World Power Plants
Brazil

Power Plants in Brazil

2,402 total plants · 250.4 GW · South America

Total Plants
2,402
Total Capacity
250.4 GW
Renewable Energy
85.0%

204.2 GW from renewable sources

Fuel Distribution
Wind
1.6%(38)
Hydro
0.3%(7)
Biomass
0.2%(4)
Solar
0.0%(1)

Energy Sources by Capacity

Hydro
180.2 GW720
Gas
27.8 GW146
Biomass
12.6 GW425
Wind
11.3 GW410
Oil
8.2 GW622

Brazil's Energy and Power Generation Sector: An Overview

Brazil's energy and power generation sector is one of the largest and most diverse in the world, featuring a total of 2,529 power plants with an impressive installed capacity of 264.9 gigawatts (GW). This expansive network underscores Brazil's commitment to maintaining energy security and supporting its rapidly growing economy. The energy matrix is characterized by a significant reliance on renewable sources, particularly hydroelectric power, which plays a dominant role in the country's electricity generation landscape.

Among the various energy sources, hydroelectric power stands out as the primary fuel, with 756 plants contributing 119.4 GW of capacity. This reliance on hydroelectricity is a result of Brazil's favorable geography, featuring numerous rivers and vast water resources that facilitate the construction of large dams. As a consequence, hydroelectric power accounts for approximately 45% of the total installed capacity, making it a cornerstone of Brazil's energy strategy. Additionally, the abundant availability of water resources allows Brazil to produce a substantial amount of its electricity in a cost-effective and environmentally friendly manner.

In addition to hydroelectric power, Brazil's energy portfolio includes a variety of other sources. Oil-fired plants, numbering 627, contribute 8.3 GW to the overall capacity. Biomass energy, primarily derived from sugarcane and wood, is also significant, with 444 plants generating 12.8 GW. Wind energy has gained traction in recent years, with 412 plants adding 10.3 GW to the mix, showcasing Brazil's commitment to diversifying its energy sources. Natural gas, while less dominant with 125 plants providing 14.5 GW, is also an important component of the energy mix, particularly in regions where gas infrastructure is established.

Brazil's progress in renewable energy has been noteworthy, especially in the context of global climate change initiatives. The country has made substantial investments in wind and biomass energy, which have seen rapid growth in installed capacity. The government has implemented policies and incentives to promote the development of renewable energy projects, contributing to a significant increase in the share of renewables in the energy matrix. This progress highlights Brazil's potential to become a leader in sustainable energy practices, as it strives to reduce greenhouse gas emissions and transition to a low-carbon economy.

However, Brazil's energy sector faces several challenges. The reliance on hydroelectric power makes the country vulnerable to fluctuations in rainfall and drought conditions, which can significantly impact electricity generation. Additionally, the aging infrastructure of some power plants poses operational and maintenance challenges, potentially hindering efficiency and reliability. Furthermore, regulatory hurdles and bureaucracy can slow down the development of new energy projects, particularly in the renewable sector.

Looking to the future, Brazil's energy sector is poised for continued growth and transformation. There is a strong emphasis on enhancing energy efficiency, expanding renewable energy capacity, and integrating new technologies such as smart grids and energy storage systems. As the country seeks to meet the increasing demand for electricity driven by urbanization and industrialization, the diversification of the energy mix will be crucial. The ongoing investments in renewable energy, coupled with a focus on sustainability, position Brazil as a key player in the global energy landscape, with the potential to lead in the transition towards a greener future.

Power Plants

Plant NameTypeCapacityYear
TelegráficaHydro30 MW2011
LudesaHydro30 MW2007
Dreen Olho D ÁguaWind30 MW2015
Itarema IXWind30 MW2016
Porto FrancoHydro30 MW2009
Cerro Chato I (Antiga Coxilha Negra V)Wind30 MW2012
Ventos da AndorinhaWind30 MW2015
Ventos de Santa Joana VIIIWind30 MW2015
CajucocoWind30 MW2014
LavrinhasHydro30 MW2011
Calango 6Wind30 MW2016
São Pedro do LagoWind30 MW2013
Morro dos Ventos IXWind30 MW2014
Campo dos Ventos IIWind30 MW2014
Coruripe Energética - Filial Campo FloridoBiomass30 MW2008
Bom JardimWind30 MW2011
BocaiúvaHydro30 MW2010
Delta do ParnaíbaWind30 MW2014
Santa Clara IVWind30 MW2014
Santa Clara VWind30 MW2014
GuaçuBiomass30 MW2013
Dois RiachosWind30 MW2015
Cerro Chato II (Antiga Coxilha Negra VI)Wind30 MW2011
Sertão 1Solar30 MW2016
Chuí VWind30 MW2015
Pedra do ReinoWind30 MW2013
DamascenaWind30 MW2016
Cerro Chato III (Antiga Coxilha Negra VII)Wind30 MW2011
Verace VWind30 MW2015
Santa Clara IIWind30 MW2014
Serra das AgulhasHydro30 MW2017
BarralcoolBiomass30 MW2002
Santa Clara IWind30 MW2014
QueixadaHydro30 MW2012
Carcará IWind30 MW2015
BambuíBiomass30 MW2014
Eurus IIIWind30 MW2014
Baixa do Feijão IVWind30 MW2016
Baixa do Feijão IIIWind30 MW2016
Baixa do Feijão IIWind30 MW2016
Baixa do Feijão IWind30 MW2016
Ventos de Santa Joana XIVWind30 MW2015
Rio do OuroWind30 MW2011
Ventos de Santo Estevão IIIWind29.9 MW2016
Ventos de Santo Augusto VIWind29.9 MW2017
Sangradouro 2Wind29.9 MW2012
Parque Eólico dos Índios 2Wind29.9 MW2014
Santa HelenaWind29.7 MW2015
Riachão VIWind29.7 MW2015
Riachão IVWind29.7 MW2015

Showing 601 - 650 of 2,402 plants