All of Mexico’s power plants are listed here. Currently, 1,722 power plants in Mexico are dispersed around the nation and produce electricity using a variety of sources, including thermal and renewable energy. On the list are independent producers as well as nuclear, hydroelectric, fossil fuel, geothermal, biogas, wind, solar, and storage power facilities. Additionally, it offers relevant details about each power plant, including its installed capacity, location within the federal government, and current operational status. This list is crucial for understanding Mexico’s existing energy situation and predicting the nation’s future energy requirements.
The list of all geothermal power stations in Mexico is provided below.
List of all Geothermal Power Plants in Mexico in table format
For the benefit of our readers, we have compiled a list of geothermal power plants in Mexico in the table below:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Cerro Prieto I | 30 | 32.3985, -115.2379 | Geothermal | N/A |
| Las Tres V rgenes | 10 | 27.5061, -112.5591 | Geothermal | N/A |
| Los Azufres | 225 | 19.791, -100.6669 | Geothermal | N/A |
| Los Humeros | 68.6 | 19.6465, -97.4375 | Geothermal | N/A |
Wiki-Solar, the North American Cooperation on Energy Information
Best Geothermal Power Plants in Mexico in 2023
Below is information about the top geothermal power plants in Mexico:
Powerplant Cerro Prieto Reviews
In Baja California, Mexico, there is a geothermal power facility called Cerro Prieto. The 570 MW powerplant was started in 1973 and is situated at 32.3916 North and 115.2252 West. The Mexican government owns the largest and oldest geothermal power plant in the country. It was first constructed using German, French, and Japanese technology, and the Federal Electricity Commission now oversees its operation.
In addition to coal and diesel, AquaHot, a division of the Electricity Commission, manages the geothermal energy that powers Cerro Prieto. Geothermal energy is a renewable resource that does not emit carbon dioxide, making the power plant a clean, sustainable supply of electricity. It might produce up to 590 GWh of electricity annually, which would be enough to power more than 1.2 million homes in Mexico.
Powerplant Cerro Prieto I Reviews
The Cerro Prieto I, a 30 MW power plant, is situated at latitude and longitude coordinates 32.3985/-115.2379 in the municipality of Mexicali, in the Mexican state of Baja California. The plant’s construction started in 1971, and it was finished in 1973, making it Mexico’s first geothermal electricity generating station. The anticipated annual power output of Cerro Prieto I is 224 GWh, and the main fuel used in this plant is geothermal energy.
Geothermal energy is a burning type of energy that is being used more frequently around the globe. The water is heated to turn the turbines that generate the power by utilizing the natural heat from beneath the earth’s surface. An excellent location to investigate the utilization of geothermal energy is Cerro Prieto I, one of the first geothermal power plants, because it has been dependable and stable for more than 45 years. Additionally, the plant’s proximity to the fault line gives it access to the region’s extensive geothermal energy resources. One of the most accomplished geothermal energy-based projects in the world is this power plant.
Powerplant Las Tres V rgenes Reviews
A 10 MW geothermal power facility known as Las Tres Vrgenes can be found at these coordinates: 27.5061, -112.5591. It was officially opened in the summer of 2020, and ever since then, it has been running at full capacity. At first, the plant’s main fuel source was only seawater, which was used to run it exclusively. The plant can now generate an estimated 10MW of electricity because it has a geothermal energy source of its own.
The earth’s hot, molten rocks, which are found beneath the surface of the planet, are the source of the geothermal energy used by Las Tres V rgenes. The many turbines at the power plant are propelled by this energy, and they produce electricity that is then sent to the nearby grid. Due to its distinctive energy source, the plant not only generates power but also offers an environmentally friendly method of doing so.
Powerplant Los Azufres Reviews
A 225 megawatt geothermal power facility called Los Azufres can be found in Morelia, Michoacán, Mexico. Around 19.791 latitude and 100.6669 longitude are where it is situated. It is anticipated to start operating some time in 2021, and once operational, it will have the capacity to generate 19.791 gigawatts of electricity—enough to supply power to millions of nearby residences. The geothermal resource of Los Azufres has been verified as sustainable by the National Certification System for Renewable Energy Sources (SNICER), and the city was constructed using cutting-edge technology. It will be connected to the Central Transmission Network of CFE’s high tension cut 16 kV/230 kV Morelia-Salamanca.
Powerplant Los Humeros Reviews
In Teziutlán, Puebla, Mexico, there is a 68.6 MW power plant called Los Humeros. The location of the power plant is roughly 19.6465 latitude and -97.4375 longitude. A geothermal power facility called Los Humeros went into service in October 2002. Currently, it generates approximately 500 hectares of power yearly, or 662 GWh. The Federal Electricity Commission (CFE) distributes the electricity produced.
The neighboring heated and pressured water layer below the surface serves as the source of the geothermal energy fuel. To produce electricity, heat is used to change the liquid or vapor. Due to its effective and consistent functioning, Los Humeros is regarded as one of Latin America’s most amazing energy projects. Due to the fact that it doesn’t require burning fossil fuel or emit any emissions that could pollute the air, this power plant is also regarded as being environmentally benign.
FAQ
Q. What is the geothermal power potential of Mexico?
A. According to the Ministry of Energy (Secretariado de Energ a), Mexico has an estimated 8.6 GW potential for geothermal power, of which only 4% or 377 MW is currently being utilized. The majority of the potential 8.6 GW is located in the states of Baja California, Sonora, Chihuahua, Jalisco and Nayarit.
Q. Where are geothermal power plants located in Mexico?
A.Currently, there are five geothermal power plants in Mexico with an installed capacity of 377 MW: Los Humeros (Pueba), Cerro Prieto (Baja California), Los Azufres (Michoacan), Los Hidalgos (Chiapas) and Las Tres V rgenes (Sonora).
Q. How is geothermal power produced in Mexico?
A.Mexico uses both flash steam cycle and dry steam cycle technology. In flash steam cycles, the geothermal energy is used to directly vaporize a working fluid. The vapor is then used to drive the turbines. In dry steam cycle mechanisms, hot geothermal steam is directly used to drive the turbines.
Q. What are the main advantages of geothermal energy in Mexico?
A.The main advantages of geothermal energy in Mexico are its long-term cost savings, long term operation, limited environmental impacts and access to reliable, renewable and emission-free power. Furthermore, Mexico has high concentration of resources and its utilization could create local jobs and economic growth in communities.
Q.What is the government policy on geothermal power plants in Mexico?
A number of actions have been taken by the Mexican government to support the development of geothermal energy, including the creation of a National Geothermal Plan to lessen the risks involved in project development, the establishment of a public-private fund to finance projects, and the awarding of grants to businesses and organizations working on projects. Additionally, the government is providing financial incentives and loan guarantees to encourage the development of projects.
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Cory Combs is the Lead Writer and a key contributor at PowerPlantForum.com, a top resource for energy professionals and enthusiasts. With over a decade of experience in power plant operations and a degree in Electrical Engineering, Cory is a recognized authority in the field. His expertise in optimizing energy systems is informed by extensive hands-on experience and research. Follow Cory for the latest updates and expert insights on Instagram.