Top Best Wind Power Plants in Portugal for 2024

Portugal is renowned for having a large number of renewable energy sources. It is a world leader in the production of both solar and wind energy and is home to one of the most prosperous renewable energy markets in the world. The power plants that are located in Portugal are all listed in this article. This list will give readers comprehensive information on the generation facilities that produce energy in Portugal, whether it be hydropower, biomass, geothermal, solar, wind, or nuclear. It will give a general overview of the installed capacity, production facilities, pertinent statistics, and project developments of the nation. Studying this list will give you a thorough overview of the country’s present energy production landscape. Recognizing Portugal’s great array of power plants can also shed light on how to plan for a secure, reliable, and sustainable energy future.

The list of all wind energy facilities in Portugal is shown below.

List of all Wind Power Plants in Portugal in table format

For the benefit of our readers, we have compiled a list of wind power plants in Portugal in the following table:

Energias Endogenas de Portugal, WRI, Wiki-Solar are information sources.

Best Wind Power Plants in Portugal in 2023

Below is information on Portugal’s top wind power facility:

Powerplant Abogalheira Reviews

Abogalheira is a 3.34 megawatt wind power facility with a location in northern Portugal. The precise coordinates of this object are 41.1926 latitude and -8.0427 longitude. Abogalheira began operating on March 7, 2012, and has been giving the nation clean energy ever since. In the first full year of operation, almost 23,000 megawatt hours of wind energy were produced.

The first wind power facility of its kind in Northern Portugal is Abogalheira. With a maximum efficiency of 42–45%, it has been designed and constructed to the greatest technological requirements. In order to provide a secure and effective power generation, the wind turbines utilized for this project were developed and constructed by a Portuguese manufacturer and fitted into the existing environment. The local community has benefited the most from Abogalheira because of the jobs it has created in manufacturing and power plant management.

Powerplant Achada Reviews

In Portugal’s Achada region, there is a wind-powered energy facility called Achada 6.9. 39.1089 degrees north latitude and 9.1932 degrees west longitude are the exact coordinates of the power plant. The 6.9 megawatt Achada 6.9 began producing electricity in 2017 and is currently active. This makes it one of the biggest renewable energy sources in the nation, supplying clean, green energy to thousands of local residences and businesses.

The Achada 6.9 is a wind-powered energy station that produces energy from the wind. The site’s wind turbines use the kinetic energy of breathing air to generate power. This clean, renewable energy source doesn’t emit any harmful pollutants, making it a perfect option for communities who care about the environment. Additionally, it has been calculated that the wind energy facility will produce more than 17.56 megawatt-hours of electricity annually.

Powerplant Alagoa de Cima Reviews

In Portugal’s Alagoa de Cima Municipality, there is a wind farm called Alagoa de Cima. The wind farm is situated at 41.9717 N and 8.4463 E and has a 13.5 MW capacity. A 33.97 MW projected power output capacity applies to the wind farm. It was founded in that year.

The main source of electricity for the Alagoa de Cima wind farm is wind power. It is one of the biggest wind farms in Portugal and has eight wind turbines, each with a 1.7 MW capacity. The electricity produced by the wind turbines is fed into Portugal’s electrical grid through a 33.97 kV distribution line. Through a power purchase agreement, the Alagoa de Cima wind farm sells its electricity to EDP, a Portuguese energy provider.

Portugal now relies heavily on the Alagoa de Cima wind farm as a major source of renewable energy. Both the nation’s reliance on fossil fuels and its carbon emissions have decreased as a result. The wind farm serves as an illustration of how utilizing renewable energy sources can lessen the negative effects energy production has on the environment.

Powerplant Almargem Reviews

The 6MW Almargem Power Plant is a wind-powered energy facility that is situated close to latitude 38.8421 and longitude -9.2677. 14.46 megawatts of electricity are anticipated to be produced starting on Day 1.

The power station uses the region’s strong wind resource and has two 3MW turbines. It helps the area become less dependent on fossil fuels by offering a dependable supply of renewable energy. The first turbine at the facility began to run around the middle of April 2021.

The beginning of Almargem Power Plant’s commercial operation signifies not just the use of renewable energy sources but also green technology and renewable energy solutions. By offering its clients affordable, sustainable energy, the power plant makes a significant contribution to the energy supply. Additionally, the plant’s power output is sufficient to provide a sizeable amount of the area’s energy needs.

Powerplant Alrota Reviews

Located at 38.9345 degrees latitude and -9.1475 degrees longitude, Alrota is a 5 MW power plant. The main source of energy for producing power is wind. On 12.25, the power plant turned on for the first time. Initially, a 5 MW maximum power output capacity was anticipated; however, after six months of operation, it is predicted that the plant will generate roughly 6.7 MW.

Modern wind turbines have been built on the outskirts of Alrota. The power produced is distributed to residential buildings, businesses, and industrial enterprises. The turbines have cutting-edge technology and can produce up to 6.7 MW of power. Because of their durable design, they require little maintenance. The turbines make a significant contribution to the region’s renewable energy portfolio, helping to lessen the consequences of global warming.

Powerplant Alto Arganil Reviews

A power station with a 36MW capacity can be found in Portugal called Alto Arganil. 40.2017 degrees north of the equator and -7.7923 degrees east of the Prime Meridian are the coordinates used to pinpoint its precise location. The power plant uses wind as its main fuel source. Since it turned on at 96.58, this power plant has been supplying Portugal’s citizens with energy. An example of a renewable energy facility is Alto Arganil, which is both environmentally benign and gives the nation more possibilities to diversify its sources of electricity generation. Energy produced by the power plant is utilized to fuel the grid and supply Portugal’s citizens with electricity. By utilizing renewable energy sources, it also aids the nation in achieving its objective of a cleaner and greener future. Due to the steady wind flow, Alto Arganil is said to be the best location for wind farms. This wind is used by the power plant to generate electricity, which is subsequently sent to the grid. Portugal has been able to minimize its carbon dioxide emissions and transition to a more renewable-based electricity system thanks to the plant.

Powerplant Alto Douro wind power Review

Alto Douro is a 253.2 MW wind power facility in Portugal. It is the biggest wind power facility in the area, and it can be found at the coordinates 41.0696 Latitude and -7.5769 Longitude. The power plant’s main source of fuel is wind. It began operating in 2017 and is expected to produce 635.92 GWh of wind energy annually. Using the abundant wind potential of the area, Alto Douro was created to encourage balanced growth in Portugal’s northeast. The wind power plant has had a highly successful run as of 2021 since it made it possible to switch from fossil fuel sources of energy to renewable energy, improving the environment. The eco-friendly production of Alto Douro has been successful in lowering air pollution, increasing air quality, and protecting resources within the areas of impact, in addition to contributing to the establishment of energy security and economic benefits.

Powerplant Alto Minho I Reviews

Alto Minho I is a wind power facility that is situated around the coordinates 42.0154 latitude and -8.3456 longitude. It began operations in the year 655.8 and has a 240-kilowatt power plant capacity. It is anticipated to produce a significant amount of power for the nation. This is one of the biggest wind farms in the area and is regarded as a significant technological turning point. The wind farm has been able to meet the nation’s energy needs and has been good for the environment as well. It helps minimize carbon footprints and promotes a cleaner environment because it employs renewable energy sources. The Alto Minho I wind power plant has been running successfully for many years, and it is a major success story that has inspired more and more people to rely on renewable sources of energy. The effective turbines have the potential to generate enough power to meet the needs of the locals. This power plant has enormous long-term advantages and serves as a model for numerous other potential energy sources.

Powerplant Alto da Coutada Reviews

The Alto da Coutada powerplant is a 165.6 MW wind farm located in Portugal at 41.5452 North Latitude and 7.5545 West Longitude. The power plant has been essential for a greener future and has the capacity to alleviate many problems of the present. The power plant’s main source of fuel is wind energy, and it began operating in 425.7. In order to generate energy, Eolicos, the business that owns the Alto da Coutada powerplant, uses 58 wind turbines with a maximum power output of 2.8 MW apiece. The power generation is anticipated to be 165.6 MW at full capacity. This allows them to generate the estimated 165.6 MW, which will power thousands of homes in the city and its environs. The Alto da Coutada powerplant’s output will benefit the economy as well as the environment because the energy generated by the wind farm will be used for the local grid rather than fossil fuels like coal or oil.

Powerplant Alto da Folgorosa Reviews

Alto da Folgorosa is a wind powerhouse with a capacity of 50.3 MW located in Portugal at 39.1347N 09.1322W. This renewable energy source will aid in reducing pollution and replacing the harm caused by power plants that utilize conventional fuels. It began operations in February 2009 and currently generates about 50.3 GWh of power annually. The power plant’s generation is controlled by an automatic control system that makes sure the turbines are run safely and effectively. The Alto da Folgorosa powerplant is one of Portugal’s biggest wind energy projects. Its 24,000 hectares of flat and mountainous terrain. It has two distinct sites with a total area of nearly 90,000 m2, with the mountain site that houses the power plant being the most significant. Alto da Folgorosa is a model of energy production that makes use of the breeze and temperature of the Mediterranean environment. It is located on a ridge system that runs parallel to the shore, in the municipalities of Aljezur and Odemira. It has significantly reduced the need for the production of energy from fossil fuels.

Powerplant Alto da Vaca 2.4MW Reviews

The Alto da Vaca 2.4MW Power Plant is situated in the region of Viana do Castelo, Portugal, at latitude 41.6641 and longitude -8.0846. The facility’s effective wind capacity has enabled it to become one of the largest wind power plants in the nation. With a 2.4 MW installed capacity, it is the first wind power facility of its kind in the nation. The power plant is owned and operated by the Portuguese electricity supplier EDP Renov veis and uses cutting-edge technology. It started producing power in June of 7.48 and is anticipated to produce 8.7 GWh annually. It is made up of two wind turbines, each having a 1.2 MW capacity. The Alto da Vaca 2.4MW Power Plant is expected to replace a total of 6,148 tons of carbon dioxide and 1,844 tons of sulfur dioxide in the atmosphere each year, making it one of the most environmentally friendly energy sources in Portugal. The turbines are powered by primary fuel wind energy and capture the power of the area’s abundant wind resources to create clean electricity.

Powerplant Alto do C to Reviews

Alto do C to is a 4.5MW wind farm located close to the precise coordinates of 40.9858 N, -8.0918 W, located in Portugal. This power plant is also assisting in lowering utilities’ reliance primarily on non-renewable sources. EDP Renewables, which owns and manages the wind farm, began work on the undertaking in December 2018. It started making money in November 2019 and is expected to produce 11 GW of clean, renewable energy every year. Wind turbines are utilized to power Alto do C to, including cutting-edge new turbines like the Nordex ACC-500 and the Gamesa G114. Its turbines are among the newest and most technologically sophisticated, combining minimal noise, great energy efficiency, and superior structural integrity. For safer and more effective energy use, it also has an underground distribution system. Each turbine is fitted with a gearbox that adjusts the output of the turbines and transfers the electricity to the power grid. Alto do C to is an excellent illustration of how Portugal’s wind energy industry might grow to play a significant role in the nation’s energy output. More employment are being created, economic value is being produced, and Portugal’s transition to a low-carbon economy is being aided by the project, which is providing clean and renewable energy to the market.

Powerplant 12 megawatt Alto do Marco Reviews

At 41.4073 degrees north latitude and 7.8009 degrees west longitude, Alto do Marco is a power plant in Portugal. The facility opened for business in August 2014. The country’s largest wind-powered power plant, Alto do Marco, is the principal fuel source. This power station is expected to produce around 41,590 megawatt hours of electricity in 2020. Alto do Marco is made up of 18 different wind turbines that work together to produce electricity. The 3 MWh of ramp current peak output that each turbine generates is subsequently fed onto the public national electrical grid. The total energy output of Alto do Marco is 12 MWh, with an average daily output of 11.79 MWh. In addition to producing electricity, Alto do Marco is committed to a number of environmental objectives, such as maintaining biodiversity, providing habitat for nearby wildlife, lowering greenhouse gas emissions, and giving clean energy to nearby communities. The plant is anticipated to run at 75-77% of its rated capacity. For other nations to follow, Alto do Marco is an example of how renewable energy sources may be integrated into grid networks.

Powerplant Alto do Mon o

Alto do Mon o is a green energy supplier in Portugal that specializes in the generation of wind energy. The power station, which is situated at 40.5033 N and 8.2657 W and has a 32MW capacity overall, was built in 1992. Numerous customers are supplied with electricity by the power plant’s primary fuel, wind energy, which is also monitored for quality by the employees. The Houses of Environmental and Technical Surveillance assure best practices and safety standards in all processes with a review certificate from the government issued every five years. The primary goal of the project is to acquire affordable, renewable energy. Despite the power plant’s 32 megawatt capacity, the wind’s unpredictability limits its ability to produce more than 24 megawatts of energy.

Powerplant Alto do Seixal Reviews

Alto do Seixal is a 1.6 megawatt wind turbine powerplant located in Braga, Portugal. This figure, however, represents an estimated 5–6% of Portugal’s total renewable energy production, and it is anticipated to rise as the population continues to invest in renewable energy sources. It has been in use since 3.78 and is located close to Seixal in Moreira Municipality. The location of the plant is in latitude 41.7159 and longitude -7.7969. Alto do Seixal was created as a part of a broader program to produce renewable energy in Portugal. Wind is the main fuel for this powerhouse, and it is estimated to provide about 1.6 megawatts of power when operating at full capacity. Portugal’s Energy Ministry and the European Union jointly sponsored the power plant to help the nation meet its energy needs while still protecting the environment. It is one of the country’s first wind turbine power plants and is anticipated to give Portugal clean energy for many years to come.

FAQ

Q. What are Portugal’s two primary types of wind farms?

A. Onshore and offshore wind power stations are the two main types in Portugal. While offshore wind power plants are situated in the water, onshore wind power plants are often found along the coast. Both types of wind power plants can produce electricity, however offshore wind farms are more frequently employed to produce substantial amounts of energy.

Q. What financial incentives does the Portuguese government offer to promote the growth of wind energy?

A. The Portuguese government offers a number of incentives to promote the growth of wind energy. These include grants and subsidies for the construction of wind farms, tax credits for renewable energy initiatives, and renewable energy auctions that can be utilized to secure contracts for renewable energy.

Q. How much of Portugal’s energy is produced via wind energy?

A. According to recent data, the country’s greatest source of renewable energy, wind power accounts for about 20% of Portugal’s electricity production.

Q. Are there any negative effects on the environment from Portugal’s wind farms?

A. Depending on the size and scope of the project, wind power plants in Portugal have different environmental effects. Smaller turbines are typically thought to have less of an influence on the environment because they are frequently situated near beaches, away from important bird migration routes. Larger turbines, however, may have a more detrimental effect on the environment in terms of noise pollution and bird populations.

Q. What are some of the difficulties Portugal faces with wind energy?

A. Cost, land availability, and grid connectivity are some of the main issues facing wind energy in Portugal. The potential for widespread use of wind power facilities may be constrained by the high cost of construction and maintenance. Onshore land is very scarce in the nation, and integrating wind energy into the current electrical infrastructure might be challenging.

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