Fernando de Noronha
Fernando de Noronha: commitment to sustainability
This island is located about 545 km from Recife, the capital of Pernambuco, and it is within the concession area of CELPE, the distributor for the Neoenergia* group — the Iberdrola group subsidiary in Brazil —. Neoenergia implements sustainable and smart energy solutions in response to the challenges of generating and distributing energy in a beautiful and delicate ecosystem.
Fernando de Noronha, a natural sanctuary
The volcanic archipelago of Fernando de Noronha is located off the northeast coast of Brazil, in the waters of the Atlantic Ocean. It is the only inhabited island in the group and the largest, with an area of approximately 17 km2. It is an ecological sanctuary recognised by UNESCO as a World Natural Heritage Site in 2001.
Due to its nutrient-rich waters, the archipelago of Fernando de Noronha is a location of great importance for the feeding and reproduction of tuna, sharks, sea turtles and different marine mammals. These Brazilian Atlantic islands are also home to the largest concentration of tropical seabirds in the Western Atlantic.
In the midst of this rich and delicate ecosystem, the group's Brazilian subsidiary carries out various R&D and energy efficiency projects, all of which are completely in line with Iberdrola's Sustainable Management Policy and commitment to a sustainable energy business model.
This commitment to sustainability has made the company a benchmark on indexes such as the Dow Jones Sustainability Index, FTSE4Good and the Climate Disclosure Leadership Index. In addition, and in line with its activity, the group focuses its efforts on Sustainable Development Goal 13: climate action.
Photovoltaic plants used to increase sustainability
Up to 10% of the energy consumed on the archipelago comes from the Noronha I and Noronha II solar power plants:
- Noronha I opened in July 2017 with a total of 1,644 photovoltaic panels. It is located on land that belongs to the Air Force and covers an area of approximately 5,000 m2, this renewable installation has an installed capacity of 400 kW and generates around 600 MWh/year.
- Noronha II, for its part, was inaugurated in 2018 in the State of Pernambuco. Its 1,836 polycrystalline silicon modules were installed on an 8,000 m2 concrete apron built in 1958 to collect rainwater. The system that converts solar radiation into electrical energy has an installed capacity of 550 kW and generates about 800 MWh/year.
To help the inhabitants and tourists on the island understand the importance of photovoltaic solar power plants, Neoenergia has created a virtual reality environment: the Energy Classroom, a space that provides educational, innovative and accessible information.
Visitors can take a 360º virtual tour of the Noronha I and Noronha II power plants and learn about energy efficiency and safety.
In addition to beautiful and sustainable, smart
Fernando de Noronha has been chosen by Neoenergia for the installation of smart grid infrastructure with operations in the areas of measurement, telecommunications, information technology and automation.
Thanks to the Pernambuco energy company — CELPE —, the buildings and the distribution network on the island have modern equipment and the installation of 816 bidirectional energy meters allows the collection of an enormous amount of data for subsequent study, analysis and evaluation. In practice, this smart grid (REI) allows customers greater control of their energy consumption and, through remote access to the system, it allows Neoenergia to identify and resolve any incidents that occur in the operational processes on the archipelago.
From an environmental point of view, this smart grid project stimulates the use of distributed microgeneration and contributes to the diversification of the energy matrix on the archipelago.
With electric mobility
In order to reduce the emission of polluting gases on the archipelago, CELPE has acquired an electric car that is charged at an eco-station with photovoltaic panels. This vehicle alone will prevent the emission of 1.5 tonnes of carbon dioxide into the atmosphere.