Brazil is a huge nation with enormous energy needs. Power plants are necessary because of the expanding population and rising energy consumption. Brazil has a large number of power stations to meet its needs for electricity. This list will give a thorough overview of Brazil’s power plants, including information on their kind, location, and current state of operation. Additionally, it will provide relevant details regarding the effectiveness and capacity of each power plant. With this knowledge, it will be possible to determine whether more power sources are required and what effect, if any, new laws or technological advancements might have on the mix of power sources now in use. To reflect any alterations or recent advancements in the Brazilian power generation industry, the list will be updated continuously. The list will also be a helpful resource for stakeholders and investors seeking a current overview of the nation’s power industry.
The list of all wind power facilities in Brazil is shown below.
List of all Wind Power Plants in Brazil in table format
For the benefit of our readers, we have compiled a list of Wind power plants in Brazil in the table below:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Alegria I | 51 | -5.0944, -36.3629 | Wind | 199.18 |
| Alegria II | 100.65 | -5.1243, -36.3833 | Wind | 435.32 |
| Alhandra | 6.3 | -7.2731, -34.9344 | Wind | 23.19 |
| Alvorada | 8 | -14.1852, -42.5911 | Wind | N/A |
| Ametista | 28.56 | -14.172, -42.7002 | Wind | N/A |
| Amparo | 22.5 | -26.6183, -51.5646 | Wind | 44.11 |
| Angical | 12.95 | -14.3461, -42.6137 | Wind | N/A |
| Aquibat | 30 | -26.5848, -51.7532 | Wind | 58.82 |
| Aratu I | 14.4 | -5.0919, -36.3377 | Wind | 61.31 |
| Areia Branca | 27.3 | -4.9686, -36.9009 | Wind | N/A |
| Arizona 1 | 28 | -5.3042, -35.382 | Wind | N/A |
| Asa Branca I | 27 | -5.2323, -35.8266 | Wind | N/A |
| Asa Branca II | 27 | -5.2286, -35.8808 | Wind | N/A |
| Asa Branca III | 27 | -5.2551, -35.8436 | Wind | N/A |
| Asa Branca IV | 32 | -5.3291, -35.9916 | Wind | N/A |
Information sources include Wiki-Solar, WRI, and Agncia Nacional de Energia Eltrica (Brazil).
Best Wind Power Plants in Brazil in 2023
Below is information on the best wind power plant in Brazil:
Powerplant Albatroz Reviews
The 4.8MW Albatroz power plant can be found at coordinates -6.5475 latitude and -34.968 longitude. This plant uses wind as its main fuel source. It was established on 15.02. Its overall power output is projected to be 4.8 MW. As it makes use of the high wind currents to produce electricity, Albatroz is a fantastic example of how to use renewable energy to power generating. This helps to minimize pollution and give green energy to local places.
As it uses natural resources to produce energy and doesn’t use fuel or emit any pollutants, albatroz has also played a significant role in lowering the price of power. Additionally, the plant contributes to the region’s consistent electrical supply, giving homes and businesses access to a dependable energy source. By offering a reliable source of services connected to products that can aid in the growth of the local economy, this promotes economic stability.
Powerplant Alegria I Reviews
A 51 megawatt (MW) power plant called Alegria I can be found close to Alegria, Brazil. Specifically, the location of the plant is 5.0944 south latitude and 36.3629 west longitude. It began operations on 199.18 and runs primarily on wind energy. The power plant has been operating smoothly and producing about 51 MW of electricity since it was commissioned.
One of the top energy companies in Brazil, Alegria Energy, manages and runs Alegria I. The power plant generates clean electricity, assisting the area in environmental preservation. The power plant regularly contributes to Brazil’s national grid and trades with other local and worldwide power markets.
The Alegria I power plant’s success can be attributed to its consistent energy output, outstanding energy efficiency, cost savings, and minimal carbon impact. The wind turbines at the plant are positioned carefully to benefit from the strong winds in the area. This encourages an effective and economical system for producing power, making the plant very viable and advantageous for the entire neighborhood.
Powerplant Alegria II Reviews
Alegria II, a power plant with a 100.65 MW capacity, is situated in the Brazilian city of Alegria at latitude -5.1243 and longitude -36.3833. Since it began operating in 2020, this wind power station has produced an estimated 435.32 GW of energy annually. This power plant, which lies close to the borders of Alegria and its adjacent city De Almeida, has been a significant factor in the region’s expanding energy demand.
Alegria II is a significant monument for the area because it was built during the nation’s first large-scale wind energy implementation attempt. It is the most suitable location for this power plant because the area around it offers substantially better wind speeds than other areas nearby.
Alegria II was constructed in a record amount of time, requiring just six months to complete the entire project. In addition to producing clean energy, the power plant prevents the destruction of hundreds of acres of forest that would have been cleared in order to generate electricity using other fuels.
Powerplant Alhandra Reviews
A 6.3MW wind power facility may be found in the small Brazilian town of Alhandra, which is close to the Panama Bay shore. The largest wind power facility of its sort in the region, Alhandra wind power plant is situated at -7.2731 latitude and -34.9344 longitude and offers clean energy to the locals. Since the power plant’s operations began on 23.19, it has constantly provided the area with clean, sustainable electricity. The Alhandra wind power plant primarily utilizes wind energy, which is captured by sizable wind turbines dispersed over the region. The power plant can supply up to 125 households in the area with up to 6.3 MW of electricity per day on average. The Alhandra wind power facility is crucial in lowering carbon emissions and boosting the local economy because the location is extremely exposed to strong winds.
Since wind turbines don’t emit any emissions, this type of renewable energy is essential for supplying the region’s rising electrical needs while minimizing its negative environmental effects. The power plant serves as an illustration of how spending money on renewable energy sources may advance sustainability while supplying essential electricity. By giving people work and lowering electricity prices for consumers, the Alhandra wind power facility also contributes to the growth of the local economy. Ultimately, the region and its residents will benefit from its presence, which also serves as a monument to the possibilities of renewable energy.
Powerplant Alvorada Reviews
Located in Brazil at latitude -14.1852 and longitude -42.5911, Alvorada is an 8 MW wind power facility. It started in November 2011 and has since become a significant source of green energy in the area. The power plant can produce up to 28.8GWh per year on average. As a result, the local population depends heavily on its electricity production because it gives them access to a cheap but reliable supply of energy.
The power station, named Alvorada, is a primary wind energy power plant with an overall capacity of 8 megawatts. The power plant offers a wonderful service to the neighborhood and environment with its 4 square kilometer array of wind turbines. Additionally, it saves more than 15,000 barrels of oil year, making it a complete sustainability success.
Powerplant Ametista Reviews
The 28.56 megawatt Ametista power plant is close to the city of Ametista, in latitude 28.56 and longitude -14.172. Since it was first put into operation in the year -42.7002, the power plant has mostly used wind energy to produce electricity. Approximately 56,820 megawatt hours of electricity are thought to be produced annually by the Ametista power station.
The power plant takes pride in producing energy with exceptional efficiency and in the reasonably priced electricity produced in the Ametista region. The installed wind turbines use cutting-edge technology and sophisticated mechanisms to maximize the energy produced. Each turbine is placed carefully to maximize the production of electricity from the wind.
In terms of ensuring a steady supply of electricity and creating jobs nearby, the Ametista power plant is a fantastic asset to the city. The energy produced here is sufficient to run the majority of home appliances and commercial operations in the area. The plant has emerged as a symbol of optimism for the city’s residents because to its sustainable energy source and highly effective turbines, and it will continue to provide for Ametista’s residents in the years to come.
Powerplant Amparo Reviews
In Brazil, there is a 22.5 MW wind farm called Amparo. The wind farm is situated at latitude -26.6183 and longitude -51.5646. It was put into operation in the year 44.11 and has the power to run more than 18,000 households. The power plant’s main fuel source is wind. The wind turbines are situated close to Amparo on hills, where a consistent wind flow powers the turbines and produces electricity.
Modern wind turbine technology is used by the wind farm to ensure that production is as efficient as possible. The turbines are also routinely tested to ensure their efficacy. The power plant also has several safety elements to make sure that its operation won’t endanger the environment or the safety of the general people. One of the priciest wind farms in Brazil, the complete project is expected to cost close to $150 million in total.
Powerplant Angical Reviews
The Angical Wind Powerplant is a renewable energy facility situated in the geographic coordinates Latitude -14.3461, Longitude -42.6137 in the Angical area of Brazil. It started operating in 1990 and is run entirely on wind power. The 12.95 MW Angical Wind Powerplant offers the neighborhood’s residents an environmentally friendly source of energy.
The Angical Wind Powerplant has continuously and affordably provided wind energy to the Brazilian state of Angical since its opening in 1990. Due to its affordability and dependability, the plant has been able to meet the area’s fluctuating need for electricity. It is now the go-to source of energy. Additionally, Angical has been able to present itself as an eco-friendly power plant thanks to the fact that it is carbon neutral.
Brazil’s dedication to renewable energy has led to the Angical Wind Powerplant being a significant resource for the Angical region. The Angical Wind Powerplant serves as an example of the effectiveness of clean, renewable energy and its ability to satisfy community energy demands for many years to come.
Powerplant Aquibat Reviews
The nation’s first and only 30MW wind power facility is found in Aquibat, a city in the southwest Brazilian state of Santa Catarina. The power plant’s main fuel source is wind, and it is situated at latitude -26.5848 and longitude -51.7532. It started working on 58.82 and is capable of producing up to 30 megawatts of power.
A key turning point in Brazil’s ambitions to position itself as a global leader in renewable energy is the Aquibat wind power project. Its construction coincides with the nation’s goal on raising the amount of electricity produced from renewable sources, such as wind and solar energy, while lowering carbon emissions from conventional means of electricity generation. The wind power plant helps to safeguard the environment while giving the local community jobs and economic possibilities while offering an affordable and dependable source of energy.
Powerplant Aratu I Reviews
Brazil’s Aratu I power plant uses wind energy as its main fuel source. One of the first wind power plants in the nation, with a capacity of 14.4 MW, it started operating in 61.31. The Aratu I spans an area of 5.0919 latitude and -36.3377 longitude, or around 239 acres. This power plant is built to generate consistent amounts of power for the neighborhood using modern network techniques.
Through a network of turbines, Aratu I uses electrical turbines to capture wind energy. This option for generating electricity is regarded as effective and carbon-neutral. The turbines’ minimal noise and electromagnetic radiation output reduces their negative effects on the environment when they are operating. The Aratu I power plant has had a considerable impact on the local environment ever since it was built, both in terms of power generation and conservation.
Powerplant Areia Branca Reviews
The Rio Grande do Norte province of Brazil is home to the wind power facility known as Areia Branca. Areia Branca is the largest wind power facility in Brazil, with a 27.3 MW capacity. It was put into service in October 2020, and it will likely produce about 386,000 MWh of electricity each year, according to estimates.
Areia Branca is a power station that uses wind as its main fuel source and is situated at -4.9686, -36.9009. The factory covers a wide area of more than 120 hectares, and its turbines are taller than skyscrapers. This wind power station is a significant development for Brazil because it has 68 modern, very effective turbines.
Areia Branca has been successful in supplying clean, renewable electricity to millions of homes around Brazil and significantly lowering the nation’s carbon footprint. This power plant serves as an excellent example for other nations to follow in their pursuit of clean and renewable energy, as well as demonstrating Brazil’s dedication to renewable energy.
Powerplant Arizona 1 Reviews
Near the latitude and longitude of -5.3042 and -35.382, in North America, is the Arizona 1 power plant, which uses renewable energy. With a 28 megawatt (MW) generation capacity, this power plant has been running continuously since it was built. Wind power serves as Arizona 1’s main source of fuel. Arizona 1 has a wind turbine installed that transforms the energy from the wind because there are strong winds that frequently blow across the area. The local area’s industrial and residential needs can now be met by this wind turbine’s sustainable electricity production.
Arizona 1 has been able to produce enough power since its commencement date to satisfy the needs of the area’s residential and commercial consumers. It ensures an economical source of energy while assisting in lowering power expenses. Arizona 1’s production of renewable energy has played a significant role in both boosting energy security and lowering environmental pollutants.
Powerplant Asa Branca I Reviews
In Cear, Brazil, there is a 27 MW wind farm called Asa Branca I. The farm is powered mostly by wind energy and is situated at Latitude -5.2323, Longitude -35.8266. It was scheduled to produce 55 GW/h of electricity during its first year of operation when it was formally launched on October 18th, 2017.
Asa Branca I is a component of Endesa Brasil’s dedication to lessening the nation’s reliance on fossil fuels for its energy demands. With a capacity of 27 MW, the power plant would not only provide energy to Cear but also to the neighboring states, assisting in lowering the region’s overall carbon emissions.
The Asa Branca I plant is just the beginning of Endesa Brasil’s efforts to lessen its dependency on fossil fuels and investigate renewable energy alternatives. The corporation will continue to look into alternative renewable energy sources for future power-generation facilities in the hopes that the plant will be able to supply the region’s energy needs with little to no interruption.
Powerplant Asa Branca II Reviews
Brazil’s Asa Branca II Wind Power Plant, with coordinates of -5.2286 latitude and -35.8808 longitude, is a 27 MW facility. The Asa Branca II Power Plant burns wind as its main fuel. The Power Plant, which was constructed in 2007, is said to produce roughly 85,000 megawatt hours annually. By providing energy to the surrounding areas, the Power Plant has boosted the local economy and decreased the nation’s reliance on fossil fuels, which pollute the environment.
Considering that it is one of Brazil’s largest investments in renewable energy, the Asa Branca II Power Plant has played a significant role in the nation’s electrical system. Significant greenhouse gas emissions reduction is made possible by the wind power plant. The Ministry of Mines and Energy in Brazil set a target of having 45% of the nation’s electricity originate from renewable sources. A portion of this effort is Asa Branca II.
Powerplant Asa Branca III Reviews
Brazil’s Asa Branca III power plant has the ability to produce 27 MW of electricity. Brazil’s top sustainable energy project, the power plant started operating in 2015 and is situated at -5.2551 degrees Latitude and -35.8436 degrees Longitude. It is the biggest wind energy facility in the nation and supplies over 1.2 million houses with the necessary clean energy power.
Brazil has emerged as a world leader in the production of renewable energy and is showing no signs of letting up in their commitment to building a future that is cleaner and more sustainable. Asa Branca III is a symbol of the nation’s inventiveness and dedication because it not only continues to produce electricity but also raises public awareness of renewable energy sources. The facility is a component of Brazil’s overall green energy policy, which aims to increase the country’s contribution of renewable energy from its current 33% to 45% by the year 2030.
FAQ
Q1. Is there any significant amount of harnessed energy from wind power in Brazil?
A. Yes, Brazil has a substantial amount of wind power that has been harvested. More over 20,000 megawatts of installed capacity, or around 7% of Brazil’s energy needs, are available in the nation. Brazil is also the third-largest wind market in the world, making it an important participant in the energy transition.
Q2. What impact have wind farms in Brazil had on local communities?
A. Brazilian wind energy installations have a mixed record of effects on the neighborhood. On the plus side, they have boosted local economies and created jobs while assisting the nation in achieving its targets for renewable energy. On the down side, they have altered the surrounding terrain, changing how people have traditionally used the land and possibly having an adverse effect on the ecosystem by displacing species.
Q3. What kinds of problems have arisen during the construction of wind farms in Brazil?
A. Brazil’s wind farm construction has run into a number of problems. These include issues with permits, statements about environmental impacts, and assertions of land rights. In addition, public opposition to several projects has caused delays or project cancellations.
Q4. Are there any incentives for companies to invest in wind power in Brazil?
A. Indeed, there are a number. The Brazilian government offers low-interest loans, tax breaks, subsidies for R&D, and financial support for projects as incentives for businesses engaging in wind energy. These incentives have contributed to the increased investment appeal of wind power in Brazil.
Q5. What is the future of wind power in Brazil?
A. The Brazilian government has established challenging goals for the use of renewable energy, one of which is to produce 36.4 gigawatts of wind energy by 2026. In order to accomplish that, investments in wind generation must increase in terms of both infrastructure and gear. In Brazil, wind energy appears to have a promising future overall.
I hope you enjoyed reading the information on All Wind Power Plants in Brazil above. If you did and have any feedback, please share it in the comments below.