In central Portugal, EDP has taken a key step in its energy transition strategy with the commissioning of its first hybrid project that combines solar energy and hydroelectric hydroelectric generation. The new complex, located in the municipalities of Mção and Proença-a-Nova, has a capacity of 89 megawatts (MW) and takes full advantage of the existing infrastructure of the Pracana dam on the Ocreza River.
Pracana solar-hydroelectric park reduces emissions
This development incorporates 90,000 photovoltaic panels totaling 48 MW and is integrated with the hydroelectric infrastructure built in 1952. hydroelectric infrastructure built in 1951with an output of 41 MW. The plant is capable of generating 140 GWh of electricity annually, enough to supply more than 51,000 homes. This technological combination makes it possible to optimize the use of the distribution network, reduce operating costs and minimize the territorial impact.
It is also estimated that this installation will avoid the emission of 35,000 tons of CO₂ per year, contributing directly to national and European climate targets. EDP has highlighted that the hybridization of sources is an effective way to accelerate the incorporation of renewables without requiring large extensions in networks or new licensing processes.
A replicable model to strengthen networks
Pedro Vasconcelos, head of EDP’s business in the Iberian Peninsula, remarked that the Pracana project represents a replicable model that enhances the stability of the electricity system and facilitates an orderly energy transition. He also highlighted the social and safety performance achieved during construction, where more than 30,000 hours of work were completed without accidents.
This wind farm is EDP’s sixth hybrid project in Portugal, the eleventh in the Iberian Peninsula and the twelfth in Europe. Among the solutions implemented by the company are also the floating hydro-solar floating hydro-solar projects projects, such as those at Alto Rabagão and Alqueva, which reinforce the company’s strategy of diversifying renewable generation.
Source and photo: EDP