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Uruguay

Power Plants in Uruguay

73 total stations · 4.2 GW · South America

Total Stations
73
Total Capacity
4.2 GW
Renewable Energy
83.5%

3.3 GW from renewable sources

Fuel Distribution
Wind
41.1%(30)
Biomass
8.2%(6)
Solar
8.2%(6)
Hydro
5.5%(4)
Oil
2.7%(2)
Gas
2.7%(2)

Energy Sources by Capacity

Hydro
1.5 GW4
Wind
1.4 GW39
Biomass
0.4 GW10
Oil
0.4 GW4
Gas
0.3 GW3

Overview of Uruguay's Energy and Power Generation Sector

Uruguay's energy and power generation sector has made significant strides in recent years, positioning the country as a leader in renewable energy within Latin America. With a total installed capacity of 4.2 gigawatts (GW) across 73 power plants, Uruguay has successfully diversified its energy mix, focusing heavily on sustainable practices and reducing reliance on fossil fuels. This transition has not only bolstered energy security but has also contributed to the nation's commitment to environmental sustainability and climate change mitigation.

The primary energy sources utilised in Uruguay's power generation are a mix of renewables and conventional fuels. The most notable contributor to the energy landscape is hydroelectric power, generated by four hydro plants with a combined capacity of 1.5 GW. This source remains a cornerstone of the national grid, providing a stable and reliable base load of electricity. In addition to hydroelectric power, the country has made significant investments in wind energy, operating 39 wind farms that collectively generate approximately 1.4 GW. Solar energy is also emerging as a key player, with 13 solar plants contributing around 0.2 GW to the national supply. Other renewable sources include biomass, which accounts for 0.4 GW from ten plants, and oil, which contributes a relatively modest 0.4 GW from four facilities.

Uruguay's commitment to renewable energy is evident in its rapid progress over the past decade. In 2015, over 90% of the country's electricity was generated from renewable sources, largely due to the significant investments made in wind and solar energy. This remarkable achievement has transformed Uruguay into one of the world leaders in renewable energy adoption, showcasing the potential for transitioning towards a more sustainable energy future. The government's proactive policies, coupled with international support and investment, have played a crucial role in fostering this growth. The combination of favourable wind conditions, abundant sunlight, and a supportive regulatory framework has enabled the country to harness its renewable resources effectively.

Despite the commendable progress, Uruguay's energy sector is not without challenges. One of the main concerns is the intermittency associated with wind and solar energy, which can lead to fluctuations in power supply. Ensuring grid stability and reliability in the face of variable renewable generation remains a priority for energy planners. Additionally, the country must continue to invest in energy storage technologies and grid infrastructure to accommodate the growing share of renewables. Furthermore, maintaining a balance between energy production and consumption while avoiding overdependence on any single energy source will be crucial as the sector evolves.

Looking to the future, Uruguay's energy sector is poised for continued growth and innovation. The government is actively exploring opportunities to enhance energy efficiency, expand renewable energy capacity, and develop new technologies that support a sustainable energy transition. Plans for additional wind and solar projects are already in the pipeline, which are expected to further increase the share of renewables in the energy mix. Additionally, international collaborations and investments may provide the necessary resources to tackle existing challenges and enhance grid resilience.

In conclusion, Uruguay's energy and power generation sector stands as a testament to the potential for sustainable development through renewable energy. With its diverse energy portfolio and strong commitment to environmental responsibility, Uruguay is not only securing its energy future but also setting an example for other nations striving to achieve similar goals in the global fight against climate change.

Power Stations

Station NameTypeCapacityYear
SALTO GRANDEHydro945 MW1979
CONSTITUCIÓNHydro333 MW2015
PUNTA DEL TIGRE AOil300 MW1998
CTRGas212 MW-
Montes del Plata Power PlantBiomass180 MW2014
UPMBiomass161 MW2014
DR. GABRIEL TERRAHydro152 MW2007
PAMPAWind141.6 MW2016
RINCÓN DE BAYGORRIAHydro108 MW2015
MOTORES CENTRAL BATLLEOil80 MW-
VALENTINESWind70 MW2019
COLONIA ARIASWind70 MW2019
JUAN PABLO TERRAWind67.2 MW2015
PARQUE EÓLICO ARTILLEROSWind65.1 MW-
PERALTA II GCEEWind58.75 MW-
PERALTA I GCEEWind58.75 MW-
PARQUE EÓLICO CARAPÉ IWind51 MW2019
MELOWINDWind50 MW2019
Maldonado II Wind FarmWind50 MW2019
River LightWind50 MW2016
PUNTA DEL TIGRE 7 Y 8Gas50 MW2020
Maldonado Wind FarmWind50 MW2015
Florida I Wind FarmWind50 MW2015
TALAS DEL MACIEL IIWind50 MW2019
TALAS DEL MACIEL IWind50 MW2015
CUCHILLA DEL PERALTA IWind50 MW2018
LA JACINTASolar50 MW2018
EL NARANJALSolar50 MW2018
PARQUE EÓLICO FLORIDA IIWind49.5 MW2020
Wind Farm NUEVO PASTORALE IWind49.2 MW2016
Wind Farm KIYÚWind49.2 MW2019
MINAS IWind42 MW-
PARQUE EÓLICO CARAPÉ IIWind40 MW2019
LUZ DE LOMAWind20 MW2016
ALTO CIELOSolar20 MW-
MENAFRA SOLARSolar20 MW2018
LUZ DE MARWind18 MW-
Magdalena Wind ParkWind17.2 MW2015
DEL LITORALSolar16 MW2015
Loma Alta Wind Farm - Central 1Wind14 MW2019
GALOFERBiomass14 MW-
BIOENERBiomass12 MW-
WEYERHAEUSERBiomass12 MW-
DICANOSolar11.25 MW2016
Solís de Mataojo Wind FarmWind10 MW2020
Villa Rodríguez Wind FarmWind10 MW2015
ALURBiomass10 MW-
Caracoles 2 Wind Farm Ing. Emanuele CambilargiuWind10 MW2020
Caracoles 1 Wind Farm Ing. Emanuele CambilargiuWind10 MW2020
PARQUE EÓLICO 18 DE JULIOWind10 MW-

Showing 50 of 73 plants