Baixo Iguaçu hydroelectric power plant

Iberdrola reaffirms its commitment to hydroelectric power in Brazil with Baixo Iguaçu

Hydroelectric power Brazil Operating plants

Iberdrola group, through its subsidiary Neoenergia*, has built the Baixo Iguaçu power station in Brazil. The facility, which was commissioned on December 2018, has an installed capacity of over 350 MW and supplies renewable energy to one million people.

Central hidroeléctrica de Baixo Iguaçu
Operating plant

Baixo Iguaçu Hydroelectric power plant

Location Iguaçu River, Paraná (Brazil)
Total installed capacity 245 MW
Investment 2.3 billion reais
Comissioning December 2018

Iberdrola group reaffirmed its commitment to hydropower in Brazil with the construction of a new facility: the Baixo Iguaçu plant External link, opens in new window., located on the river of the same name, in the south-east of the state of Paraná. The power station, whose started-up was on December 2018, has over 245 MW of installed capacity with three generator sets and an average power of 171.3 MW, able to supply sustainable electricity to one million Brazilians and with a production equivalent to about 8 % of the annual electricity demand of the state of Paraná.

Located between the towns of Capanema and Capitão Leônidas Marques, the complex has a 516 metres long dam and a 60 kilometres transmission line. The dam has a flooded area of 13.5 km2 and encompasses the municipal districts of Planalto, Realeza and Nova Prata do Iguaçu.

The complex has been certified for Operation and Maintenance (O&M) pursuant to three ISO standards: Quality Management (9001:2015), Environment (14001:2015) and Workplace Health and Safety (45001:2018).

This flagship project of the Iberdrola group has an important driving effect for the economy of the region: it had an investment of 2.300 billion reals (about 574.7 million dollars) and generated a total of 3,000 jobs during its construction. After its entry into operation, provides the coffers of municipalities served by the plant more than 4 million reais per year in taxes for the use of water resources.

Ignacio Galán, chairman of the Iberdrola group

We feel proud to contribute to the economic and social development of the country


During the opening ceremony of the power plant, held on 23 May of 2019, the president of Iberdrola group, Ignacio Galán, announced that the company's commitment in the country will continue to increase: "Only in the next five years will we invest around € 6.5 billion in new projects in Brazil to continue improving its electricity supply, and in this way, its competitiveness".

In addition, Galán highlighted the social and environmental involvement of the Baixo Iguaçu project: "This installation is a benefit for the Iguaçu waterfalls, since it will contribute to the maintenance of a minimum necessary flow. And to this must be added many other initiatives that have been promoted in health, education, infrastructure and public safety to preserve and promote the well-being of the region".

The renewable facility, which comes from an award from the National Electric Energy Agency of Brazil (Aneel), was built and managed by the Consórcio Empreendedor Baixo Iguaçu, consisting of Geração Céu Azul, belonging to the Neoenergia* group — Brazilian subsidiary of Iberdrola —, and Copel.

* Neoenergia, S. A. is 50 % + 1 share indirectly owned by Iberdrola, S. A.

Iberdrola, world leader in renewable energies

At Iberdrola, we decided to commit to renewable energies more than two decades ago as a fundamental pillar on which to build our safe, clean and competitive business model. Thanks to this vision, we are today world leaders in renewable energies, reaching 42,187 MW of renewables in operation by the end of 2023.

This commitment is reflected in our record investment plan of €47 billion in the period 2023-2025, of which we will allocate 17,000 million euros to the renewables business. With these investments, we will increase our installed renewable capacity by 12,100 MW to 52,000 MW by 2025 —6,300 MW of photovoltaic, 3,100 MW of onshore wind, 1,800 MW of offshore, 700 MW of batteries and 200 MW of hydro.