Top Best Solar Power Plants in Brazil for 2023

South American nation of Brazil is the sixth most populous nation on the planet. It also produces a lot of electricity, with a number of power plants spread out around the nation. This list includes information on every type and location of power plant in Brazil. Hydroelectric power plants are the main source of energy for the nation’s electricity production, followed by wind and solar farms. Brazil is a global leader in the production of renewable energy and is aggressively investing in the future of green energy due to the country’s richness of natural resources. While wind and solar farms are concentrated in the country’s center, hydropower plants are primarily found in its southern and northern regions. Additionally, Brazil’s northeast region is home to a number of thermal power facilities that are both coal- and natural gas-fired. All of Brazil’s power plants are covered by this list. It includes the name of the plant, its classification, and the area or state where it is found. On top of that, more details are given on the output and capacity of each plant. This list is an excellent resource for learning about Brazil’s capacity for power production and its role in the world energy market.

The list of solar power plants in Brazil is provided below.

List of all Solar Power Plants in Brazil in table format

For the benefit of our readers, we have compiled a list of solar power plants in Brazil in the table below:

Information sources include Wiki-Solar, WRI, and Agncia Nacional de Energia Eltrica (Brazil).

Best Solar Power Plants in Brazil in 2023

Below is information on the finest solar power plant in Brazil:

Powerplant Apodi Reviews

Brazil’s Apodi power plant is situated close to the cities of Apodi and Mossor. The facility can generate 120 MW of electricity and 120 MW of heat through the utilization of solar energy. The facility has been set up to take advantage of the region’s plentiful sunlight at latitude -5.06 and longitude -37.755. The power plant is expected to produce 319.08 MW of energy each year by utilizing solar energy. Since its opening in 2019, the power plant has been supplying the nation with clean, renewable energy.

Brazil’s dedication to renewable energy and efforts to lessen its carbon footprint are demonstrated by the Apodi power station. Brazil’s population have been receiving clean, renewable energy from the facility, assisting the country’s transition to energy independence. This power plant has aided in lowering pollutants, enhancing local air quality, and generating employment. The Apodi power station is a significant component of Brazil’s clean energy revolution and a representation of the country’s dedication to minimizing its environmental impact.

Powerplant Assu V Reviews

The Assu V solar power plant has a 30 capacity and is situated at latitude -5.555 and longitude -37.015. With an estimated annual output of 30 MW, it is one of the most dependable sources of renewable energy for the area and has been in service since 80.85. Since solar power plants only use the sun’s light as its main fuel source and don’t emit any hazardous pollution, they are significantly more environmentally friendly than other types of energy. Additionally, this tropical area has an abundance of solar energy, and the abundance of sunlight makes it a perfect place for such power generation.

Since its beginning, Assu V has been significantly contributing to grid stability for the area. It has done a good job of both reducing dependency on fossil fuels and serving the needs of nearby residents and businesses. The power plant delivers clean, renewable energy that aids in lowering the area’s carbon footprint and improving its sustainability. As a result, Assu V has received praise for its initiatives and keeps serving as a regional role model for producing sustainable energy.

Powerplant BJL ENEL Reviews

A 158 MW power plant named BJL ENEL is situated in Brazil. The power plant’s latitude and longitude are 12.597 S and 44.107 W, respectively. It started operating on June 4th, 2019, and it largely uses solar energy. An estimated 419.06 GWh of energy are produced annually by it.

The creation of BJL ENEL was done so that Brazil could fulfill its national commitment to cut CO2 emissions. The power plant will support local communities’ economic growth and job creation while enhancing the security and sustainability of the nation’s energy grid. Brazil’s GHG emissions are anticipated to be reduced by roughly 600,000 tons annually.

The power plant is a portion of a bigger undertaking. In six separate Bahia districts, this project has four solar parks and a wind farm erected. Each of these parks has a 158 MW maximum output and is anticipated to produce more than 1.1 GW yearly. This will be enough to supply the region’s 2 million households with electricity. BJL ENEL will be a key player in this project and a key part of Bahia’s goal for renewable energy.

Powerplant Central Mineir o Reviews

A 1.4184 GW solar power plant called Central Mineiro is situated near Belo Horizonte, Brazil. Its latitude is -43.9711 and its longitude is -19.8656. A total of 1,843 GWh of electricity is expected to be produced annually by the solar power plant, which started operating in 2016.

The plant is one of the biggest in Brazil and all of Latin America because it spans an area of more than 660 hectares. One of the most effective solar power plants, it is predicted to absorb the equivalent of more than 530 thousand tons of carbon dioxide emissions year. More than 650,000 solar panels with a 25-year anticipated lifespan are installed in the Central Mineir o Solar Park. This system can generate enough energy to supply 1.9 million Brazilian houses’ annual consumption demands.

Powerplant Fontes I+II Reviews

A 10 Megawatt solar power plant called Fontes I+II is situated at -9.055 Latitude and -38.12 Longitude. It is a significant solar-powered power plant in the region, with solar energy serving as its main fuel source. Since its establishment on 21.95, Fontes I+II has been supplying the neighborhood with electricity.

An estimated 10 Megawatts of power are produced by Fontes I+II, which is plenty for the neighborhood. It is one of the most effective solar power generation facilities in the area, and it is anticipated that it will continue to generate electricity for many more years. By lowering carbon dioxide emissions and supplying clean, renewable energy, Fontes I+II also helps the environment.

Powerplant Guaimbe Reviews

A 150 megawatt solar power facility called Guaimbe can be found in Brazil at coordinates -21.91 latitude and -49.85 longitude. The facility generates an estimated 355.24 megawatts of power primarily from solar energy. The plant was built in July 2018 and will likely continue to run for at least 25 years.

Brazil’s Guaimbe power plant is a significant source of clean energy. It is situated in the state of Minas Gerais, a region with a steady climate and significant solar radiation. Over 824,000 polycrystalline modules with a 25-year expected service life are used in the plant. More than 1 million people in the neighboring states of Minas Gerais and S o Paulo can be served by the power produced.

When it comes to environmental sustainability, the Guaimbe power plant is significant. Its operations produce no carbon emissions, the energy produced is pollution-free, and no water is utilized in the power generation process. This lowers the possibility of water contamination and lessens adverse effects on the local ecology. As a result, Brazil’s transition to a sustainable energy future is being supported by the Guaimbe power plant, which also serves as a vital source of clean energy.

Powerplant Guimarania 1 Reviews

A 30 megawatt solar power station called Guimarania 1 is situated in Brazil at latitude -18.88 and longitude -46.74. Midway through 2016, the local utility firms made the decision to build the solar power generation facility in response to the state’s growing energy needs and to ensure its energy security. The project’s efficient installation and scalability for further power generation capacity up to 75.6 megawatts are its highlights.

The site selection for the solar power plant presents a number of difficulties due to its location in Brazil’s heavily inhabited and agriculturally productive regions. Although the land space was limited due to the high population, the choice of the specific location gave the skilled site engineers a fantastic chance to provide efficient electricity while causing the least amount of disruption to the nearby heavily populated districts.

Powerplant Guimarania 2 Reviews

Modern power plant Guimarania 2 is situated in the far-off area of Guimarania, at -18.88 degrees latitude and -46.74 degrees longitude. The plant, which was created by the electrical engineering firm WJA, was commissioned on October 15th, 2029, and it started running with a 30 MW capacity. The facility runs entirely on solar power, producing an estimated 75.6 MW of electricity using a network of photovoltaic panels.

Guimarania 2 was intended to lessen the strain placed on neighboring towns and cities that had to rely on diesel and natural gas energy sources prior to the plant’s construction as part of the larger-scale energy ambitions of the area. With the elimination of pollutants and noise pollution and the widespread availability of clean, renewable energy, communities can now better take advantage of the area’s breathtaking natural beauty.

Powerplant Horizonte Reviews

Brazil’s Horizonte 80 is a solar power facility with a 213.63 megawatt (MW) capacity that started producing electricity in 2016. The facility is located at latitude and longitude -12.705 and -43.99, respectively, right off the coast of the state of Bahia. Neoenergia, a division of the larger Iberdrola Group, is the owner and operator of the power plant.

Horizonte 80 mostly uses solar energy as fuel, with energy being generated during the day using photovoltaic panels. After that, this energy is exported to Brazil’s power grid where it is used to power homes and businesses. The power is more effective than other conventional sources that rely on non-renewable sources because it is generated during the day.

Access to sustainable and clean energy is made possible by Horizonte 80, which also promotes environmental education and involves local communities in its sustainability programs. As a result, the facility has become a significant turning point in Brazil’s energy output, bringing renewable energy to many of the nation’s remotest and least-served regions.

Powerplant Ituverava Reviews

The biggest solar power plant in the area is found at Ituverava, a tiny municipality in Brazil. The 210MW facility began operations in 2018 and currently supplies 556.97 GWh of electricity annually. The Ituverava Solar Powerplant is situated at latitude and longitude of -12.594 and -44.112, respectively, and covers an area of around 1,200 hectares. It is one of the most cutting-edge solar power plants in the area and generates electricity utilizing photovoltaic cells.

Solar energy is used by the Ituverava Solar Powerplant as its main fuel source. In the event of sporadic weather issues, backup sources such fossil fuels are utilised. The power plant is credited for helping the nation achieve its objective of becoming independent from fossil fuels. It was created by a renowned French engineering company. It has also received recognition for its low environmental impact and financial effectiveness.

Powerplant Nova Aurora Reviews

The Nova Aurora solar power facility is situated at coordinates 3.06823, -28.448, -48.9749 in the rural area of Minas Gerais, Brazil. With a 3.068 megawatt capacity, the power plant can generate enough renewable energy to power more than 1 million Brazilian homes. Solar panels and photovoltaic cells are used to produce this sustainable energy. Early in 2019, Nova Aurora received its formal opening, and it is anticipated that it would produce enough energy annually to offset more than 500,000 tons of carbon dioxide emissions. Overall, Brazil’s Nova Aurora power station is an illustration of a successful renewable energy project. Brazil is moving toward becoming a green nation by moving away from conventional non-renewable energy sources. Solar energy can significantly lower Brazil’s carbon footprint while producing a significant amount of sustainable electricity for the country, as Nova Aurora shows.

Powerplant Nova Olinda Reviews

Brazil’s Nova Olinda is home to a 210 megawatt solar power facility. 8.213 latitude and -42.545 longitude are its precise coordinates. The facility uses solar energy as its main fuel and has been producing 559.6 MW of solar electricity since it began operations. As the largest solar power plant in the nation, it provides energy to hundreds of thousands of nearby households and businesses. Every year, the factory adds more solar panels to boost its ability to produce energy. It is capable of producing an amount of green energy sufficient to displace the energy produced by other sources, such as coal and oil. Its technology can potentially be used to lower carbon emissions and enhance local air quality.

The solar power plant at Nova Olinda is a fantastic illustration of how alternative energy sources may be utilised in a sustainable manner. It helps the nation produce clean, renewable energy, reduces its carbon impact, and supports regional economic growth. The facility will keep up with its promise to deliver green energy options across Brazil as it gradually produces more clean energy.

Powerplant Paracatu Reviews

At 17 34’0″S and 47 25’0″W, in the Brazilian state of Minas Gerais, is Paracatu, a 120 megawatt solar power facility. According to estimates, it will produce an additional 313.53 gigawatt-hours of renewable energy per year after it starts operating in September 2020.

The largest solar thermal and photovoltaic (PV) power plant in Brazil is run by Paracatu Energia Solar. Up to 450,000 people in the area are anticipated to be served by its 120 megawatts of power. The solar thermal power plant uses concentrating linear Fresnel reflectors to capture solar heat and convert it to energy, while the photovoltaic plant is made up of 256,500 solar cell modules.

In addition to supplying Minas Gerais with clean, renewable energy, the Paracatu Energia Solar project also generates a large number of local job possibilities. In order to secure the future of the world, Paracatu Energia Solar works to actively promote and develop renewable energy sources in addition to producing energy that is both affordable and sustainable.

Powerplant Pirapora I Reviews

In the Brazilian state of Minas Gerais, Pirapora I lies close to the city of Pirapora. Its latitude and longitude are -17.416 N and -44.92 W. This 150 MW solar energy facility is fueled entirely by solar energy. 5,760 different solar photovoltaic panels installed on tracking devices make up the plant. This facility, which can produce about 379.44 GB/h, was completed and put into operation on April 21st, 2020. As solar power is cleaner and more environmentally friendly, the plant is crucial to meeting the nation’s electricity needs.

Pirapora I has the capacity to power up to 200,000 homes and displaces close to 275,000 tons of carbon dioxide. This plant helps not only to produce clean energy but also create direct jobs in the region. This plant took over 200 people over two years of construction and about 20 permanent jobs in its day-to-day operations. Pirapora I is the largest solar framework in the region and also one of the largest in South America. This plant has been an instrumental step towards combating global warming and supporting the commitments made by Brazil in terms of reducing carbon emissions.

Powerplant Pirapora II Reviews

Brazil is home to Pirapora II, a 115 megawatt solar power plant located in Pirapora, Minas Gerais. The exact coordinates of the power plant are -17.4 degrees latitude and -44.88 degrees longitude. Pirapora II is powered entirely by solar energy and has been operational since 2013, producing an estimated 298.56 gigawatt-hours of clean energy annually.

The Pirapora II power plant was part of a larger initiative launched in the early 2010s to create sustainable solar energy sources in Minas Gerais, one of Brazil s most populous states. Thanks to advances in technology and research, the facility is capable of producing a large scale of solar power, supplying vast amounts of energy to local municipalities. Apart from reducing emissions produced by traditional energy sources, such as oil or coal, the solar plant promotes job creation, enhances economic vitality, and aids in the modernization of Brazil s energy grid.

FAQ

Q. What incentives are available for solar power plants in Brazil?

A. The government of Brazil offers several incentives for solar power plants. These incentives are mainly in the form of tax credits, reduced import tariffs, and green energy credits. In addition, solar power projects in Brazil are eligible for the Solar PV Program, which provides funding for 1 million projects in the country.

Q. What are some of the common challenges faced while setting up solar power plants in Brazil?

A. Setting up a solar power plant in Brazil can be a challenging process due to the lack of infrastructure and certain legal issues. Some of the major challenges include navigating through the bureaucracy, getting access to financing, dealing with land-use policies, and finding qualified personnel.

Q. How much does a typical solar power plant cost in Brazil?

A. The cost of installing a solar power plant in Brazil may vary widely depending on the project size and state of the technology. Generally, a 100 MW solar power plant with off-grid capabilities may cost around $150 million.

Q. Are installations of solar power plants in Brazil increasing?

A. Yes, the installation of solar power plants in Brazil has been steadily increasing over the past decade. In 2013, Brazil had only 13 megawatts of installed solar photovoltaic (PV) capacity. By 2021, the installed solar PV capacity has increased to over 900 megawatts.

Q. What is the average solar irradiance in Brazil?

A. The average solar irradiance in Brazil ranges from around 1,300 to 1,700 kWh/m2. The average solar radiation is highest in the northern region of the country, while the southern region is slightly lower. These conditions make Brazil an ideal location for solar power generation.

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