This first structure is part of a project that calls for the development of two units, each with a capacity of 500 kW, for a total capacity of 1 MW. The second unit is expected to arrive at the Port of Valencia by late summer to complete the installation.
The project has received a grant from the Institute for Energy Diversification and Saving (IDAE) as part of the RENMARINAS VALENCIAPORT program, coordinated by the Port Authority of Valencia and funded by the European Union’s NextGeneration EU initiative. Its goal is to advance the analysis and development of new renewable energy solutions that contribute to the energy transition.
The launch of this facility in the waters of the Port of Valencia is part of Valenciaport’s strategy to move toward a more sustainable, innovative, and efficient port model. The Valenciaport 2035 Strategic Plan identifies decarbonization, the energy transition, and climate resilience as its main areas of focus, promoting projects that enable the incorporation of new renewable energy solutions and the gradual reduction of the environmental footprint of port operations.
In this context, the open-sea floating photovoltaic project reinforces the Port of Valencia’s role as a hub for applied innovation in support of the energy transition. Its development allows for the real-world testing of a technology with the potential to contribute to clean energy generation in port and offshore areas, in line with the objectives of Valenciaport’s Net Zero Emissions Plan and with its ambition to move toward more self-sufficient, competitive, and carbon-neutral ports.
As part of this project, the APV will create a testing platform for connecting, testing, and feeding into the Port of Valencia and Sagunto’s power grid marine renewable energy demonstration systems, which will remain available for future use. This initiative also involves collaboration with EnerMarPort, which will install wave energy systems in the Port of Sagunto; the APV will carry out the necessary installation work to connect these systems to the grid and feed power into it.
The technology developed by BlueNewables incorporates an innovative catamaran-style design, optimized for operation in ocean environments. This system allows for the use of more efficient floats and positions the solar panels higher above sea level, improving both their performance and maintenance. In addition, the platform incorporates bifacial solar panels, capable of generating energy from both direct solar radiation and light reflected off the sea surface, thereby increasing the system’s efficiency. The facility is Spain’s first pre-commercial-scale floating solar power plant at sea.
Naturgy and BlueNewables will collaborate for two years to exchange technical, operational, strategic, and financial information related to the project’s development, both during the testing phase and in subsequent monitoring. This collaboration will include the analysis of performance data, technical incidents, costs, operations, and lessons learned to assess the potential of this technology.
With this initiative, Naturgy reinforces its commitment to innovation as a driver of energy transformation through Innovahub, while BlueNewables continues to make progress in developing floating solar energy solutions for use in offshore environments and port areas.
Innovation as a Driver of Energy Transformation
Offshore floating solar power represents an important avenue for research due to its potential for integration with other marine technologies, particularly offshore wind power, as well as its applications in the decarbonization of ports and in stand-alone projects on islands. Naturgy remains firmly committed to innovation as a driver of transformation in the energy sector. Through its Innovahub platform, the company promotes new renewable and sustainable solutions with disruptive projects in areas such as biomethane, green hydrogen, digitalization, artificial intelligence, smart grids, and cybersecurity, helping to strengthen Naturgy’s role as a key player in the transition toward a more efficient and resilient energy model.
The Port of Valencia has received Spain’s first offshore solar platform, a pioneering renewable energy project developed by Spanish startup BlueNewables with the backing of Naturgy. Built at the San Enrique shipyard in Vigo, the platform, named Paiporta in tribute to the Valencian municipality heavily impacted by the 2024 DANA storm, will undergo testing outside the port’s southern breakwater.
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