Endesa Generación Portugal, a subsidiary of Enel Group’s Spanish company Endesa, was awarded 99 MW of solar + storage capacity in the preliminary results of the second renewable tender organized by the Portuguese Government through DGEG (Direção-Geral de Energia e Geologia).
The facility, which will be developed, built and operated by the Enel Group’s renewable arm Enel Green Power, will be the Group’s first renewable + storage project in the Iberian peninsula.
“With this award we confirm our dedication to the growth of renewables in the Iberian Peninsula, this time in Portugal, a key market for our business and for our commitment to the energy transition towards a more sustainable electricity generation model,” said Antonio Cammisecra, CEO of Enel Green Power and Head of Global Power Generation at Enel. “The development of new renewable capacity integrated with storage will contribute to the decarbonization objectives of both the Group and the country, promoting the progressive replacement of conventional generation with zero emission sources, while boosting grid flexibility thanks to the storage capacity integrated in the project.”
The project, which is expected to start operations in 2024, will be located in the region of Algarve and its construction will involve an investment of approximately 90 million euros.
In line with the tender rules, Enel will have the right to connect the new solar + storage project to the national grid under a 15-year contract with the country’s National Electrical System. The DGEG tender was launched for up to 700 MW of new standalone solar and solar + storage projects and is in line with Portugal’s goal to be carbon neutral by 2050.
The award is fully in line with Enel’s decarbonization strategy, which aims to boost the growth of the Group’s renewable footprint including through the combination of new capacity with storage. Enel Green Power recently started construction of a solar + storage project in Texas and has projects of this kind for over 160 MW currently approved or under construction.
