Top Best Wind Power Plants in Uruguay for 2024

South America’s southernmost country, Uruguay, is a small yet prosperous nation. It has a developing economy and some valuable resources. Electricity, which is produced by a diverse range of conventional and renewable energy sources, is one of Uruguay’s most valuable resources. All of these power plants, spread out across the nation, will be listed in detail in this page, along with the technologies they employ and the fuels they burn. Additionally, it will include data on plant size and capacity, production capacity, and capacity factor. This article will also provide a brief overview of each power plant, along with information about the organization or institution that owns each one. This page seeks to offer a thorough overview of the country’s power plants, regardless of whether a person is seeking to invest in energy-generation infrastructure in Uruguay or is simply interested in the country’s energy-generation situation.

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

List of all Wind Power Plants in Uruguay in table format

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

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Best Wind Power Plants in Uruguay in 2024

Below is information on the top wind farms in Uruguay:

Powerplant CARACOLES 1 del PARQUE E LICO ING. EMANUELE CAMBILARGI Reviews

One of the biggest renewable energy sources in the world is the Caracoles 1 del Parque Elico power plant in Ing. Emanuele Cambilargi. The 10 Megawatt power plant uses wind energy as a renewable source of energy. Geographically speaking, it is situated at -34.6269 latitude and -54.9575 longitude.

Established in 2017, the Caracoles 1 del Parque Elico power plant has been supplying the neighborhood with 10 Megawatts of renewable electricity. Wind energy is effectively captured by the wind turbines and transformed into electricity, producing 100 percent clean electricity. By supplying dependable and reasonably priced electricity, this power plant has significantly raised the living standards of the surrounding communities.

Powerplant CARACOLES 2 del PARQUE E LICO ING. EMANUELE CAMBILARGI Reviews

Located at latitude 34.6481 and longitude 54.9661, Caracoles 2 del Parque Ecologico Ingeneiro Emanuele Cambilargi is a 10MW wind energy generating station. The power plant began running in 2019 and has since produced a consistent flow of electricity. Caracoles 2 del Parque E lico Ingeneiro Emanuele Cambilargi is an example of the enormous impact wind energy is having in Uruguay. Over the past year, the company has been able to sustain an outstanding 10MW of clean wind energy. The power plant helps the nation’s efforts to cut its carbon impact by creating jobs for the local people. The availability of wind energy in Uruguay is increasing along with the need for renewable energy. Caracoles 2 del Parque E lico Ingeneiro Emanuele Cambilargi is evidence of the nation’s dedication to offering dependable and sustainable energy sources.

Powerplant COLONIA ARIAS Reviews

Colonia Arias, a 70 megawatt (MW) wind farm in Uruguay’s Department of Colonia, started producing electricity in May 2006. The facility is Uruguay’s first wind farm and its most significant source of non-hydroelectric renewable energy. It is situated at 33.8289 South latitude and 56.5739 West longitude.

Colonia Arias will produce 270 GW hours of renewable energy annually using 32 NEG Micon NM72/1300KW turbines. The farm is Uruguay’s first combined wind and thermal energy hybrid power plant since it has massive chilled water storage tanks, natural gas-fired backup generators, and primary wind power. Together, they enable the power plant to supply a consistent and dependable flow of energy to Uruguay’s grid and to create a safe system that can react swiftly to changes in demand.

Powerplant CUCHILLA DEL PERALTA I Reviews

A 50 MW power plant called CUCHILLA DEL PERALTA I can be found at these coordinates: -32.5701 Latitude, -56.444 Longitude. Wind energy is the main source of electricity generation. The power plant was built in and put into service in, producing an estimated 50MW at the moment.

The CUCHILLA DEL PERALTA I power station was built with the intention of reducing environmental pollution from fossil fuels and Uruguay’s reliance on imported energy sources. This power plant is a crucial milestone in Uruguay’s gradual shift away from fossil fuels and toward renewable energy sources like wind. Uruguay is working towards a future that is more environmentally friendly.

In order to ensure Uruguay’s energy supply and build a more sustainable future, the CUCHILLA DEL PERALTA I powerplant is a further extension of the country’s electricity market. It will work in conjunction with currently running powerplants.

Powerplant ENGRAW Reviews

A 3.6 megawatt power plant called ENGRAW can be found in the southwest of Angola at coordinates -34.2042 South and -55.748 West. It is anticipated that the power plant will begin producing electricity by the end of 2020 after operations got underway in June 2020. The closest wind farm was considered when choosing this location because wind energy is the primary energy source at the ENGRAW power plant.

With aspirations to eventually add solar and hydroelectric power generation capabilities, the ENGRAW power plant now employs wind as its main fuel source. The power plant’s wind turbines are environmentally friendly and energy-efficient, giving the nearby population a cost-effective and reliable energy supply. The power plant’s installed renewable energy system is expected to produce 3.6 megawatts of electricity annually, more than enough to cover the area’s energy needs.

Angola’s efforts to lessen its carbon footprint and embrace renewable energy sources are best exemplified by the ENGRAW power facility. The power plant is a priceless resource for the neighborhood and a bright future for the nation’s energy security thanks to its distinctive location and dependable power source. The ENGRAW power station is a potent symbol of environmental advancement and a tribute to Angola’s continuous dedication to sustainability.

Powerplant JUAN PABLO TERRA Reviews

A 67.2 MW wind power facility called Juan Pablo Terra can be found in eastern Uruguay with coordinates of -30.409 latitude and -56.6401 longitude. This wind power plant uses the wind as its main fuel to generate renewable electricity. This power plant’s start-up date is unknown, but it is expected to generate an average of 83.7 GWh annually.

A wind turbine’s working lifespan is 20 to 25 years, making it an essential component of Uruguay’s future energy mix. Additionally, this power plant is a component of a larger renewable energy initiative that Uruguay has implemented. As the government continues to invest in the development of renewable energies, the share of renewable energy sources in the country’s energy mix has gradually increased over the last few years and is anticipated to rise.

One of Uruguay’s most ambitious renewable energy projects to date is the Juan Pablo Terra power plant. It has produced job opportunities, reduced the nation’s carbon footprint, and given a burgeoning population a reliable source of clean energy. Another major accomplishment in Uruguay’s energy sector is the usage of renewable energy in Juan Pablo Terra.

Powerplant LUZ DE LOMA Reviews

A 20 megawatt (MW) wind power facility called LUZ DE LOMA is situated in the nation at Latitude -33.8663 and Longitude -56.3405. In the year, this power plant started operating. The nation’s first wind power facility of its kind, Luz De Loma, has the capacity to produce enough electricity to power about 90,000 homes. This resource generates electricity, which is sold to the national power system.

Wind energy serves as the Luz De Loma power plant’s main fuel source. After rigorous testing and study to make sure it could run safely, reliably, and efficiently, the power plant was put into operation. The site’s wind resource is described as substantial, steady, and consistent, with an expected energy output of roughly 20 Megawatts annually. Four 5 Megawatt West VAWT wind turbines that have been outfitted with cutting-edge technologies to lower noise and boost efficiency make up the project.

Powerplant LUZ DE MAR Reviews

The 18MW LUZ DE MAR power plant is based in Country Name at coordinates -33.8763, -56.3505. This power plant, the first renewable energy power plant in Country Name to use wind as its main fuel source, was put into service on Power Plant Start Date. An estimated 18 MW of power will be produced by LUZ DE MAR and sent to the nearby electrical grid.

The LUZ DE MAR power plant uses some of the greatest wind turbines currently available, developed with the most recent technologies to provide the highest efficiency and stability. The LUZ DE MAR power plant’s infrastructure is built to facilitate integration into the neighborhood energy grid, guaranteeing that the generated power is constantly accessible to end users. The power plant has also been optimized to ensure that it complies with all laws and norms.

In order to supply Country Name with clean, sustainable energy, LUZ DE MAR aspires to be a pioneer in the development of renewable energy sources. The power plant is therefore intended to be extremely efficient and economical while also attempting to minimize its negative effects on the environment. Additionally, LUZ DE MAR is dedicated to making sure that individuals who need electricity have a dependable and continuous supply. As a result, the LUZ DE MAR power station represents a significant advancement for Country Name’s renewable energy industry and will contribute to the country’s transition to a sustainable energy future.

Powerplant LUZ DE R O Reviews

The 50 MW wind farm owned by Luz de Rio is situated in northern Uruguay, close to the town of R o Negro. The exact location is in latitude -33.8855 and longitude -56.4428. The wind farm, which started producing electricity in 2018, is the biggest of its kind in the nation. Wind is the main source of energy for the Luz de Rio wind farm, which is captured by sizable wind turbines. Electricity is produced by wind turbines and either used immediately or stored for later use.

The 50 MW capacity of Luz de Rio makes it one of Uruguay’s biggest wind farms. It is predicted to produce 140 GWh of electricity per year, which is more than enough to power 8,000 houses. Since the wind farm’s output is channeled directly into Uruguay’s system, a steady and dependable supply of energy is guaranteed. For Uruguayans who might not otherwise have access to a dependable source of power, this is very helpful.

Powerplant MARYSTAY Reviews

A cutting-edge power plant called MARYSTAY can be found in the city at latitude and longitude of -34.6323 and -56.5932, respectively. The power station uses wind energy and has a 2 MW capacity. This environmentally friendly power plant was put into operation on _________________ and is anticipated to start producing power soon.

The fact that wind energy is affordable, clean, and sustainable makes it a good choice as a primary fuel source. It also doesn’t make any noise and doesn’t call for the usage of dangerous chemicals. Depending on the specific energy requirements of the adjacent cities, the clean energy generated by this powerplant is anticipated to be sufficient to power one or more of them.

The MARYSTAY project is a prime illustration of how new developments in renewable energy technology are being applied to lessen the effects of climate change and offer affordable, clean, and renewable energy. Its effective construction and use are anticipated to produce a sizable amount of power and satisfactorily meet the needs of the local populace.

Powerplant MELOWIND Reviews

A 50MW wind farm called MELOWIND can be found at coordinates -32.5828 latitude and -54.2302 longitude. It has been in service from its commencement date and uses wind as its primary fuel. During its lifetime, it is predicted to produce between 90 and 100 GWh of power.

The MELOWIND, which is located in the coastal area, helps to lower air pollution levels and is a significant source of renewable energy for the area. Since the wind turbines use the kinetic energy of the wind to produce electricity, the power plant also aids in improving the region’s renewable energy efficiency.

The MELOWIND power facility benefits the area by increasing work prospects in addition to assisting in energy production. Greater economic opportunities are made available to the local community as a result. Additionally, it contributes to the country’s energy source diversification, improving the country’s energy security.

Powerplant MINAS I Reviews

The MINAS I power plant, which is in the Uruguayan city of Minas, began operating in January 2020. Wind energy, which has become a dependable and affordable fuel alternative to conventional fuel sources, is used to power the plant. The 42 megawatt (MW) power plant is dispersed over a 2.5 kilometer region that separates the technical center from the wind conditions and the towns of Minas and Montevideo. The plant can be found between longitude -55.3065 and latitude -34.4647.

It is anticipated that the MINAS I power plant will produce roughly 95 GWh of energy annually. The national electric power grid will receive this energy, which should lower energy costs and enhance the quality of the energy produced. Another benefit of the power plant will be to lessen Uruguay’s reliance on imported energy, which is one of its biggest problems. By cutting back on emissions from conventional energy sources, it will also assist to enhance the country of Uruguay’s air quality.

Powerplant NUEVO MANANTIAL CENTRAL 2 Reviews

A wind farm called Nuevo Manantial Central 2 (NMCS2) is situated in Uruguay. NMCS2 is located at latitude -34.2862 and longitude -54.04 and has a 4 megawatt capacity. It started producing electricity in April 2021 and will likely produce around 7,500 MWh of electricity each year.

The second phase of the project, NMCS2, which has a total installed capacity of 60 MW and consists of 19 wind turbines, is a component of the Nuevo Manantial Central Wind Farm. The power plant is owned and run by Hidrosistemas, and its main fuel source is a fleet of Vestas V90-2MW turbines. The plant’s current infrastructure can support up to 3×3 MW, and additional wind turbines are anticipated in the future.

Given the abundance of windy days in the Uruguayan countryside, Nuevo Manantial Central 2 power plant has become a viable option to generate clean and sustainable energy. The renewable energy produced from the NMCS2 power plant will contribute significantly to Uruguay’s goal of reducing CO2 emissions and protecting the environment.

Powerplant PAMPA Reviews

PAMPA is a wind powerplant located in the city of Pampa, Argentina. The plant has a capacity of 141.6MW and is located at latitude -32.2467 and longitude -56.215. The facility’s main fuel source is wind. The powerplant commenced operations in October 2019 and is expected to generate 148.2 million kWh of renewable energy annually.

The powerplant consists of 40 state-of-the-art Nordex N131-3.3 MW wind turbines, with a hub height of 64 meters and a rotor diameter of 131 meters. It has a total installed capacity of 141.6 MW with an expected annual generation of 148.2 million kWh. The project is committed to ensuring the safety and environmental sustainability of the region, and has implemented safety monitoring of its turbines as well as environmental monitoring of water quality and noise.

The PAMPA wind farm is a significant contribution to Argentina’s commitment to renewable energy sources and net zero emissions. It is projected to reduce over 143,000 tons of CO2 emissions annually, helping the nation meet its energy goals. In addition, the project is expected to reduce electricity costs and invigorate economic development and job creation in Pampa and the surrounding area.

Powerplant PARQUE E LICO 18 DE JULIO Reviews

Parque Eolico 18 de Julio is a 10 MW wind power plant located in Maldonado, Uruguay at latitude -33.6516 and longitude -53.5755. It has been operational since 2015 with an estimated power generation of 64.71 GWh/year. The power plant uses wind energy as its primary fuel source.

The Parque E lico 18 de Julio is part of Uruguay’s greater renewable energy strategy, as the country takes important steps to reduce its carbon emissions and become a leader in renewable energy. By 2020, Uruguay plans to obtain 95% of its electricity from renewable sources including hydropower, wind, solar, and biomass. The Parque E lico 18 de Julio has been instrumental in helping the country reach its goal.

The Parque E lico 18 de Julio is equipped with state-of-the-art technology, including turbines built by Nordex S.A. The turbines have a hub height of 80m and rotor of 97.5m, allowing them to capture as much of the wind’s kinetic energy as possible and convert it into electrical power. With its modern equipment, the power plant is able to produce enough electricity to power over 12,000 homes.

FAQ

Q. What is the current capacity of wind power plants in Uruguay?

A. As of April 2019, the total capacity of wind power plants in Uruguay is 542MW. This capacity is made up of 11 wind farms and over 150 turbines in various locations across the country.

Q. What are the main goals of Uruguay with regards to the development of wind power?

A. Uruguay has set ambitious goals for wind power development. They are aiming to reach 2,400 MW of installed wind capacity in the next decade, and in 2018, the Uruguayan government declared their intention to reach 50% renewable energy by 2030.

Q. What incentives are available for investors in the Uruguayan wind power sector?

A. Uruguay has attractive incentives for investors in the wind power sector. The Uruguayan government offers financial support through the Development Aid Law and a specific wind power law. Additionally, the government also supports the development of wind power through long-term purchase agreements and stability conditions for producers.

Q. Are there any existing policies or regulations that impact the development of wind power in Uruguay?

A. The Uruguayan government has implemented various policies and regulations that impact the development of wind power in the country. These include restrictions on land use and noise levels as well as requirements for financial security and environmental impact assessment studies.

Q. Are there any special challenges to developing wind power in Uruguay?

A. Yes, there are some special challenges to developing wind power in Uruguay. These include the need to overcome resistance from some local communities to the construction of large-scale wind farms, as well as the need to ensure adequate grid connection to allow the export of renewable energy. Additionally, it is necessary to ensure sufficient wind resource availability and that wind farms are located in areas with little or no environmental impact.

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