the island of Leyte within the Philippines, has a capability to generate 230 MW of electricity. Sumitomo Corporation and Fuji Electric sponsored the development of this plant in 1993, and it was accomplished in 1996. The plant, now owned by Energy Development Corporation, is supplied with three single-cylinder, double-flow condensing turbines.
8. Darajat Station, Indonesia (260 MW capability)
The eighth largest geothermal power plant on this planet, the Darajat Geothermal Power Plant has an installed capability to generate 260 MW of electricity. It is situated in Garut, Pasirwangi District, Indonesia and operated by Darajat GPP Amoseas Indonesia. The station’s three power plants produce electricity that serves the island nation’s Bali and Java provinces.
7. Tiwi Complex, Philippines (capability 290 MW)
The Tiwi geothermal complex consists of three separate power plants, each with two units. Tiwi is situated within the province of Albay in southeastern Manila within the Philippines. The production capability of this power plant is roughly 290 MW of electricity. The complex was put into operation in 1979.
6. Hellisheidi, Iceland (300 MW)
The Hellisheidarvirkjun (or Hellisheidi) thermal power plant is situated on the Hengill volcano, south of Iceland. It supplies electricity to the Icelandic city of Reykjavik and is the biggest power plant of any kind in Iceland. The construction of this plant took place in various phases. Two 45 MW turbines were first installed in 2006, followed by one other 33 MW engine added in 2007. Two additional turbines, each with a capability of 45 MW, were installed in 2008, and hot water production on the plant began in 2010, when three combined heat and power plants were commissioned. In 2011, two 45 MW turbines were added to the Hellisheidi CHP plant, increasing its total electricity generation capability. Currently, the ability plant can produce roughly 300 MW of electricity and 400 MW of thermal energy.
5. CalEnergy-Salton Sea, California, USA (power 340 MW)
The 340 MW CalEnergy Salton Sea Geothermal geothermal power plant is the fifth largest power plant of this kind on this planet. The facility covers a big area of 10 geothermal power plants in Calipatria, near the Salton Sea in California, USA, which itself is certainly one of the lowest-lying areas on this planet. The first unit of this plant was launched in 1982, the last one in 2000.
4. Makiling-Banahaw Complex, Philippines (460 MW capability)
The Makiling-Banahaw Complex within the Philippines was established by Chevron Geothermal Philippine Holdings, Inc. Commercial production began at this plant in 1979, when two 55 MW units began operation. In 1984, six more units with a capability of 55 MW were installed in three power plants. Further expansion of the complex took place when, in 1994, 6 lower cycle binary power plants with a capability of 15.73 MW were installed. In the next years, further units were put into operation, the present capability of the Makiling-Banahaw complex is 460 MW.
3. Cerro Prieto Station, Mexico (power 720 MW)
The Cerro Prieto Geothermal Power Plant is a big complex consisting of several geothermal power plants situated near Mexicali, within the Baja California region of Mexico. The installed capability of this complex is 720 MW, making it the third largest on this planet. In total, there are five foremost geothermal power plants within the complex. All 4 units of the primary one, Cerro Prieto I, were put into operation between 1973 and 1981.
2. Lardarello Complex, Italy (770 MW capability)
The Lardarello geothermal complex is situated in central Italy, near Tuscany. Lardarello consists of 34 power plants with a complete capability of 770 MW of electricity generation. In fact, this single complex produces 10% of the world’s geothermal energy. The complex can also be certainly one of the oldest on this planet, the primary plant was launched over 100 years ago, in 1913. Currently, the plant is owned by Enel Green Power.
1. The Geysers Complex, California, USA (power 1520 MW)
The geyser complex, situated within the Mayacamas Mountains, 110 km north of San Francisco, California, USA, is the biggest geothermal field on this planet. The complex and its 22 geothermal power plants have a complete installed capability of 1,520 MW. The energy produced by geysers helps meet the electricity needs of Sonoma, Mendocino and Lake counties in California. The Geyser Complex also meets a few of Napa and Marin Counties’ energy needs. This is very necessary because this area of California is home to a lot of people and necessary industries, a lot of that are highly environmentally conscious.
Source : Atlas of the World
