Top Best Power Plants in Brazil for 2024

Brazil is a sizable nation with an abundance and diversity of energy resources. It has succeeded in building a strong infrastructure that enables the generation of energy from numerous sources. To meet the nation’s ever rising energy needs, the Brazilian government has proposed a national energy strategy. This entails a dedication to the creation and application of both conventional and renewable energy sources. The list of all power plants in Brazil that are currently in operation is provided below. Power plants that run on hydroelectric, thermal, nuclear, and renewable energy sources are all included in this list. This list will give readers an understanding of the structure of the Brazilian power industry and provide light on the energy sources that account for the majority of the nation’s electricity consumption.

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

List of all Power Plants in Brazil in table format

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

Information Sources: WRI, Wiki-Solar, Ag ncia Nacional de Energia El trica (Brazil),

 

Best Power Plants in Brazil in 2023

Below is information on the top power plant in Brazil:

Powerplant 14 de Julho Reviews

Uruguay is home to the hydroelectric power plant known as 14 de Julho. With a 371.6 MW capacity, the power plant is a significant national energy source. Slightly east of the Brazilian border, in latitude/longitude coordinates of 29.0648 South and 51.6749 West, is where the power plant is situated. The Uruguay River serves as the main source of fuel for the power plant, which started producing hydroelectric power in 1999.

An estimated 2.7 billion KWh of electricity are generated annually by the hydroelectric portion of the 14 de Julho power plant, which is sufficient to power almost 1.6 million typical Uruguayan houses. Large dams, hydroelectric turbines, and various other works are among the elements of the power plant that make 14 de Julho the biggest hydroelectric power plant in Uruguay. The power plant not only supplies the nation with energy but also aids in other areas like as irrigation, flood control, and water storage.

Powerplant 3M Itapetininga Reviews

The coordinates of the 3M Itapetininga Oil Power Plant are 23.5927 South, 48.0901 West, in Itapetininga, Brazil. With 3.84 megawatts (MW) of installed capacity, it ranks twentieth in size among power plants in Brazil. On an undisclosed date, the plant was finished and put into use. Oil is the main fuel that is utilized to produce electricity.

The 3M Itapetininga Oil Power Plant adds to the supply of electricity in Brazil. Approximately 70% of Brazil’s electricity comes from hydroelectric power, which it produces in large quantities. The remaining energy comes from natural gas, coal, and oil. Since it is more cost-effective to utilize than natural gas, oil is a key source of electricity. Brazil’s power system will benefit greatly from the predicted 9.4 gigawatt-hours (GWh) of electricity produced by the 3M Itapetininga Oil Power Plant in 2020.

Powerplant 3M Sumar Reviews

3M Sumar, a 6.4 MW power plant, is situated at latitude -22.8152 and longitude -47.1781, in the Brazilian municipality of Sumar. Operation of this oil-based power plant started in April 2020. Its main fuel source is oil, and its annual energy production is estimated to be 5.3 GWh.

More than 20,000 homes and more than 8,000 businesses in Sumar will receive power from 3M Sumar, enhancing local quality of life and promoting regional and local economic growth. By substituting fossil fuels for energy, the plant will also lower carbon dioxide emissions, so slowing down global warming.

Powerplant AJ Rorato Reviews

The oil-fired power plant known as AJ Rorato is situated in the Brazilian state of Paran, in the municipality of S o Jos dos Pinhais. Its exact location can be found using its latitude (-23.9277) and longitude (-52.4869). The plant started operating on an unspecified date and has an installed capacity of 2.19 gigawatts (gW).

The largest oil-fired power station in Brazil, AJ Rorato, plays a significant role in the nation’s electrical supply. An average of 19,000 gigawatt-hours (GWh) of power are produced there annually, and the local and surrounding economies greatly benefit from its activities.

At AJ Rorato, oil is the main fuel utilized to generate electricity. The safety and environmental standards of the power plant comply with all applicable local laws and regulations. Furthermore, the factory utilizes state-of-the-art technologies to minimize its environmental impact, including cutting back on air pollution emissions and effectively managing water resources.

Powerplant ALLIANZ PARQUE Reviews

One of the biggest power plants in South America, Allianz Parque is situated in Brazil at the coordinates 3.8744 S, -23.5218 W, and -46.6691 W. The power station runs on oil and has a 3,650 MW operating capacity. After coming online in 2017, Allianz Parque has been generating up to 29,000 GWh of electricity annually for use in the surrounding area and beyond.

Modern equipment and safety protocols have been implemented by Allianz Parque to guarantee the security of its employees and surrounding residents. Additionally, they have put policies into place to lessen the quantity of pollution and waste that is released into the environment. These include of utilizing power systems, pipeline systems, advanced cleaning systems, and more. Consequently, Allianz Parque has emerged as one of South America’s most dependable and efficient electricity providers.

Powerplant AMBEV – Jo o Pessoa Reviews

With a 1.35 megawatt (MW) capacity, the AMBEV Powerplant in Jo o Pessoa, Brazil, runs on main fuel oil. It began at an unspecified year and has exact coordinates of 7.111 degrees south and 34.8536 degrees west. Actually situated in Pernambuco, this power station supplies electricity to the surrounding area.

Approximately 1,200 residences in the area could be powered by the 1.35 megawatts of power that the AMBEV Powerplant is expected to provide. Oil is the main fuel utilized in the power plant, while other fuels may be used if necessary in the future. Additionally, the power plant has state-of-the-art pollution control technology such flue gas desulfurization, which lessens the plant’s negative environmental effects.

An essential component of the regional power system that provides the area with much-needed electricity is the AMBEV Powerplant. Its existence guarantees a dependable and durable energy source, supporting the expansion and prosperity of the regional economy. It is now regarded as a dependable energy source since it has won the trust of the neighborhood with its effective functioning and cutting-edge pollution control systems.

Powerplant ANHANGUERA EDUCACIONAL SA – CAMPO GRANDE Reviews

In Campo Grande, Mato Grosso do Sul, Brazil, there is a power plant called Anhanguera Educacional SA. The power plant is situated at coordinates 20.4633 W, 54.5918 W, close to the cities of Xucruz and Xeviocri. The 2.16 MW power plant was put into service in April of 2018. Oil serves as its main fuel source.

Anhanguera Educacional SA was founded to address the region’s growing energy needs, and it is anticipated to produce 2.16 megawatts of electricity per day on average. The location was carefully selected to provide quick access to plentiful and dependable petroleum sources. Additionally, the location offers a perfect platform for energy distribution in the neighborhood. It is a vital resource for the area and the first integrated energy plant in Mato Grosso do Sul. The Brazilian Ministry for Environment and Sustainability has certified the facility for emissions regulations and it is run in an environmentally sustainable manner.

Powerplant AREVALE Reviews

A power plant called AREVALE is situated in the Brazilian state of Rio Grande. With a 2 megawatt capacity, the plant runs mostly on biomass, which is organic matter that can be transformed into energy. With activities starting in February 2019, AREVALE is expected to supply more than 1,500 local families with electricity.

The precise coordinates of AREVALE are -22.8877 latitude and -45.3275 longitude. It is close to several notable local attractions, including the football stadium, the town center, and the ancient Vila Velha lighthouse. It is situated about 16 km from the ocean.

In the state of Rio Grande, there are numerous renewable energy projects, including AREVALE. The plant is a great resource for the neighborhood because it produces electricity from a mix of biomass, solar, and wind energy. AREVALE aims to enhance air quality and create a healthier environment by planting trees and other natural vegetation nearby.

Powerplant ARS Reviews

The ARS is a hydroelectric power station with a 6.66 megawatt capacity that is situated at -13.0992 latitude and -54.8189 longitude. This power plant has been producing enough electricity to cover the requirements of 6.66 million people since it opened for business on 27.46. A primary fuel system is used to generate the hydroelectricity, which uses the force of falling water to turn a revolving turbine. After the turbine generates electricity, it is fed into the nearby power system.

This power plant is an eco-friendly power source that produces clean energy. The ARS can produce electricity without releasing greenhouse gasses or other pollutants into the environment by using renewable energy. When needed to fulfill customer demand, the generated hydroelectricity may be swiftly created and is easily managed. Using hydroelectricity has the benefit of not requiring the burning of fossil fuels. This gives the area dependable power while lessening the power plant’s environmental effect.

By offering a reliable and effective energy supply, the ARS powerplant can lessen dependency on traditional energy sources. Because of the facility’s good upkeep and smooth operation, high-quality, uninterrupted electricity generation is guaranteed. The ARSis is a vital component of the region’s efforts towards sustainable development and has the capacity to produce enough energy to suit the demands of the local people.

Powerplant AVG I-II Reviews

Located in Pinhel, Portugal, AVG I-II is a 4.8 MW biomass-fired power plant with coordinates of -19.4632 degrees latitude and -44.2871 degrees longitude. The year 2016 saw the start of operations for this power plant. Since installation, it has been effectively utilizing biomasses to produce sustainable energy, assisting the neighborhood in lowering their electricity costs due to the lower cost of biomass fuels like wood chips, straw, and pellets compared to more traditional fuels like coal and gas.

The AVG group owns this power plant, which is situated within the Celtejo corporation. It is a great example of sustainable energy production, with an expected power generation of over 22,000 MWh. It is built to take advantage of the local supply of biomasses. Additionally, using biomass fuel increases the nation’s fuel resource self-sufficiency by removing the need for imported fuels.

Powerplant Abatedouro S o Salvador Reviews

One of the biggest power plants in the area is the Abatedouro ão o Salvador plant, which is situated in the municipality of Goi ão. 3.688 MW of capacity was installed when it was first put into service in 2009. The major goal of the power plant, which runs mostly on oil, is to make this big federal state more energy secure. The coordinates of this location are -16.0044 latitude and -49.7867 longitude. With an anticipated yearly energy generation of around 23 million MWh, this power plant ranks among the major producers to Central Brazil’s electrical system.

Hospitals, manufacturing facilities, and residential consumers are among the commercial and industrial users of the energy produced by Abatedouro S. o. Salvador. This power plant is a valuable resource for the local economy because of its close proximity to its clients, consistent energy production, and significance as a cost-effective resource. It is also a very efficient resource due to the minimal fuel use and renewable energy produced by the cogeneration process.

Powerplant Abranjo I Reviews

Near the city of Abranjo, in the state of Rio Grande do Sul in southern Brazil, sits the hydroelectric power facility known as Abranjo I. Since 9.2, it has supplied energy to the local and wider Brazilian grids with an installed capacity of 4.86 megawatts. According to Google Maps, the power plant’s precise latitude and longitude are -30.7944 and -52.6272, respectively.

This power plant was constructed to encourage the sustainable use of a renewable energy resource while reducing the demand on fossil fuel-based energy sources, especially gas. Environmentalists and the local populace embraced the building of hydroelectricity since it is clean and efficient. As with other hydroelectric projects, water is, of course, the main fuel used in this power plant.

Powerplant Abrasa Reviews

With a 1.46 megawatt overall capacity, the Abrasa hydroelectric power station is situated at -26.7712 latitude and -52.1902 longitude. The plant, which was developed by the Brazilian electrical corporation EDP, was put into service in 5.49. Water is the plant’s main fuel source, and it powers the turbines that produce energy. The power plant was constructed to help satisfy the needs of the Abrasa region and to supply clean, renewable energy to the area while also lowering pollution.

The plant’s materials were carefully selected for their dependability and effectiveness, making them a potent source of renewable energy. The facility effectively extracts energy from the water using a variety of technologies, including turbine-powered hydraulic systems. Because the surrounding biodiversity-rich terrain is protected, the plant’s construction was also planned with the environment in mind. In order to guarantee maximum efficiency and safety, the plant is also run by a committed group of expert engineers who continuously check its performance.

Powerplant Abun Reviews

Brazil’s Abun power plant may be found at latitude -9.6868 and longitude -65.3633. With an estimated 3.18 megawatts of electricity generation capacity, it started operations on. Oil serves as the main fuel source and provides electricity to the nearby areas.

Numerous surrounding businesses and homes are powered by the Abun powerplant. For these communities, it has shown to be a dependable energy source, guaranteeing them access to services and electricity that were previously unavailable. The power plant uses renewable oil sources to minimize its gas emissions, and it was carefully constructed to be a sustainable and environmentally conscientious source of energy.

Since it began running, the Abun powerhouse has reliably supplied over with electricity. It has greatly aided in the expansion of the area and is now a vital energy source for numerous local enterprises and industries. As a vital part of the nation’s infrastructure, the Abun powerplant ensures that its people have access to the resources they require for success.

Powerplant Adria Reviews

There is a 2.04 megawatt power plant in Adria, Europe. The coordinates of this power plant are -48.3125 longitude and -21.251 latitude. Oil is the main fuel type for it. The power plant produced an estimated 2.04 MW of power when it launched in November 2020. This power plant uses resources in an efficient and effective manner, which lowers its operating costs.

The Adria power plant is based on the same premise as power plants used globally, however it employs contemporary technology. It lowers operating costs overall by utilizing new fuel resources and combining them with established techniques. The power plant also employs cutting-edge methods to prevent pollution of the environment. In addition, the electricity produced is more efficient and dependable than electricity from other sources.

An essential component of Europe’s energy security is the Adria power plant. It can offer its people, companies, and industries a dependable supply of electricity. It also helps to protect the environment and cut down on carbon emissions. Europe’s and the world’s population, economy, and ecology all benefit from the Adria power plant.

FAQ

Q1. What kind of power plants are common in Brazil?

A. Coal-fired power facilities, oil, gas, and hydropower are all common in Brazil. Nuclear, solar, and wind energy are growing in popularity; numerous projects involving these energy sources are presently under development.

Q2. What are the sources of power generation in Brazil?

A. Brazil relies mostly on hydropower, oil, natural gas, coal, wind, solar, and nuclear energy to generate electricity. Seasonality, fuel prices, and other factors all affect how much electricity is generated from each source. The importance of renewable energy is growing; in 2020, it is predicted that 32% of the installed capacity in the nation would come from these sources.

Q3. How much of Brazil s energy is generated by renewable sources?

A. 32.3% of Brazil’s electricity comes from renewable sources, primarily hydropower (17.7%), followed by wind (7.7%) and biomass (5.7%), according to the country’s Ministry of Mines and Energy. Solar energy has grown in importance recently, and by 2020 it will account for 1.3% of all electricity generated.

Q4. Are any nuclear power plants operating in Brazil?

A. Yes, the Angra I nuclear power station in Rio de Janeiro has a 635 MW generation capacity as of right now, having started operations in 1985. With a planned capacity of 980 MW, the second unit, the Angra II nuclear power station, is presently under construction. Eletronuclear, a Brazilian federal utility business, owns and operates both units.

Q5. What measures are being taken to increase renewable energy use in Brazil?

A. The Brazilian government has put in place a number of initiatives to boost investment and development in the renewable energy sector. These include the government’s tenders for renewable energy projects, research and development expenditures, tax breaks for individuals and businesses that invest in renewable energy, and the national targets of 30% of electricity from renewables by 2030 and 15% of total energy consumption by 2024.

I hope you find the information about all power plants in Brazil that I have provided above interesting. If you do, please let us know in the comments.