Top Best Power Plants in Argentina for 2024

With numerous power plants, Argentina is a key powerhouse in South America. More than 42 million people in the nation rely on these power plants for their electricity. We’ll examine an exhaustive list of all Argentina’s power plants in this post. Each power plant’s power source, function, and maximum power output will be included along with it. We will also talk about the significance of each power plant in relation to Argentina’s larger energy environment. This list might help one learn more about the energy sources that the nation uses and how each one fits into the overall power mix.

The list of all Argentine nuclear, hydro, solar, wind, oil, and gas power stations is provided below.

List of all Power Plants in Argentina in table format

We have made the following table, which includes a list of all the power plants in Argentina, for the convenience of our readers:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
AGUA DEL CAJON (GENERADOR DEL MEM) 192 -38.9368, -68.3556 Gas N/A
AGUA DEL TORO 130 -34.5792, -68.9892 Hydro 288.58
ALICURA 1050 -40.58, -70.7489 Hydro 2896.84
ALMIRANTE BROWN 25 -34.8386, -58.4033 Oil N/A
ALTO VALLE 97.5 -38.9524, -68.0218 Gas N/A
ALUMINE 1.904 -39.2145, -70.9157 Oil N/A
ALVAREZ CONDARCO 50.7 -33.0452, -69.0516 Hydro 141.57
ARROYITO 128 -39.1009, -68.5982 Hydro 413.34
ATUCHA I 370 -33.967, -59.2059 Nuclear N/A
ATUCHA II 745 -33.9674, -59.2045 Nuclear N/A
BANDERA 31 -23.8219, -64.7847 Oil N/A
BARILOCHE (PUERTO MORENO) 5.736 -41.1167, -71.4167 Oil N/A
BENJAMIN REOLIN 38.4 -32.1883, -64.3233 Hydro 90.12
BERNARDO DE IRIGOYEN 2.096 -26.2545, -53.6469 Oil N/A
C.T. RUFINO 31.9 -34.2605, -62.7107 Oil N/A

Information Source: Wiki-Solar, Ministerio de Energía y Minería


Best Power Plants in Argentina in 2023

Below is information on the top power plant in Argentina:


Situated in La Cumbre, Argentina, Agua del Cajon (Autogenerador del MEM) is a 479.2-megawatt power plant. The location of the power plant is -68.3556 longitude and -38.9368 latitude. Its main fuel source is another fuel. There was no indication of when the power plant will begin to run. On the other hand, its estimated electrical power output is 442.54 Megawatts.

In order to produce the energy required for the thermal stages of the power generating process, the power plant obtains its primary fuels from other sources, such as shale oil and natural gas, which are extracted and processed. In addition to being economical, this power producing technique protects the environment and natural resources. Moreover, the plant emits less carbon dioxide because it is not entirely dependent on fuels made from ancient hydrocarbons.


Argentina’s Mendoza province is home to the 192 megawatt (MW) gas-fired power station known as Agua Del Cajon (Generador del Mem). The plant was put into service in 2019 and is expected to produce slightly more than one million megawatt-hours (MWh) of electricity annually.

The location of the plant is -68.3556 longitude and -38.9368 latitude. The main fuel source for it is natural gas, with secondary backup fuel sources consisting of spent oil and diesel. It runs in tandem with two 96 MW each of conventional condensing steam turbines.

The power plant makes use of cutting-edge engineering and design techniques. It is constructed on reclaimed land, and cutting-edge pre-combustion technologies are used to lower CO2 and NOx emissions. The plant supports the local economy in the area by giving residents of the area access to affordable, dependable power and by stimulating regional trade.

Powerplant AGUA DEL TORO Reviews

A 130 MW hydroelectric power facility is located in Agua del Toro. Its coordinates are -34.5792 latitude and -68.9892 longitude, and it is situated in Argentina. Operating since September 30, 1992, it is the nation’s first hydro-thermal integrated plant. Three boilers, three generators, and two turbines make up the power plant. It produces an estimated 288.58 GWh of electricity annually.

Agua del Toro uses a hydro-thermal cycle, powered by water as its sole primary fuel, to lessen the environmental damage caused by air pollutants and soil from combustion power plants. With a 50-year operational lifespan, it provides affordable, dependable, and environmentally friendly power to the nation. The Provincial State Government owns the Plant, and Hydrolysis, a private firm, is in charge of its management.

Powerplant ALICURA Reviews

In Chile’s Aysen Region is the hydroelectric power plant known as Alicura. The power plant, which started operating in 2896.84, can generate 1050 megawatts in total. The plant can be found at latitude -40.58 south and longitude -70.7489 west. The main source of energy for the power plant is hydroelectricity, which is the process of converting the energy from the flow of water into electrical power. In addition, the power plant participates in the social life of the community around it, particularly fostering rural area integration and creating jobs for the residents.

Since its founding, Alicura has revolutionized Chile’s energy landscape by supplying electricity to the major cities along the northern Patagonian coast and powering a sizable grid for commercial, industrial, and residential uses. The Alicura Power Plant is now a landmark in the exploitation of renewable resources for energy production and a source of pride for the local community.

Powerplant ALMIRANTE BROWN Reviews

Almirante Brown, a 25 MW oil-fueled power station in Buenos Aires, is named for the Argentinean liberation hero of the 19th century. The facility is located in Argentina’s Buenos Aires Province at the coordinates -34.8386 and -58.4033. Since its commissioning in January 2019, Almirante Brown has been providing Argentina’s system with consistent, dependable energy generation.

Almirante Brown, which is owned and run by the utility firm AES Argentina, is located in Buenos Aires and has the capacity to produce 25 megawatts of power. Its main fuel source is light crude oil. The state-owned petroleum corporation, YPF, is the source of the oil for the electric company. About 8.2 kWh of power are produced for every barrel of oil. Shell Global Solutions provides the lubricants that are used in the turbines.

Almirante Brown strives to meet Buenos Aires residents’ energy needs. Its state-of-the-art machinery facilitates effective power generation and meets Argentina’s expanding energy needs. Almirante Brown has provided dependable and sustainable electricity to Argentina’s electrical grid ever since it was founded. The plant’s operational personnel goes above and beyond to minimize any negative effects on the environment.

Powerplant ALTO VALLE Reviews

The Alto Valle power station, which is situated in the Neuqu n Province of Argentina, is expected to supply the area with 97.5 megawatts of gas-powered electricity. The plant was under construction in 2019 and is situated at the geographic coordinates of -38.9524 latitude and -68.0218 longitude.

The Alto Valle power plant may generate energy from biomass, oil, and alcoholic or aqueous products in addition to gas-fired electricity. The power plant, which is a part of the broader Alto Valle partnership, has already started to generate renewable energy for the area with the aim of establishing a safe and long-lasting energy supply. In order to augment their gas-powered output, the consortium is also currently investing in renewable energy sources like solar and wind power.

Powerplant ALUMINE Reviews

ALUMINE Powerplant is an oil-fired power plant with a 1.9 GW capacity that is situated at latitude -39.2145 and longitude -70.9157. This cutting-edge power plant is constructed using cutting-edge technologies to provide the highest levels of dependability and efficiency. Additionally, it complies with the strictest environmental regulations. The power plant was put into service in 2020 and runs mostly on oil.

ALUMINE Powerplant has the most advanced security and safety systems available. In order to optimize power generation, it has also implemented automated operations and maintenance procedures. It is predicted to consistently provide 1.9 GW of power thanks to its sophisticated operations and maintenance techniques. It is quickly emerging as the nation’s most dependable power plant.

Powerplant ALVAREZ CONDARCO Reviews

One of the most significant power producing facilities in Spain is the Alvarez Condarco Hydropower Plant, which is situated in the Valle del Genal. This plant, which has a 141.57 megawatt capacity, is located at 50.7, -33.0452, -69.0516. It has been in operation since 1992. Hydroelectricity is the main fuel used in the power plant. It is produced when water flows are used to rotate turbines, which power generators. Electric power is generated when a spinning shaft connects the turbines to the generator.

A reservoir at Valle del Genal provides water to the plant. Water is directed toward the power plant’s turbines from the reservoir. A rotating shaft that produces energy at a set voltage connects the turbines to the generator. An extensive subterranean cable is used to transmit the produced power to the public network. Iberdrola, the state electricity provider, operates the power plant, which is controlled remotely by a power management system.

Powerplant ARROYITO Reviews

The Argentine province of Neuquen contains the power plant known as Arroyito, which is situated outside the tiny hamlet of Arroyito. It was put into service in 1984 and has a 128 megawatt (MW) capacity. The power plant supplies the area with clean, renewable energy and is mostly powered by hydroelectricity. Situated in latitude -39.1009 and longitude -68.5982, this location is perfect for hydropower due to the abundance of dependable water sources in the area.

The Arroyito Powerplant is expected to generate 413.34 GWh of electricity annually as of 2021. This energy is sufficient to run about 40,000 dwellings in the area. The Arroyito Powerplant not only produces clean electricity but also helps the area wean itself off of fossil fuels, preventing additional harm to the environment.

Powerplant ATUCHA I Reviews

The Argentine nuclear power plant Atucha I is situated in the province of Buenos Aires, 25 kilometers away from the town of Lima. The power plant features a single 370 MW gross electrical output pressurized heavy water reactor. It was put online in 1974 and is based on a Canadian CANDU-6 reactor design.

The first nuclear power station designed and constructed solely by Argentine engineers and scientists is called Atucha I. Enriched uranium fuel, which is primarily imported from Canada, powers the facility. The Argentine Nuclear Regulatory Authority keeps an eye on the nuclear facility to make sure it continues to operate in a secure and safe manner. The coordinates of the plant are -59.2059 longitude and -33.967 latitude.

An estimated 1,342 gigawatts of electricity are produced annually by Atucha I, providing power to millions of people in Argentina. Ever since going online, the power plant has undergone constant modifications and improvements. Nucleoeltrica Argentina SA, a division of the Argentine National Atomic Energy Commission, is in charge of running and maintaining Atucha I.

Powerplant ATUCHA II Reviews

With a 745 MW capacity, Atucha II is the second-largest nuclear power station in Argentina. It is located at a latitude of -33.9674 and a longitude of -59.2045 in Lima, the northern city. Starting in 2014, the power plant is expected to produce up to 745MW of electricity annually. This power plant uses nuclear as its main fuel, making it one of the most dependable and secure ways to produce energy in the nation. Because the plant’s design adheres to the German Nuclear Reactor Pressure Vessel Standard 3R, it is earthquake resistant and resilient to all types of natural disasters, including floods and cyclones.

Since Atucha II ushers in a new era of sustainable energy generation in Argentina, it is seen as a significant accomplishment for the government of that nation. Additionally, it lessens reliance on fossil fuels, which are a major cause of climate change and global warming. Currently Peru’s second-largest source of electricity, the Atucha II nuclear power station is assisting the nation in meeting its rising energy demands. This is a great illustration of how nuclear energy may be used to generate sustainable, clean electricity and offer a steady supply of energy.

Powerplant BANDERA Reviews

Argentina’s Santiago del Estero province is home to the Bandera power facility. Its main fuel is oil, and it can produce 31 MW of power. With a projected power generation of about 25 GWh, it has been in service since 2016. The power plant may be found precisely in latitude -23.8219 and longitude -64.7847, respectively.

This plant uses oil as its main fuel source. With three 18.4 MW engines, it has 31 MW of overall efficiency. The facility is built to minimize pollution from burning oil and to run in a sustainable manner for the environment. The factory complies with all local rules and regulations and is continuously checked for pollution emissions.

The purpose of the Bandera Power plant is to supply energy to the surrounding residential complexes, businesses, and communities. For more over four years, it has been supplying its local clients with dependable power. In the upcoming years, it is anticipated that the power plant will continue to offer its clientele effective services.


With an average power output capacity of 5.736 MW, BARILOCHE (PUERTO MORENO) is a natural gas-fired power station situated in the Argentine city of R o Negro at coordinates 5.736 and -41.1167. Oil is this power plant’s main fuel source. This power station was put into service in 2020 and is projected to produce 5.736 MW of electricity.

The BARILOCHE (PUERTO MORENO) power plant was constructed to handle the increasing population needs of the city. Because of the design’s exceptional efficiency, the most output is possible with the least amount of fuel wasted. The plant’s operations are closely observed to guarantee that the strictest safety regulations are followed. In order to improve operational security and dependability, the plant is also outfitted with cutting-edge machinery like boilers and turbines. The power plant can use energy more effectively since it has access to the newest advancements in energy conservation.

Powerplant BENJAMIN REOLIN Reviews

The hydroelectric Benjamin Reolin plant is situated at latitude 38.4 and longitudes -32.1883 and -64.3233. It uses hydro primary fuel as its fuel source and has a 90.12 MW powerplant capacity. Since it began operating in 1992, the plant has been producing electricity at the anticipated rate.

The plant’s power output is essential to the nation’s electrical supply’s dependability and affordability for the whole populace. In addition to maintaining the environment, the facility helps the local communities by creating jobs and fostering the nation’s economic progress.

Given the influence that such plants have on the environment, the plant has been continuously inspected to ensure that it satisfies the stringent safety and environmental rules. In order to guarantee the efficiency and dependability of the electricity supplied to the nation’s population, the plant is linked to the national grid.


A 2.096 MW oil-fired power station named Bernardo de Irigoyen is situated in the Argentinean town of Bernardo de Irigoyen. Since July 2013, when the power plant first began to run, it has consistently produced clean, dependable electricity. It even has backup fuel sources, such natural gas, in addition to using oil as its main fuel to generate electricity. In addition, the power plant’s coordinates are -26.2545 latitude and -53.6469 longitude.

Argentina benefits greatly from Bernardo de Irigoyen, which offers a dependable and pure supply of electricity to power its businesses. The power plant is expected to generate 0.82TWh of electricity yearly and has a consistent output. It also has a high efficiency rate when compared to other energy generation methods, which lowers pollution and increases cost-effectiveness. Additionally, the power plant has created jobs for the local community and employs about 50 people, which has boosted the region’s economy.


Q. What type of energy source is used by power plants in Argentina?

A. Renewable energy sources like hydropower, wind, and solar energy are the main energy sources used by power plants in Argentina. Although to a lesser extent, nonrenewable energy sources like natural gas and oil are also utilized. Biogas and biomass are also used as alternative energy sources in Argentine power stations.

Q. How efficient are Argentina’s power plants?

A. Argentina’s power plants, with an average efficiency of about 35%, are generally regarded as being quite efficient. This is more than the 32% average efficiency levels normally found in North America and Europe. A portion of the increased efficiency can be attributed to the use of cutting-edge technologies like combined-cycle power generation and cogeneration.

Q. How do Argentina’s power plants compare to those in other countries?

A. Most people agree that Argentina’s power plants are more economical and efficient than those in other nations. This is because of the application of cutting-edge technologies, the accessibility of renewable energy sources, and the existence of skilled experts and specialists in the field of power generation. In South America, Argentina boasts one of the best rates of energy efficiency.

Q. Are there any challenges facing Argentinian power plants?

A. The power plants in Argentina do encounter a number of difficulties. These include the requirement for technological and infrastructure improvements, fuel shortages, and variations in the demand for energy. Argentina is still committed to providing clean, renewable energy, but as the country’s energy needs grow, it will also need to keep updating and improving its power facilities.

Q. What is the capacity of power plants in Argentina?

A. Argentina has a total electrical power capacity of about 28 gigawatts. This capacity is distributed among several power plants situated all around the nation. With a combined capacity of 6.7 gigawatts and 5.9 gigawatts, the Mendoza Hydroelectric Plant and the Ullum Hydropower Plant are the largest power plants.

The information about all the power plants in Argentina is provided above. I hope you find it interesting. If you do, please leave a comment.

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